Competitive Power Ventures, Inc. - Energy Highway
Competitive Power Ventures, Inc. - Energy Highway
Competitive Power Ventures, Inc. - Energy Highway
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THE<br />
CPV VALLEY ENERGY<br />
CENTER
Table of Contents<br />
A. EXECUTIVE SUMMARY ...................................................................................................................................... 1<br />
1.0 PROJECT ABSTRACT ................................................................................................................................................ 1<br />
2.0 EXECUTIVE SUMMARY ............................................................................................................................................. 1<br />
B. REQUIRED INFORMATION ................................................................................................................................ 2<br />
1.0 RESPONDENT INFORMATION .................................................................................................................................... 2<br />
1.1 Company Information ............................................................................................................................................... 2<br />
1.2 CPV Overview and Experience .................................................................................................................................. 2<br />
2.0 PROJECT DESCRIPTION ............................................................................................................................................ 3<br />
2.1 Overview of the CPV Valley <strong>Energy</strong> Center ............................................................................................................... 3<br />
2.2 Project Capability ...................................................................................................................................................... 4<br />
2.3 Project Location ........................................................................................................................................................ 4<br />
2.4 Fuel Source and Availability ...................................................................................................................................... 4<br />
2.5 Commercial Operation Date & Schedule .................................................................................................................. 5<br />
2.6 Experience, Market Availability and Suitability of Project Technology ..................................................................... 5<br />
3.0 PROJECT JUSTIFICATION ........................................................................................................................................... 5<br />
3.1 Maximize New York State electric ratepayer value in the operation of the electric grid .......................................... 5<br />
3.2 Contribute to an environmentally sustainable future for New York State ................................................................ 6<br />
3.3 Assure that long-term reliability of the electric system is maintained in the face of major system uncertainties. .. 6<br />
3.4 Encourage development of utility-scale renewable generation resources throughout the State ............................ 6<br />
3.5 Reduce constraints on the flow of electricity to, and within, the downstate area, and expand the diversity of<br />
power generation sources supplying downstate ...................................................................................................... 7<br />
3.6 <strong>Inc</strong>rease efficiency of power generation, particularly in densely populated urban areas ........................................ 7<br />
3.7 Create jobs and opportunities for New Yorkers ........................................................................................................ 7<br />
3.8 Apply advanced technologies that benefit system performance and operations..................................................... 7<br />
3.9 Adhere to market rules and procedures, and make recommendation for improvements as appropriate ............... 7<br />
4.0 FINANCIAL ............................................................................................................................................................ 8<br />
4.1 General Financial Structure ....................................................................................................................................... 8<br />
4.2 Financing Structures .................................................................................................................................................. 8<br />
5.0 PERMITS AND APPROVAL PROCESS ............................................................................................................................ 8<br />
5.1 New York State Environmental Quality Review Act .................................................................................................. 9<br />
5.2 Air Permit .................................................................................................................................................................. 9<br />
5.3 Wetlands Permit ....................................................................................................................................................... 9<br />
5.4 Certificate of Public Convenience and Necessity ...................................................................................................... 9<br />
5.5 New York Independent System Operator Interconnect Process ............................................................................... 9<br />
5.6 Site Plan and Special Use ........................................................................................................................................ 10<br />
C. ADDITIONAL INFORMATION ........................................................................................................................... 10<br />
1.0 PROPERTY........................................................................................................................................................... 10<br />
1.1 Project Site .............................................................................................................................................................. 10<br />
1.2 Electrical Interconnect ............................................................................................................................................ 10<br />
1.3 Water Supply and Discharge ................................................................................................................................... 10<br />
1.4 Potable Water and Sewer ....................................................................................................................................... 11<br />
1.5 Gas Interconnect ..................................................................................................................................................... 11<br />
2.0 PROJECTED IN-SERVE DATE AND PROJECT SCHEDULE .................................................................................................. 11<br />
3.0 INTERCONNECTION ............................................................................................................................................... 11<br />
3.1 Interconnection Point ............................................................................................................................................. 11<br />
3.2 POI Assessment ....................................................................................................................................................... 11<br />
3.3 Deliverability Assessment ....................................................................................................................................... 12<br />
4.0 TECHNICAL .......................................................................................................................................................... 12<br />
4.1 Anticipated Life of Components .............................................................................................................................. 12<br />
4.2 Manufacturers Warranties ...................................................................................................................................... 12<br />
5.0 CONSTRUCTION ................................................................................................................................................... 13<br />
5.1 Opportunity for New York Based Manufacturers ................................................................................................... 13<br />
5.2 Overview of Contractual Arrangements During Construction ................................................................................ 13<br />
5.3 Availability of Labor................................................................................................................................................. 13
Table of Contents<br />
5.4 Potential Decommissioning..................................................................................................................................... 13<br />
6.0 OPERATIONAL ..................................................................................................................................................... 13<br />
6.1 Projected Availability .............................................................................................................................................. 13<br />
6.2 Safety and Emergency Considerations .................................................................................................................... 14<br />
7.0 SOCIO-ECONOMIC ................................................................................................................................................ 14<br />
7.1 Benefits to the Local Economy ................................................................................................................................ 14<br />
7.2 Impact on Jobs ........................................................................................................................................................ 15<br />
7.3 Public Safety Concerns ............................................................................................................................................ 15<br />
7.4 Aesthetic Issues ....................................................................................................................................................... 16<br />
7.5 Impacts on Real Estate ............................................................................................................................................ 16<br />
7.6 Environmental Justice Considerations .................................................................................................................... 16<br />
8.0 FINANCIAL .......................................................................................................................................................... 17<br />
8.1 Financial Plan .......................................................................................................................................................... 17<br />
8.2 Name of Project Sponsors ....................................................................................................................................... 17<br />
8.3 Projected Amounts of <strong>Energy</strong> & Capacity ............................................................................................................... 17<br />
8.4 Potential Sources of Project Revenue ..................................................................................................................... 17<br />
8.5 Risks of Price Change .............................................................................................................................................. 17<br />
8.6 Anticipated <strong>Inc</strong>entives ............................................................................................................................................. 18<br />
8.7 Options to Reduce Pricing & Pricing Uncertainty .................................................................................................... 18<br />
9.0 ENVIRONMENTAL ................................................................................................................................................. 18<br />
9.1 Environmental Benefits to the Region .................................................................................................................... 18<br />
9.2 Projected Reductions in Greenhouse Gases ........................................................................................................... 18<br />
9.3 Wetland, Stream, Forests & Natural Area Impacts ................................................................................................. 18<br />
9.4 Environmental Impacts of Construction and Operation ......................................................................................... 19<br />
9.5 Proposed Mitigation ............................................................................................................................................... 19<br />
10.0 PROJECT CONTRACT/RFP STATUS ........................................................................................................................... 19<br />
11.0 PUBLIC OUTREACH ............................................................................................................................................... 19<br />
11.1 Overview / Approach: ............................................................................................................................................. 19<br />
11.2 Anticipated stakeholder groups and affected individuals ....................................................................................... 20<br />
11.3 Potential issues to be addressed ............................................................................................................................. 20<br />
11.4 Public Outreach Plan ............................................................................................................................................... 20<br />
Appendices<br />
A. Project Description<br />
B. Project Rendering, Site Location & Maps<br />
C. Preliminary Project Schedule<br />
D. Emission Comparisons<br />
E. Point of Electrical Interconnection<br />
F. SEQRA Environmental Impact Statement (Table of Contents)<br />
G. Letters of Support
CPV VALLEY ENERGY CENTER<br />
A. EXECUTIVE SUMMARY<br />
1.0 Project Abstract<br />
CPV Valley <strong>Energy</strong> Center, located in Orange County, New York, is an technologically-advanced clean<br />
combined-cycle power generation project that is expected to deliver over $270 million of annual<br />
reductions in electric costs for New York ratepayers, significantly reduce harmful pollutants by<br />
displacing power generated from older, dirtier generation sources, add dispatch flexibility to spur<br />
intermittent renewable resource development and spur over $1 billion in private investment in the<br />
local economy. Following over 4 years of development activity, the CPV Valley <strong>Energy</strong> Center is<br />
nearing completion of all major permits to start construction and represents an immediate actionable<br />
project that could meet the objectives and goals of the <strong>Energy</strong> <strong>Highway</strong> initiative.<br />
2.0 Executive Summary<br />
The CPV Valley <strong>Energy</strong> Center is 650 MW advanced stage development project that meets the<br />
objectives and goals of the <strong>Energy</strong> <strong>Highway</strong> initiative set forth by Governor Cuomo. The CPV Valley<br />
<strong>Energy</strong> Center offers New York an opportunity to build a stronger economic future as well as enhance<br />
and modernize New York’s electric power system.<br />
The CPV Valley <strong>Energy</strong> Center offers New York:<br />
• $273 million of average annual reduction in electric costs for the ratepayers of New York,<br />
• Reduction in NO x emissions, SO x emissions, and Mercury emissions by approximately 816 tons,<br />
325 tons and 4 lbs per year, respectively,<br />
• Reductions in 494,000 tons per year of greenhouse gas emissions due to the high efficiency of<br />
combined-cycle generation and the displace of older, less efficient units, as well as the water<br />
conscious design of the CPV Valley <strong>Energy</strong> Center will make a positive impact on New York’s<br />
environmental profile,<br />
• Over $1 billion of economic benefit to the local economy from the construction and long-term<br />
operation of the CPV Valley <strong>Energy</strong> Center,<br />
• 1,890 of new jobs from the construction of this new $900 million state-of-art generation<br />
facility,<br />
• 131 jobs during the operating life of the project, and<br />
• Enhancements for the long-term reliability of New York’s electric system through the addition<br />
of new dual fuel generation and transmission capabilities, thereby reducing New York’s<br />
dependency on older, less efficient generation technology, especially in densely populated<br />
areas.<br />
CPV Valley <strong>Energy</strong> Center is in an advanced stage of development with the SEQRA Findings Statement<br />
being adopted by the Lead Agency in May of 2012, and a number of interconnection and deliverability<br />
studies completed by the New York Independent System Operator (NYISO).<br />
The CPV Valley <strong>Energy</strong> Center represents an immediate actionable project that could begin<br />
construction in 2013 for an in-service date in 2016. This opportunity provides a low-risk option for<br />
New York to make meaningful reductions in the cost of electricity for New York ratepayers while<br />
improving the air and water quality in the state and creating a stronger economy.<br />
New York <strong>Energy</strong> <strong>Highway</strong><br />
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CPV VALLEY ENERGY CENTER<br />
B. REQUIRED INFORMATION<br />
1.0 Respondent Information<br />
1.1 Company Information<br />
CPV is pleased to submit information regarding its proposed CPV Valley <strong>Energy</strong> Center (CPV Valley or<br />
Project) in response to the <strong>Energy</strong> <strong>Highway</strong> Task Force Request for Information (RFI). Specific<br />
questions regarding CPV, the Valley project and any information contained herein should be directed<br />
to:<br />
1.2 CPV Overview and Experience<br />
Mr. Steven Remillard<br />
<strong>Competitive</strong> <strong>Power</strong> <strong>Ventures</strong>, <strong>Inc</strong>.<br />
50 Braintree Hill Office Park, Suite 300<br />
Braintree, MA 02184<br />
Tel: (781) 817-8970<br />
www.cpv.com<br />
CPV is a leading North American electric power generation development and asset management<br />
company headquartered in Silver Spring, Maryland, with offices in Braintree, Massachusetts; San<br />
Francisco, California; and Toronto, Canada. CPV has concentrated on clean energy, developing<br />
wind-powered and high efficiency natural gas generation to meet growing electric demands. CPV is<br />
majority owned by Warburg Pincus, a leading global private equity firm that has invested over $40<br />
billion in approximately 650 companies worldwide. For more information on CPV, please visit the CPV<br />
website at www.cpv.com.<br />
CPV’s management team has a proven track record in the development, financing and operations of<br />
numerous power projects throughout the US and abroad. CPV's management team has successfully<br />
developed over 20,000 MW of power projects that are currently in operation, and have acquired or<br />
monetized more than $10 billion of generation assets. The experience and leadership of the CPV<br />
management team has established CPV as a premier electric power generation development and<br />
asset management company in North America.<br />
CPV specializes and focuses on three (3) power generation business lines:<br />
1.) Natural Gas-Fired Generation - CPV is actively developing natural gas-fired generation projects in<br />
select markets in North America. CPV’s thermal development group is leading the development<br />
and/or construction of over 5,800 MW of natural gas-fired projects in various stages of<br />
development of which:<br />
• 1,458 MW are under or have been awarded long term contracts or PPAs with Load Serving<br />
Entities (LSE).<br />
• 728 MW are currently under construction with COD projected for Q1 2013.<br />
2.) Renewable <strong>Energy</strong> Development – CPV’s renewable energy development and construction<br />
portfolio includes approximately 3,600 MW (gross) of wind power projects across North America,<br />
of which 1,125 MW (gross) are located within Canada. CPV’s renewable portfolio consists of:<br />
• 317 MW under long term <strong>Power</strong> Purchase Agreements (PPA)<br />
• 152 MW in operation<br />
• 165 MW in construction<br />
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CPV VALLEY ENERGY CENTER<br />
3.) Asset Management – CPV’s asset management portfolio consists of over 4,200 MW of operating<br />
natural gas-fired generation assets in North America, with an additional 800MW in construction.<br />
CPV’s asset management division also manages the construction and startup for CPV’s thermal and<br />
renewable energy projects.<br />
CPV’s management and development team has extensive experience in the New York energy<br />
markets. Members of CPV’s senior management team were responsible for the development of<br />
the Athens Generation Facility (1,080 MW combined-cycle located in Athens, New York), which<br />
was one of the first power projects permitted under New York’s former Article X power plant siting<br />
law. CPV currently manages the Athens Generating facility. CPV continues to build on this track<br />
record and experience with the successful development of the CPV Valley <strong>Energy</strong> Center in Orange<br />
County New York. This experience in navigating challenging permitting regimes has led to CPV<br />
Valley becoming one of the state’s first power projects approved under New York’s State<br />
Environmental Quality Review Act (SEQRA) with a local board acting as Lead Agency.<br />
Recent achievements of CPV include the following:<br />
2012<br />
2011<br />
2010<br />
• CPV Valley <strong>Energy</strong> Center concludes SEQRA with the Town of Wawayanda Planning Board<br />
unanimously passing a resolution adopting its Findings Statement for the CPV Valley <strong>Energy</strong><br />
Center.<br />
• CPV’s St. Charles <strong>Energy</strong> Center project was awarded a long-term contract resulting from a<br />
competitive state sponsored solicitation process in Maryland.<br />
• Financed $263 million for CPV’s 166 MW CPV Cimarron wind facility, which through a<br />
competitive procurement process was awarded a 20-year PPA with TVA.<br />
• Financed $800 million for the CPV Sentinel (728 MW) gas-fired generation facility, which<br />
through a competitive procurement process was awarded a 10-year PPA with Southern<br />
California Edison and is currently under construction.<br />
• Project Financial International and Project Finance Magazine recognized the financing of CPV<br />
Sentinel as the “Americas <strong>Power</strong> Deal of the Year” and “Single Asset Deal of the Year”,<br />
respectively.<br />
• The CPV Woodbridge <strong>Energy</strong> Center project was selected out of 31 proposals by the New<br />
Jersey Board of Public Utilities as one of three electric generating projects awarded<br />
contracts for its output.<br />
• Financed and constructed $230 million for CPV’s 252 MW CPV Keenan wind facility, which<br />
through a competitive procurement process was awarded a 20-year PPA with Oklahoma Gas<br />
& Electric Co.<br />
2.0 Project Description<br />
2.1 Overview of the CPV Valley <strong>Energy</strong> Center<br />
The proposed CPV Valley <strong>Energy</strong> Center is a nominally rated 650 MW combined-cycle facility located<br />
in the Town of Wawayanda, Orange County, NY. The Project is comprised of two (2) F-class gas<br />
turbines and one (1) steam turbine. This highly efficient configuration will operate primarily on<br />
natural gas, to be supplied through the Millennium Pipeline, but will also be capable of operating on<br />
ultra-low sulfur diesel (ULSD) as a backup fuel. The Project is electrically located within the New York<br />
Independent System Operator’s (NYISO) Zone G, and will interconnect to New York <strong>Power</strong> Authority’s<br />
(NYPA) 345kV electric transmission line (Line 42) between the Coopers Corners and Rock Tavern<br />
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CPV VALLEY ENERGY CENTER<br />
substations. A rendering of CPV Valley along with a more detailed project description is provided in<br />
Appendix A – Project Description.)<br />
Transmission Enhanced Option - In addition to the CPV Valley <strong>Energy</strong> Center, CPV can provide a<br />
“Transmission Enhanced Option”. This is a transmission upgrade that uses economies of scale to<br />
oversize the transmission upgrades beyond what is required for CPV Valley’s capacity deliverability to<br />
further increase transmission capability over existing lines and lower congestion costs in the Lower<br />
Hudson Valley and New York City. Specifically, the Transmission Enhanced Option is based on<br />
increasing the amount of series compensation on the Leeds-Hurley transmission line beyond what is<br />
required for CPV Valley’s interconnection. The Transmission Enhanced Option increases the transfer<br />
capability across the UPNY-SENY interface by approximately 450 MW. The benefit of this solution is<br />
an opportunity to build on CPV Valley’s ratepayer benefits at a low incremental cost by increasing the<br />
capability and utilization of its existing transmission system to enhance system reliability and access to<br />
upstate renewable and conventional generation. This is a “no regrets” opportunity for the New York<br />
ratepayers as this option can be in service sooner than a new transmission line can be constructed<br />
and would complement future transmission system reinforcements.<br />
2.2 Project Capability<br />
The Project, based on NYISO analysis, will be capable of producing and delivering approximately 680<br />
MW (peak output during summer conditions) of capacity and energy at the point of interconnection<br />
at NYPA’s Marcy South 345kV line. The Project has progressed through the NYISO interconnection<br />
study process and is currently in the Facilities Study phase, which is the next to last step in the NYISO<br />
interconnection process before the execution of an Interconnection Agreement. In addition to the<br />
output of the Valley <strong>Energy</strong> Center, the Transmission Enhanced Option discussed above would<br />
provide an additional 450 MW of transmission transfer capability at the UPNY-SENY interface, and<br />
therefore, 450 MW of additional flow on the system allowing existing “bottled” generation upstate to<br />
flow to the downstate area.<br />
2.3 Project Location<br />
The proposed CPV Valley <strong>Energy</strong> Center is located on a large undeveloped 122 acre site, but will only<br />
use approximately 21 acres of the site. The remaining portion of the property will remain<br />
undeveloped land to provide significant buffer from abutting property owners. The project site is<br />
located in the Town of Wawayanda, Orange County, New York. The broader 122 acre site parcel is<br />
bounded by Interstate-84 (I-84) to the south, Route 17M on the east, and Route 6 to the north and<br />
west. Portions of the 122 acre site were used previously for agricultural purposes, while other<br />
portions are wooded. The property is currently zoned Mixed Commercial and the development of<br />
power generation facility is permitted via a special use permit. From an electrical perspective, CPV<br />
Valley is located in Zone G of the NYISO’s electrical zones. Please refer to Appendix B – Site Location<br />
and Maps, which contains a map and aerial view of the project site, as well as, a map showing CPV<br />
Valley’s location in Zone G.<br />
2.4 Fuel Source and Availability<br />
CPV Valley is a dual fuel capable facility. The Project is designed to operate predominately on safe<br />
clean natural gas, as well as, fuel oil for reliability purposes, which is critical for the long-term<br />
reliability of the New York energy system. The primary fuel source, natural gas, is readily available<br />
from the Millennium Pipeline. In 2010, CPV entered into a commercial agreement with Millennium<br />
Pipeline LLC (“Millennium”) to provide the natural gas connection from the existing Millennium<br />
pipeline to the Project. While there will be new construction associated with the lateral connecting<br />
the Project to the Millennium pipeline, there will be no major infrastructure upgrades required to<br />
provide natural gas to the Project. The construction of the lateral and CPV’s firm transportation<br />
service through Millennium provides for a stable supply of natural gas to fuel the Project. With the<br />
New York <strong>Energy</strong> <strong>Highway</strong><br />
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CPV VALLEY ENERGY CENTER<br />
recent finds of natural gas reserves, the long-term outlook for natural gas supply is more robust than<br />
ever and prices are projected to remain low and stable for the foreseeable future.<br />
As mentioned previously, the Project will be capable of operating on an alternate fuel, if needed. If<br />
natural gas supply is interrupted, the Project will be able to switch to ULSD fuel oil and continue to<br />
provide electricity to the New York electric system. This feature is of significant importance when<br />
considering the need to maintain electric supply to customers in emergency situations. New York’s<br />
Public Service Commission (PSC) has long been an advocate of electric generating facilities having dual<br />
fuel capability for reliability purposes.<br />
2.5 Commercial Operation Date & Schedule<br />
CPV Valley can be operational as early as first quarter of 2016, based on the Project entering into a<br />
suitable long-term off-take contract by October 2012 to support financing. The Project is in an<br />
advanced stage of development with many of the major development milestones achieved. Most<br />
notably, CPV Valley completed the SEQRA process on May 23, 2012 with Town of Wawayanda<br />
Planning Board, acting as Lead Agency, adopting its Findings Statement for the CPV Valley <strong>Energy</strong><br />
Center. A more detailed discussion of the project schedule is provided in Section 7 herein. A Gantt<br />
chart depicting the project schedule is provided in Appendix C – Preliminary Project Schedule.<br />
2.6 Experience, Market Availability and Suitability of Project Technology<br />
CPV Valley F-class turbine combined-cycle technology is proven, with over 1,000 turbines deployed<br />
throughout North America. The availability of these units is typically in the low 90 percent range with<br />
a forced outage rate below 3%. These demonstrated reliability and availability characteristics of this<br />
technology have made F-class turbine combine-cycle one of the most proven technologies for power<br />
generation. CPV has extensive experience with the operation of combined-cycle facilities. CPV’s asset<br />
management group has experience in managing over 5,000 MW of generation, of which a majority is<br />
combined-cycle generation.<br />
CPV Valley’s F-class turbine based technology is consistent with the State of New York’s current<br />
generation portfolio. According to a report issued by the NYISO titled 2012 Load & Capacity Data:<br />
Gold Book, combined cycle generation is responsible for supplying approximately 8,960MW of New<br />
York’s summer capability, which is more than any other form of generation identified in the NYISO<br />
Gold Book (Table III-3a: Capability by Zone and Type – Summer).<br />
3.0 Project Justification<br />
The Project utilizes cutting-edge technology to increase the efficiency of power generation, create<br />
greater reliability through fuel diversity while cutting air pollution in the densely populated downstate<br />
area. Furthermore, not only does the Project create jobs and opportunities for New Yorkers, it<br />
reduces costs to electric ratepayers. The justification for CPV Valley is further detailed herein.<br />
3.1 Maximize New York State electric ratepayer value in the operation of the electric grid<br />
CPV Valley is expected to reduce ratepayer’s costs by approximately $273 million per year on average<br />
over the first 15 years of the Project’s life. CPV engaged PA Consulting to conduct a third party<br />
independent analysis of the potential benefits to ratepayers if the CPV Valley <strong>Energy</strong> Center was built.<br />
The analysis includes the electric and capacity revenues received from the project net of the capital<br />
and operating costs. In addition, the analysis included the change in the energy and capacity prices<br />
across NY-ISO relative to the energy and capacity costs if CPV Valley was not built.<br />
CPV Valley with the Transmission Enhanced Option is expected to further reduce energy prices for<br />
ratepayers across the NYISO by approximately $14 million per year on average over the first 15 years<br />
of the Project’s life.<br />
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CPV VALLEY ENERGY CENTER<br />
The ratepayer benefits are primarily caused by the addition of a highly efficient generating facility<br />
inside a densely populated and highly congested region, thereby reducing the overall market cost of<br />
electric generation to New York’s ratepayers. The Transmission Enhanced Option provides New York<br />
ratepayers a low cost option to increase the capability of the existing transmission system through<br />
incremental transmission capacity that allows the ratepayers access to stranded conventional<br />
generation and upstate renewable generation.<br />
3.2 Contribute to an environmentally sustainable future for New York State<br />
The high efficiency of CPV Valley and its state-of-the-art emissions control technology will make this<br />
facility one of the cleanest in the state of New York. The Project is expected to reduce pollution across<br />
New York, due to the operation of CPV Valley as an alternative to the older less efficient and dirtier<br />
generation in existence today. Specifically, based on PA Consulting’s independent study, building CPV<br />
Valley will lower NO x emissions, SO x emissions, and Mercury emissions across the state of New York<br />
by approximately 816 tons, 325 tons and 4 lbs per year, respectively, during the first 15 years of<br />
operation. Furthermore, building CPV Valley will lower CO 2 emissions across PJM, New York and New<br />
England by approximately 494,000 tons per year for the first 15 years of operation. Please refer to<br />
Appendix D – Emission Comparisons for a comparison of CPV Valley’s emission to other traditional<br />
generation technologies.<br />
3.3 Assure that long-term reliability of the electric system is maintained in the face of major system<br />
uncertainties.<br />
The reliability of the system is directly related to maintaining sufficient generation resources to meet<br />
the demands of New York’s customers, as well as an adequate transmission system to transmit<br />
electricity to New York’s customers. The pending environmental regulations and low gas prices<br />
continue to raise question about the future of older, less efficient generation resources, and whether<br />
these resources will be economically viable over the long-term to continue to supply New York’s<br />
energy needs. The addition of Valley’s generation capacity in the Lower Hudson Valley provides New<br />
York with the certainty of new clean generation to replace retiring generation. The addition of CPV<br />
Valley and its Transmission Enhanced Option provides New York with a significant increase in new<br />
generation from the Project, as well as access to bottled generation that currently is not deliverable<br />
throughout the system.<br />
Over the years, various NYISO studies have identified the need for additional generation and<br />
transmission in the Lower Hudson Valley region to address reliability concerns under certain planning<br />
scenarios. With the potential retirement of the older units discussed above and an economic<br />
recovery, CPV Valley provides New York with certainty and options to improve the long-term<br />
reliability of the electric system. Also, as discussed previously in Section 2.3, the Valley <strong>Energy</strong> Center<br />
offers additional system reliability enhancement through its ability to operate on fuel oil should New<br />
York experience any interruptions in natural gas supply.<br />
3.4 Encourage development of utility-scale renewable generation resources throughout the State<br />
CPV Valley utilizes advanced combined-cycle technology, which is one the most efficient and flexible<br />
generation technologies available today. The duct firing capability for peak power output along with<br />
the fast ramping capability of the facility provide the NYISO’s system operations significant flexibility<br />
and enhanced performance. This flexibility is essential for supporting intermittent solar and wind<br />
generation.<br />
The Transmission Enhanced Option discussed previously would also create approximately 450MW of<br />
incremental transmission capability through the UPNY-SENY interface. This incremental transfer<br />
capability could be utilized by existing and/or new utility-scale renewable resources to be deliverable<br />
throughout the state (and more specifically downstate).<br />
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CPV VALLEY ENERGY CENTER<br />
3.5 Reduce constraints on the flow of electricity to, and within, the downstate area, and expand the<br />
diversity of power generation sources supplying downstate<br />
The transmission system upgrades associated with CPV Valley reduces constraints in the Leeds Hurley<br />
transmission corridor, and therefore, makes the additional 680 MW of capacity from the Project<br />
available to the downstate region. This additional 680 MW of clean and highly efficient generation<br />
can reduce the reliance on other downstate facilities, such as peakers or oil fired units, during critical<br />
periods of the year. In addition, the Transmission Enhanced Option, in conjunction with the<br />
construction of CPV Valley, is capable of providing approximately 450 MW of incremental<br />
transmission capability on the UPNY-SENY interface. This additional transmission transfer capability<br />
could facilitate the flow of existing bottled upstate natural gas and renewable generation sources to<br />
the downstate area. This increased flow from these other upstate generation sources expands the<br />
diversity of generation supply available to the downstate area.<br />
3.6 <strong>Inc</strong>rease efficiency of power generation, particularly in densely populated urban areas<br />
As a state-of-the-art combined cycle facility, Valley will be cleaner and more efficient than existing<br />
generation in New York’s fleet. The addition of more efficient generation will increase New York’s<br />
overall system efficiency, or in generic terms, reduce the amount of fuel used to produce the same<br />
amount of electricity. Cleaner and more efficient generation will tend to displace older, less efficient<br />
generation units. For example, Valley will use approximately 7,000 Btu’s of fuel to produce 1 kWh of<br />
electricity (under full load conditions without duct firing), whereas it is expected that on average the<br />
cost of electricity across the densely populated lower Hudson Valley is based on using approximately<br />
11,300 Btu’s of fuel to produce 1 kWh of electricity during an on-peak period. The amount of fuel to<br />
make electricity is referred to as the “heat rate”. With the addition of CPV Valley as a deliverable<br />
generation resource, New York’s cost of electricity per fuel cost improves by approximately 1.6% in<br />
2015 across the entire densely populated Zones G, H and I according to the PA Consulting analysis.<br />
3.7 Create jobs and opportunities for New Yorkers<br />
CPV Valley will create over 500 direct new construction jobs at the peak of construction. In addition,<br />
the operation of the facility will create 24 new permanent high-paying jobs. CPV engaged an<br />
independent third party to evaluate the economic impacts of CPV Valley. Based on the results of<br />
socio-economic analyses, the 29 month construction period will create approximately 1,889 jobs,<br />
including direct, indirect and induced jobs. It is estimated that throughout the operating years CPV<br />
Valley will create 131 jobs, including direct, indirect and induced.<br />
In addition, the Project will provide a boost to the local economy through the direct and indirect<br />
purchase of goods and services to support the construction and operation of the Project. This<br />
increased activity will support the local business and create additional jobs. Detail of the job creation<br />
is outlined in Section 12.2 of the Additional Information section.<br />
3.8 Apply advanced technologies that benefit system performance and operations<br />
CPV Valley’s Transmission Enhanced Option utilizes series compensation technology to maximize the<br />
performance and capability of the existing transmission system. This is a no regrets, low cost<br />
opportunity for New York to optimize the performance and operation of New York’s existing<br />
transmission infrastructure. This option is can be placed in service sooner than other transmission<br />
upgrades that require the construction of new lines. This option would also complement and be<br />
compatible with future larger transmission reinforcements.<br />
3.9 Adhere to market rules and procedures, and make recommendation for improvements as<br />
appropriate<br />
CPV will adhere to market rules and procedures and would be entirely consistent with FERC, NY State<br />
and NYISO laws, rules, regulations and procedures. CPV management’s development of the Athens<br />
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Generation facility and current management of 1,080MW in New York’s electric and gas markets<br />
demonstrates its understanding of the market rules and procedures.<br />
CPV Valley’s successful navigation of the NYISO interconnection process from the NYISO’s Feasibility<br />
Study through its Class Year Facilities Study process is further demonstration of CPV’s experience and<br />
ability to adhere to New York market rules and procedures. In the course of completing the System<br />
Reliability and Impact Study (SRIS) process, CPV Valley impacts have been quantified and were<br />
determined to be minimal. CPV Valley’s completion of the Class Year Facilities Study determined the<br />
Project would be deliverable with relatively minor upgrades on the system.<br />
Finally, CPV’s Valley <strong>Energy</strong> Center has successfully navigated New York’s SEQRA process.<br />
Understanding and adhering to state procedures was fundamental to CPV completing the SEQRA<br />
process for the CPV Valley <strong>Energy</strong> Center in May of 2012.<br />
4.0 Financial<br />
4.1 General Financial Structure<br />
The Project is owned by CPV Valley <strong>Energy</strong> Center, LLC, which is an indirect wholly owned subsidiary<br />
of <strong>Competitive</strong> <strong>Power</strong> <strong>Ventures</strong> Holdings, LLC (CPVH). CPV is majority owned by Warburg Pincus, with<br />
participation by CPV management and other individual accredited investors. Since the late 1980's,<br />
Warburg Pincus has invested more than $6 billion in energy companies around the world and has<br />
backed CPVH for over a decade.<br />
4.2 Financing Structures<br />
CPV Valley’s finance plan addresses the Project’s three distinct periods of activity: development,<br />
construction, and operations. During development, CPV Valley’s sponsors will contribute the required<br />
equity to fund 100% of the capital needs of the Project. Raising debt financing for the CPV Valley<br />
<strong>Energy</strong> Center is predicated on a solution beyond that currently offered in the NYISO market. CPV<br />
Valley is flexible and willing to work with the state of New York in developing a structure that provides<br />
the greatest value to the New York ratepayers. However, in order to effectively raise the private<br />
capital to start construction of the CPV Valley <strong>Energy</strong> Center, CPV Valley would require some form of<br />
surety of future revenues in the form of a long-term contract.<br />
Upon commencement of construction, which is expected coincident with the financial closing of<br />
credit facilities for CPV Valley, construction funding will be sourced through a combination of nonrecourse<br />
credit facilities provided by third party lenders and equity contributed by Project sponsors.<br />
The debt funding during construction is projected to be in the form of either a commercial bank miniperm<br />
construction loan converting to a term loan upon the Commercial Operations Date (COD), or a<br />
long-term construction/term financing executed in the institutional/private placement markets. The<br />
commercial bank market and the institutional/private placement markets each represent viable<br />
financing alternatives and the competitiveness of each will continually be assessed as the Project<br />
nears financial closing.<br />
The foregoing provided a summary of potential financing structures based on assumptions regarding<br />
the surety of the revenue stream. The ultimate contractual structure of the revenue stream and<br />
future market conditions will shape the actual financial structure. However, CPV has successfully put<br />
into construction multiple clean generation projects by raising over $1 billion of private financing in<br />
the past 12 months and feels confident that with an effective long-term contract it will be possible to<br />
raise the necessary financing to construct CPV Valley.<br />
5.0 Permits and Approval Process<br />
CPV Valley has achieved one of the most significant milestones in the New York SEQRA approval<br />
process. CPV Valley’s SEQRA Findings Statement was adopted by the lead agency in May of 2012.<br />
Since New York law precludes state agencies from taking action until SEQRA is complete, other project<br />
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permits were not able to be issued. With SEQRA now complete, the other state permits are now able<br />
to be issued.<br />
The Project submitted a Full Environmental Assessment Form (EAF) on March 10, 2008, formally<br />
commencing the permitting process. Since that time, the Project has achieved many milestones and<br />
advanced the permitting of the Project to a point where it is now nearing completion. A complete list<br />
of permits and approvals, as well as their status can be provided upon request; however, the<br />
following is a brief summary of the key permits, approvals and their status.<br />
5.1 New York State Environmental Quality Review Act<br />
CPV Valley completed the NY SEQRA process earlier this month. CPV Valley began the SEQRA process<br />
on March 10, 2008 with the submittal of the EAF, and has advanced through the process with the<br />
Town of Wawayanda Planning Board acting as Lead Agency. Most recently on May 23, 2012, the Lead<br />
Agency passed a unanimous board resolution adopting the Findings Statement for the CPV Valley<br />
<strong>Energy</strong> Center. This was the final step in the SEQRA process and allows other state entities to issue<br />
their respective permits associated with the Project.<br />
5.2 Air Permit<br />
CPV Valley is subject to the Clean Air Act’s requirement for a Prevention of Significant Deterioration<br />
(PSD) permit review. The Project submitted an application for regulatory agency review in conjunction<br />
with the Federal and State PSD and non-attainment new source review requirements and process.<br />
The New York State Department of Environmental Conservation (DEC) is reviewing the application as<br />
the Environmental Protection Agency (EPA) has delegated DEC the responsibility for reviewing and<br />
administering permits in the State of New York. DEC is currently in the process of drafting the air<br />
permit.<br />
5.3 Wetlands Permit<br />
CPV Valley has submitted an application for a Joint Wetlands Permit to the DEC and the U.S. Army<br />
Corps of Engineers (ACOE). On May 9, 2012 the ACOE determined the application to be complete and<br />
commenced the 45 day review period. The DEC has completed the review of their portion of the<br />
application and has drafted the permit, which is expected to be issued by the DEC shortly.<br />
Great effort was taken in the design and layout of the facility to minimize impacts to wetlands. As a<br />
result, the Project will have a permanent impact less than 0.50 acres; therefore only a Nationwide<br />
Permit is required.<br />
5.4 Certificate of Public Convenience and Necessity<br />
On November 14, 2010, CPV Valley filed a Petition with the New York PSC for approval of a lightened<br />
regulatory regime and financing in connection with a natural gas electric generating facility and was<br />
assigned case number 10-E-0501. On November 24, 2010 the New York PSC issued a notice under<br />
New York's Administrative Procedures Act, calling for public comments on CPV's Petition. The public<br />
comment period was open for forty-five (45) days and closed on January 10, 2011 without any<br />
comments. CPV Valley has provided a supplement to the PSC, highlighting aspects of the project that<br />
are more defined than they were at the time of the November 14, 2010 submittal. Upon issuance of<br />
the Findings Statement by the Lead Agency under SEQRA, the PSC will be in a position to issue their<br />
Findings Statement related to the Petition.<br />
5.5 New York Independent System Operator Interconnect Process<br />
CPV Valley submitted an Interconnection Application to the NYISO on July 5, 2007 and was assigned<br />
queue position #251. CPV Valley has completed the Feasibility Study, System Reliability Impact Study<br />
and the Facilities Study as a member of Class Year 2009. The Project subsequently entered Class Year<br />
2011, which is the current Facilities Study underway at the NYISO. Upon completion of the Class Year<br />
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2011 Facilities Study, the Project will be capable of advancing towards execution of an<br />
Interconnection Agreement.<br />
5.6 Site Plan and Special Use<br />
CPV VALLEY ENERGY CENTER<br />
CPV Valley is required to obtain a Site Plan approval and Special Use permit from the Town of<br />
Wawayanda. An application for Site Plan approval and Special Use was submitted on [date] to the<br />
Town of Wawayanda Planning Board. The plans have periodically been modified to reflect the most<br />
current design and also to coincide with the determinations of the Final Environmental Impact<br />
Statement (EIS) developed during the SEQRA approval process. Upon issuance of a Findings Statement<br />
by the Lead Agency, the Site Plan permit and approval and Special Use permit will be finalized.<br />
C. ADDITIONAL INFORMATION<br />
1.0 Property<br />
CPV Valley has obtained site control for the project site and is securing the remaining easements for<br />
the electrical transmission and water line from the state, which could not be obtained until SEQRA<br />
was complete. A brief description of the real estate (project site as well as laterals) and status are<br />
provided below.<br />
1.1 Project Site<br />
CPV Valley controls the 122 acre Project site located in the Town of Wawayanda, Orange County, New<br />
York. The Project site is currently undeveloped land, which a portion of was previously used for<br />
agricultural purposes and a portion is wooded area. The property is bound by an interstate highway<br />
(I-84) and New York State Roadways (Route 6 and Route 17M). This Route 6 corridor has been<br />
identified by the Town for commercial development, and is zoned as such, Mixed Commercial. Please<br />
refer Appendix B for an aerial overview of the Project site.<br />
1.2 Electrical Interconnect<br />
The electrical interconnect with NYPA’s existing 345kV electric transmission line (Line 42) is less than<br />
one mile from the project site. The property required to allow the Project to interconnect at the Point<br />
of Interconnection (POI), consists of a private easement and use of existing rights of way controlled by<br />
the state. CPV Valley secured the necessary easement area from the private landowner in 2008 and is<br />
coordinating with the New York State Department of Transportation (DOT) to utilize the existing DOT<br />
ROW along Route 17M for the underground electric transmission lines connecting the Project to<br />
NYPA’s Marcy South transmission line. To facilitate the interconnection, the Project will construct a<br />
new substation on private property adjacent to NYPA’s ROW. CPV has obtained the construction and<br />
permanent easements to allow for the construction and operation of the 80’ x 50’ substation. The<br />
area surrounding the interconnection is developed commercial property.<br />
1.3 Water Supply and Discharge<br />
Consistent with CPV’s ongoing commitment to the environment, CPV Valley will be utilizing the<br />
treated water (gray water) currently being discharged by the City of Middletown’s (City) waste water<br />
treatment facility. This use of gray water eliminates the need to use New York’s potable water<br />
resources for an industrial process. In addition to the purchase of the City’s gray water, the Project<br />
will send its wastewater to the City’s treatment facility. The waterlines associated with the supply<br />
and discharge water will be located within existing ROW along Route 17M and are approximately 1.5<br />
miles in length. CPV Valley is working closely with the DOT and is in the process of obtaining the<br />
necessary approvals.<br />
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1.4 Potable Water and Sewer<br />
CPV VALLEY ENERGY CENTER<br />
CPV Valley will interconnect with the exiting Town of Wawayanda Sewer and Water systems, both<br />
located adjacent to the Project site along Route 6. The interconnecting pipes will be located in existing<br />
ROW along Route 6. CPV Valley is working closely with DOT and in the process of obtaining the<br />
necessary approvals.<br />
1.5 Gas Interconnect<br />
The easements required to interconnect the Project with Millennium will be obtained by Millennium.<br />
Millennium has identified various routes that maximize existing utility and railroad ROW, while<br />
minimizing impacts to private landowners. These routes identified by Millennium range from 7 to 8<br />
miles in length.<br />
2.0 Projected In-Serve Date and Project Schedule<br />
CPV Valley could be in-service in the first quarter of 2016 if the Project were awarded a contract by no<br />
later than October 2012. The project permitting is anticipated to be complete by the summer of<br />
2012, and the NYISO interconnection process is projected to be complete with an Interconnection<br />
Agreement executed in the fall of 2012. With the permitting complete, an executed Interconnection<br />
and an executed long-term revenue contract by October 2012, CPV Valley could achieve an in-service<br />
date in early 2016. As discussed previously, financing of CPV Valley is contingent on the long-term<br />
revenue contract. Therefore, any projected in-service date will be driven by when the long-term<br />
contract is executed. A preliminary project schedule is provided in Appendix C – Preliminary Project<br />
Schedule.<br />
3.0 Interconnection<br />
3.1 Interconnection Point<br />
The Point of Interconnection (POI) for CPV Valley is a new gas insulated switchgear (GIS) substation to<br />
be located in Middletown, New York along NYPA’s 345kV Marcy South line #42 between Coopers<br />
Corners and Rock Tavern substations (NYISO Zone G). The specific location is shown in Appendix E –<br />
Point of Electrical Interconnection. This location was studied by the NYISO and NYPA representatives<br />
throughout the NYISO interconnection process.<br />
3.2 POI Assessment<br />
As discussed above, the POI location was studied by the NYISO and NYPA representatives for technical<br />
feasibility and approved in the Class Year 2009 Facility Study process. The interconnection consists of<br />
an underground cable from the Project to a new GIS substation, to be constructed by the Project,<br />
located directly adjacent to the existing NYPA ROW. Interconnecting at this location had several<br />
positive attributes described below:<br />
Close Proximity to the Project site – The relatively short distance between the POI and the Project<br />
helped mitigate any potential environmental impacts associated with the transmission line connecting<br />
the Project to the grid. The close proximity of site (less than one mile) to the POI eliminated the<br />
potential uncertainty associated with additional approvals required for transmission lines in excess of<br />
one mile.<br />
Utilization of Existing ROW – The interconnection route to the POI utilizes mostly Project property<br />
and existing state ROW. Only a small amount of private land was needed to facilitate the<br />
interconnection. To eliminate any uncertainty associated with the interconnection route, CPV<br />
procured the necessary easements from the private landowner in 2008.<br />
Capacity of Marcy South – Interconnection to Marcy South provides a significant amount of<br />
generation to the Lower Hudson Valley. As determined by NYISO in the interconnection process, the<br />
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Marcy South line can accommodate the injection of additional generation capacity from the Project<br />
without significant upgrade costs. (Please see discussion on deliverability in Section 8.3.) This POI was<br />
studied by the NYISO in detail as part of the Class Year 2009 Facilities Study.<br />
3.3 Deliverability Assessment<br />
CPV Valley will be 100% deliverable throughout New York based on the NYISO’s Facility Study (Class<br />
Year 2009). The NYISO’s involved process includes a detailed study of what is required for not only<br />
projects to physically connect to the system, but also what upgrades are necessary for a project’s<br />
capacity to be available or “deliverable” throughout the state. CPV Valley underwent the NYISO’s<br />
extensive study process and as part of the Class Year 2009 Facilities Study, the upgrades and<br />
associated costs to be deliverable were determined. This study included many stakeholders such as<br />
NYPA, New York State Electric & Gas (NYSEG), Central Hudson Electric & Gas (CHEG) and the NYISO.<br />
The study identified the installation of series compensation on the Leeds-Hurley line which will allow<br />
CPV Valley full deliverability of its capacity.<br />
The Transmission Enhanced Option increases the amount of the series compensation to provide<br />
additional transfer capability beyond the amount needed for full capacity deliverability of CPV Valley.<br />
This will provide approximately 300 MW (UCAP equivalent) of additional capacity deliverability service<br />
for new renewable generation.<br />
The interconnection to the Marcy South line, which connects the Rock Tavern and Coopers Corners<br />
substations, is a preferred location as it will not impact New York’s import capability from neighboring<br />
systems, such as PJM or ISO New England, and will address in-state transmission concerns.<br />
4.0 Technical<br />
4.1 Anticipated Life of Components<br />
The Plant is designed to support a minimum of 30 years of operation. Throughout the operating life<br />
there is scheduled maintenance at specified periods defined by the major component original<br />
equipment manufacturers (OEM). During this scheduled maintenance, various upgrades and<br />
prescribed servicing of the equipment is performed. By following the OEM’s recommended servicing,<br />
the equipment is maintained in good working order to ensure long-term operation and availability of<br />
the facility. The equipment proposed for CPV Valley is proven technology that has been used<br />
throughout the power generation industry for many years. These facilities are designed for, and<br />
therefore anticipated that, certain parts or components to be replaced as they approach the end of<br />
their life cycle. The replacement of these parts as they wear is factored into the long-term operation<br />
of the facility, and helps ensure the Project’s life of 30 or more years.<br />
4.2 Manufacturers Warranties<br />
The Engineer, Procure and Construct (EPC) Contractor will provide a minimum warranty for the facility<br />
that will commence on the date the facility is accepted by CPV and will extend for one (1) year with an<br />
additional year added for any component that is repaired or replaced during the initial warranty<br />
period. The EPC Contractor’s warranty will be based on individual warranties secured from all the<br />
equipment suppliers. In addition, CPV will sign a separate Long Term Services Agreement (LTSA) with<br />
the turbine OEM which will extend through the first two major turbine outages (approximately 16<br />
years). The LTSA will generally cover the supply of maintenance spares, expediting of replacement<br />
parts, supervision of any maintenance or repair work, assistance with maintenance planning, support<br />
of component upgrades and any technical consulting needed to support reliable turbine operation.<br />
Currently managing over 4,200 MW of gas-fired facilities, CPV is very familiar with and experienced in<br />
administering the warranties associated with this type of equipment and power generation facilities.<br />
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5.0 Construction<br />
5.1 Opportunity for New York Based Manufacturers<br />
CPV Valley represents a boon to NY based manufacturers who will be essential for the engineering<br />
and construction of the Project as well as the on-going operation, refurbishment of parts and<br />
maintenance of the facility. CPV Valley will utilize New York based manufacturers to the extent that<br />
they are competitive and can meet the design, contracting and general requirements necessary for<br />
the task. The socio-economic study commissioned to evaluate the economic impacts to the region<br />
from CPV Valley concluded that Orange County and the Hudson Valley region has a large supply of<br />
firms in key industries and are well positioned to capture a significant portion of the construction<br />
related expenditures.<br />
5.2 Overview of Contractual Arrangements During Construction<br />
CPV intends to construct the Project through two major contracts. One contract will be for the power<br />
island, which includes the power generation equipment. This includes the gas turbines, the heat<br />
recovery steam generators, and the steam turbine generator. This equipment will be purchased<br />
under the power island equipment contract with a major OEM (such as Siemens or General Electric).<br />
The actual construction of the Project would be performed under the EPC contract with a major<br />
contractor that has experience building similar combined-cycle projects. Through CPV’s development<br />
and construction portfolio, CPV has developed ongoing relationships with qualified constructors such<br />
as, CH2MHill, Gemma, Bechtel, Shaw, and others, who have experience constructing large scale<br />
generation projects in New York. Throughout the development of the Project, CPV has discussed CPV<br />
Valley with qualified constructors to determine constructors availability. This contracting approach is<br />
very similar to that CPV utilized for the 800MW CPV Sentinel project that was financed last year and is<br />
currently in construction.<br />
5.3 Availability of Labor<br />
CPV Valley has had several meetings with representatives of local labor and qualified constructors<br />
regarding the availability of qualified labor. In discussions with the Hudson Valley Building Trades<br />
Council, CPV has confirmed that qualified labor can be secured for the construction of the Project. In<br />
addition, discussions with various contractors have confirmed the availability of labor and bulk<br />
material for the construction of the CPV Valley <strong>Energy</strong> Center.<br />
5.4 Potential Decommissioning<br />
The typical operating life span for a new gas-fired electric generating facility ranges from 30 to 40<br />
years. Once operational, CPV Valley will be one of the cleanest, most efficient and reliable baseload<br />
electric generation facilities in the fleet. Following the useful life of the Project, or the useful life of<br />
any repowering of the Project, it is expected that the aboveground portion of the Project’s<br />
components would be offered for sale, for salvage or at least scrap. The sale or crap value of the<br />
equipment, buildings, and structures on the Project site are anticipated to be more than sufficient to<br />
offset the complete cost of demolition of the facility. Moreover, unlike other electric generating<br />
facilities using different fuel and technology, CPV Valley will not require mass disposal of any highly<br />
toxic or hazardous wastes. This topic was evaluated during the SEQRA process and is contained in the<br />
EIS.<br />
6.0 Operational<br />
6.1 Projected Availability<br />
CPV Valley’s 2x1 natural gas combined-cycle design is not only highly efficient and environmentally<br />
responsible, but also highly reliable. Natural gas generation is a proven technology with F-class<br />
turbines being among the best in terms of strong availability and reliability records. Based on a recent<br />
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report prepared by Strategic <strong>Power</strong> Systems <strong>Inc</strong>. and presented in an article entitled “Updating gasturbine<br />
reliability, availability”, issued in the 1Q/2012 publication of Combined Cycle Journal (CCJ), F-<br />
class turbines achieved a 91.4% availability in 2011, which is consistent for this technology. In<br />
addition, F-class turbines have a minimal forced outage rate of approximately 2.6%. It is expected<br />
that consistent with historical performance of this technology, CPV Valley will have an availability<br />
factor over 90% for dispatch starting with the first year of operation and throughout its useful life.<br />
6.2 Safety and Emergency Considerations<br />
CPV is committed to ensure safety for all workers and community members and has incorporated<br />
several design features in the facility, as well as developed procedures, to provide protection against<br />
potential safety and/or emergency events. CPV Valley will be equipped with multiple safety systems,<br />
including on-site fire protection and suppression systems, which will be designed in accordance with<br />
the New York State Fire Safety Code, and the National Fire Protection Association (NFPA) Standard<br />
101 Life Safety Code. The systems will include pull boxes, on-site fire hydrants, gas turbine enclosure<br />
fire suppression systems, portable fire extinguishers, an emergency gas shutoff valve and a sprinkler<br />
system supplied by a 1,000,000 gallon on-site raw water tank (500,000 gallons dedicated solely to fire<br />
protection). Other emergency equipment include an internal public address system, emergency<br />
lighting, stack lighting, first-aid kits, spill response kits, eyewashes, safety showers, and personal<br />
protective equipment such as hard hats, safety shoes, and safety glasses.<br />
In addition, the on-site facility personnel will be trained in fire safety and emergency response<br />
procedures and will adhere to Occupational Safety and Health Administration standards, as well as all<br />
other applicable safety standards. This training includes annual review of procedures and safety<br />
protocol. The on-site facility personnel will work closely with the local fire department and other<br />
emergency response teams to ensure that all personnel are familiar with the facility and the safety<br />
procedures that have been established. Periodic site visits will be scheduled to keep all personnel<br />
familiar with the site and to make them aware of any changes that could impact their response to an<br />
emergency.<br />
A draft Emergency Response Plan and Spill Prevention and Control Plan was prepared and included in<br />
the Final EIS. The design of the facility also incorporates several security considerations, including a<br />
fence around the site’s parameter, a gated entrance, camera monitoring and safety lighting. The<br />
control room, which is manned at all time throughout the entire year, is equipped to monitor not only<br />
the equipment and operation of the Facility, but also the security cameras and access gate, limiting<br />
access to only authorized personnel. The design characteristics and safety procedures, accompanied<br />
with strong working relationships with local emergency response personnel, result in a very safe and<br />
secure facility for both the surrounding community and the on-site personnel.<br />
7.0 Socio-Economic<br />
7.1 Benefits to the Local Economy<br />
CPV Valley will provide over $1 billion of benefit to the local economy – CPV Valley will have both<br />
direct and indirect positive economic effects on the state, town, county, and school district. These<br />
effects will begin during construction and continue throughout the operating life of the Project. The<br />
Project will result in an estimated capital investment of approximately $900 million for the<br />
development and construction of the Project. In the short term, benefits will include additional<br />
employment and expenditures associated with construction of the Project. In addition to the jobs<br />
created during construction and the wages paid to the work force, this Project is expected to have an<br />
indirect impact on the local economy through the purchase of goods and services, which will support<br />
local businesses and perhaps result in the creation of some additional new jobs. During the SEQRA<br />
approval process, an independent third-party performed socio-economic analysis to quantify the<br />
economic impacts to the region. An input-output (I/O) methodology model was used to determine<br />
the economic and fiscal impacts of the Project on the regional economy. The analysis was included in<br />
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the Final EIS and is available on the Project website. This analysis was updated in May of 2012 and<br />
now estimates the Project’s construction impact on Orange County and New York will result in total<br />
benefit of $640 million, of which $540 million will occur within Orange County, based on current<br />
project costs. The operation of CPV Valley will provide an additional benefit of over $23 million<br />
annually. Over a twenty year horizon, CPV Valley will generate over $1 billion to the local economy<br />
($540 million during construction, plus $463 million over 20 years of operation).<br />
In the long term, operation of CPV Valley will represent a source of additional revenue for the local<br />
economy through a Payment in Lieu of Taxes (PILOT) agreement, purchases of goods and services,<br />
and a Host Community Agreement. The PILOT payments will increase the revenues to the local taxing<br />
jurisdictions, and will represent a significant portion of their total tax levy. The PILOT payments will<br />
more than offset any minor increases in community service costs (e.g., the addition of a small number<br />
of new children in the school system) that may be associated with long-term operation and<br />
maintenance of CPV Valley. All of the items discussed above will have a beneficial effect on local<br />
community, school district and businesses.<br />
7.2 Impact on Jobs<br />
CPV Valley will create 1,890 jobs during construction – It is expected that the Project will require<br />
approximately 500 employees during the peak construction months, and approximately 250<br />
construction employees on average throughout construction. Construction is expected to be<br />
completed within an estimated 30 month timeframe. In addition to the jobs created during<br />
construction and the wages paid to the work force, the Project will have an indirect impact on the<br />
local economy through the purchase of goods and services, which will support local businesses and<br />
perhaps result in the creation of additional new jobs. The job impacts from construction activity will<br />
be large, especially with indirect and induced (multiplier) impacts occurring across many industries.<br />
The construction of CPV Valley will result in a total job impact of 1,890 across the State of New York<br />
during each year of the construction phase of the Project. The total increase in labor incomes from<br />
the construction is estimated to be $204 million. The total annual direct, indirect and induced income<br />
impacts (including all non-wage salary and benefits) are estimated to be over $8 million.<br />
CPV Valley will create 131 jobs once in operation - The operation of the Project will create<br />
approximately 24 permanent skilled high-wage jobs. In addition, another 37 indirect and induced jobs<br />
will be created in the region as a result of the operation of CPV Valley and the income earned from<br />
the direct and indirect employment impacts for a total annual impact of 42 jobs in the region.<br />
Further, 28 jobs will be created or “leak” from the region into other areas of New York as a result of<br />
CPV Valley’s annual operations. The total job impacts in New York resulting from CPV Valley<br />
operations are estimated to be 131. The direct and indirect labor income impacts suggest that the<br />
average annual wages resulting from the Project operations will be significantly higher than the<br />
current average annual wages in the region.<br />
7.3 Public Safety Concerns<br />
Natural gas, which is the primary fuel for CPV Valley, is a safe fuel source that is not only used for<br />
power generation, but is widely used in homes for heating. Natural gas fueled generation provides<br />
New York with safe reliable generation without public safety concerns about long-term fuel disposal<br />
plans or large scale evacuation. As a natural gas fired generation facility, CPV Valley will be a very safe<br />
facility from a fuel and operational perspective.<br />
Through the SEQRA approval process, public safety concerns were one of the many areas evaluated.<br />
Potential impacts to the public were extensively evaluated and included in the Project’s Final EIS.<br />
Impacts to public services such as fire, police and emergency response services were evaluated. After<br />
evaluation and consultation with these service providers, the conclusion was that due to the design of<br />
the facility, low volume of traffic and the number of employees once operational, CPV Valley will not<br />
impact the level and quality of local services during its construction and operation.<br />
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The Final EIS contains the details of the various analyses of public safety concerns, such as air quality,<br />
traffic, and natural resource impacts. Also included in the Final EIS are summaries of impacts related<br />
to concerns of potential spills or leaks of various industrial products stored on site, such as fuel oil and<br />
ammonia that is used to reduce environmental emissions. The results were that each one of these<br />
concerns were addressed either through safety design features of the facility, such as berming of<br />
storage vessels that are capable of containing 110% of the vessels capacity, or operating procedures.<br />
To appreciate the extent of the comprehensive evaluations conducted and reviewed by the public,<br />
please refer to the table of contents from the CPV Valley <strong>Energy</strong> Center Final EIS provided in Appendix<br />
F. The results of these evaluations are available on line at the CPV Valley <strong>Energy</strong> Center website<br />
(www.cpvvalley.com).<br />
7.4 Aesthetic Issues<br />
CPV Valley is sited and designed in such a way to minimize visual impacts to the maximum extent<br />
possible. CPV performed extensive analysis and assessment of aesthetic issues through the SEQRA<br />
approval process. Locating the Project at the southern center portion of the Project site was<br />
preferred, as it is placed proximate to nearby Route 6 and I-84 and proposed industrial properties,<br />
thereby providing maximum buffer from nearby visual receptors. The air-cooled design was chosen<br />
over a wet-cooling design for a number of reasons, including its elimination of cooling tower plumes.<br />
The air-cooled condenser height was minimized so as not to increase the height of the stacks. The<br />
electric transmission lines required to connect the Project to NYPA’s existing transmission<br />
infrastructure will be placed underground to avoid the visual impacts associated with towers and<br />
wires of an aboveground electrical interconnection.<br />
The Final EIS contains visual simulations from various sensitive receptors identified by the SEQRA lead<br />
agent. The simulations depicted the Project during leaf on and off conditions, as well as both night<br />
and daytime simulations. The Final EIS also contains significant documentation on the visual analyses<br />
conducted and steps taken to mitigate impacts. The Project design implemented a number of<br />
techniques to avoid and minimize off-site visual impacts. The techniques are consistent with the<br />
visual impact avoidance and mitigation tools recommended for consideration under NYSDEC’s visual<br />
resources policy. These include design and siting; alternative cooling technologies; changes to the<br />
profile or size of the facility; on-site screening and landscaping; coloring and texture of materials;<br />
maintenance during operation. The Project design includes enclosing much of the facility components<br />
inside buildings, minimizing stack height, preserving the natural vegetation to the extent practicable<br />
and optimizing lighting options to mitigate impacts.<br />
The existing natural vegetation, which provides large buffer areas surrounding the facility, and<br />
proposed landscaping, will help shield full views of the facility from off site locations. Other<br />
landscaping plans include adding trees and shrubs in select areas on the site. To the maximum<br />
extent practical, mature shade trees, vegetation, and unique site features such as stone walls will be<br />
preserved. The Project’s proposed lighting is designed to minimize off-site impacts, while providing<br />
sufficient lighting to ensure worker safety during routine operations and maintenance.<br />
7.5 Impacts on Real Estate<br />
Impacts to real estate were evaluated in the SEQRA approval process. The Final EIS contains various<br />
studies related to the location of power projects and local real estate values. Two specific studies<br />
concluded that there were no negative impacts to property values in areas where power projects<br />
were located. These studies are available at the CPV Valley <strong>Energy</strong> Center website.<br />
7.6 Environmental Justice Considerations<br />
During the SEQRA process, an Environmental Justice (EJ) analysis, which addresses potential impacts<br />
to low-income and minority populations, was conducted for the CPV Valley <strong>Energy</strong> Center. The<br />
results are contained in the Final EIS. The EJ analysis of the Project was conducted consistent with the<br />
principles set forth in Executive Order 12898, entitled “Federal Actions to Address Environmental<br />
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Justice in Minority Populations and Low <strong>Inc</strong>ome Populations” and DEC Policy CP-29. The intent of this<br />
EJ analysis was to determine whether the construction and operation of the proposed Project would<br />
have a significant adverse and disproportionate affect on an “environmental justice community.”<br />
An EJ area located in the City of Middletown, with a small portion located in Wallkill, was identified.<br />
The southwestern most point of the census block is 0.94 miles northeast from the facility site. The<br />
analysis demonstrates that the Project’s potential air emission concentrations do not cause violations<br />
of the National Ambient Air Quality Standards (NAAQS) within the EJ study area, and therefore are<br />
not adverse.<br />
Regarding hazardous materials, the use of oil, aqueous ammonia, and other chemicals at the Project<br />
site will not result in a disproportionate or adverse impact to the identified potential EJ area. The<br />
storage of fuel oil or use of aqueous ammonia or other chemicals at the Project site will comply with<br />
all local, state and federal requirements and will not jeopardize public health or impact groundwater<br />
quality. The use and/or presence of fuel oil, chemicals, and other materials is currently occurring<br />
throughout the two-mile study area and is not concentrated within the EJ area. The Project would<br />
also comply with NYSDEC and Town of Wawayanda noise standards at all locations within the Project<br />
study area, and therefore, would not cause any adverse impact to any EJ area.<br />
Views from within the EJ area are likely to be intermittent and minimal, and limited to the top of the<br />
Project stack. Any views that do exist will be within a commercial/industrial context and visual<br />
impacts will be minimal. In addition, views of the stack would not be limited to those from within the<br />
EJ area. Therefore, visual impacts within the EJ area are not considered adverse or disproportionate.<br />
8.0 Financial<br />
8.1 Financial Plan<br />
Any financing plan will depend on the contract structure for the project revenue. A finance plan was<br />
discussed previously in Section 4.0 – Financial of Part B – Required Information. Generally, a longterm<br />
contract with a creditworthy counterparty would facilitate the financing of a project such as CPV<br />
Valley.<br />
8.2 Name of Project Sponsors<br />
CPV Valley LLC<br />
8.3 Projected Amounts of <strong>Energy</strong> & Capacity<br />
The CPV Valley <strong>Energy</strong> Center capacity is approximately 667 MW during peak summer conditions.<br />
Based on PA Consulting’s forecast of energy and fuel prices, CPV Valley is expected to produce<br />
between 4.0 and 5.2 GWHs annually of energy, which means that the facility is expected to operate<br />
between 64% to 72% of the year. The Transmission Enhanced Option will provide an additional 450<br />
MW of capacity that would be deliverable down state.<br />
8.4 Potential Sources of Project Revenue<br />
The project revenue would be obtained through contract structure providing long-term revenue<br />
surety from a creditworthy counterparty and/or sales to the NYISO. The longer the term of the<br />
contract will the lower the price for the ratepayers. There are various types of contracts that can be<br />
considered such as a contract for differences or a tolling agreement.<br />
8.5 Risks of Price Change<br />
There is a risk that the cost of the CPV Valley <strong>Energy</strong> Center increases with rising construction costs,<br />
equipment costs and interest rates. Currently, the market is experiencing a time where both<br />
construction costs and equipment costs are depressed in conjunction with a very low interest price<br />
environment. This is an ideal time to lock-in through a fixed price contract as discussed in the<br />
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Financial Plan section above to eliminate the risk of rising construction and equipment costs or<br />
interest rates.<br />
In addition, there is a risk that natural gas prices will rise from their current projected levels. This<br />
would affect the cost of electricity produced by CPV Valley. However, by building CPV Valley, a highly<br />
efficient electric generating facility, New York is in fact increasing the overall New York market’s<br />
efficiency of producing electricity from natural gas and therefore dampening the effect of any<br />
increase in natural gas prices.<br />
8.6 Anticipated <strong>Inc</strong>entives<br />
PILOT arrangements are customary incentive of economic development and large projects of this<br />
nature. CPV Valley has made an application to the Orange County IDA regarding entering into a PILOT<br />
arrangement and is seeking to structure a PILOT for the Project.<br />
8.7 Options to Reduce Pricing & Pricing Uncertainty<br />
Cost of construction and equipment price escalation as well as interest rate changes can be reduced<br />
by acting decisively. As for reducing natural gas price uncertainty, CPV Valley is willing to work with<br />
New York State in securing a long-term fixed-price arrangement for natural gas supply. Natural gas<br />
producers are entering into agreements that lock in the natural gas supply and associated price for<br />
terms of 10 to 15-years. CPV Valley would be pleased to work with the state to explore a structure<br />
whereby the price of natural gas could be secured through a producer arrangement over a specified<br />
period in conjunction with an off-take agreement for CPV Valley. During the term, the associated<br />
energy produced would be tied to the known natural gas price, thereby providing price certainty.<br />
9.0 Environmental<br />
9.1 Environmental Benefits to the Region<br />
CPV Valley is a state of the art generation facility that will be equipped with emissions control<br />
technology and design features to maximize environmental benefits. As discussed previously, the<br />
high efficiency of CPV Valley will displace older, less environmental friendly generation, which will<br />
reduce air emissions and improve New York’s air quality. CPV Valley will use natural gas as the<br />
primary fuel, which is a clean burning fuel source, and will have fewer emissions than other traditional<br />
dispatchable generation technologies. In addition to the significant reductions in greenhouse gases,<br />
the Project design includes the use of an air-cooled condenser, which drastically reduces the volume<br />
of water needed for cooling. The relatively minor volume of water that is needed will be treated gray<br />
water from the City of Middletown’s waste water treatment facility. Other environmental factors<br />
were considered in the design, such as the location of the facility on the project site. The Project was<br />
located in an area to minimize impacts to existing wetlands and to preserve the existing conditions of<br />
the used portions of the project site.<br />
9.2 Projected Reductions in Greenhouse Gases<br />
Due to its high efficiency, the operation of CPV Valley will result in a reduction of greenhouse gases<br />
(CO 2 ) in excess of 4 million tons over the first sixteen years of the Project’s operating life. When<br />
coupled with the Transmission Enhanced Option, CPV Valley will further reduce the volume of CO 2 in<br />
the area resulting in an improvement of nearly 8.4 million tons over the first 16 years of the Project’s<br />
operating life.<br />
9.3 Wetland, Stream, Forests & Natural Area Impacts<br />
The Project has been designed to minimize and/or avoid impacts to wetlands to the maximum extent<br />
practicable. Through the permitting process, CPV worked with the NYSDEC and ACOE to assess<br />
potential impacts to wetlands. While the design of the facility and its location were selected to avoid<br />
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much of the wetlands, approximately 0.33 acres of wetlands will be impacted. During the review of<br />
the Joint Wetlands Application, CPV, NYDEC and ACOE developed an appropriate mitigation plan that<br />
includes the creation of a wetland replacement area of 0.8 acres. Approximately 0.46 acres of<br />
forested wetlands will be converted to non-forested along the electrical interconnection corridor.<br />
Conversion of forested wetlands to non-forested wetlands within this corridor will be compensated<br />
by creating a permanent forested buffer in another location on the Project site. These wetland<br />
replication areas will also provide enhanced wildlife habitat functions for the site. The Final EIS and<br />
Joint Wetlands Application are available on the CPV Valley website.<br />
9.4 Environmental Impacts of Construction and Operation<br />
Despite the positive environmental effects anticipated as a result of the Project, its construction and<br />
operation will result in certain impacts. However, the majority of these impacts will be temporary,<br />
and will result from construction activities. Site preparation (e.g., clearing, grading), and construction<br />
of the facility (including the electrical interconnection and water and sewer connections) will have<br />
short-term and localized impacts on the soil, water, agricultural, and ecological resources of the site.<br />
This construction will also have short-term impacts on the local transportation system, air quality, and<br />
noise levels. These impacts will largely result from the movement and operation of construction<br />
equipment and vehicles, which will occur during the construction of the Project. The level of impact<br />
and associated mitigation to each of these resources has been described in the Final EIS available on<br />
the CPV Valley website. These impacts will generally be localized and/or of short duration.<br />
9.5 Proposed Mitigation<br />
The impacts and proposed mitigation for any impacts associated with CPV Valley were evaluated<br />
through the SEQRA approval process. The various impacts associate with operation of the Project<br />
include aesthetics, wetlands and emissions. There were several mitigation measures that were<br />
implemented such as, locating the electric interconnection lines underground to avoid the visual<br />
impacts, enclosing the equipment in building to mitigate visual impacts associated with the<br />
equipment, location of the facility on the property to minimize impacts to wetlands, creation of<br />
wetland replication areas to offset any wetland impacts, the purchase of emission reduction credits at<br />
a ratio greater than 1 to 1 so as to achieve an overall net reduction of emissions in the region, etc.<br />
The mitigation of impacts were developed throughout the SEQRA approval process and contained in<br />
the Final EIS available on the CPV Valley website.<br />
The Project has worked very closely with local, county and state representatives to ensure the least<br />
intrusive design possible. Although the Project will create some impacts, CPV Valley has incorporated<br />
numerous mitigation measures to further ensure preservation of the community and the<br />
environmental attributes.<br />
10.0 Project Contract/RFP Status<br />
CPV’s Valley <strong>Energy</strong> Center has not participated in or made application to any other New York State<br />
agency or authority in response to a Request for Proposals.<br />
11.0 Public Outreach<br />
11.1 Overview / Approach:<br />
CPV has a proven track record of implementing successful public outreach programs around more<br />
than a dozen major energy infrastructure projects across the United States and Canada. CPV partners<br />
with communities by building strong working relationships with residents, civic groups, labor and local<br />
elected officials to be a responsible neighbor sensitive to community values. CPV invests time in<br />
developing public education and outreach campaigns to help local communities understand electricity<br />
technology, the market backdrop, energy policy and the development process from start to finish.<br />
This process includes meeting with interested parties and stakeholders in both formal and informal<br />
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settings. CPV’s objective is to build long-term relationships with the community and maintains its<br />
public outreach program throughout the development process, construction and operation. CPV’s<br />
successful public outreach program was demonstrated by the significant support demonstrated by<br />
the local community for CPV Valley. Please refer to Appendix E – Community Support, which contains<br />
copies of various support letters regarding the CPV Valley <strong>Energy</strong> Center.<br />
11.2 Anticipated stakeholder groups and affected individuals<br />
The CPV Valley outreach team conducted more than fifty (50) meetings to brief stakeholders on the<br />
project including: Minisink Valley School District; Middletown NAACP; Environmental Advocates of<br />
NY; Natural Resources Defense Council; Goshen Environmental Committee; more than a dozen<br />
neighbors proximate to the project; Wawayanda Senior Center; area Lions, Kiwanis and Rotary clubs;<br />
New Hampton and Slate Hill fire companies; elected officials including Gov. Spitzer's, Gov. Paterson's<br />
and Gov. Cuomo's energy staff; Sen. Bonacic; Sen. Maziarz; Assemblywoman Gunther; Assemblyman<br />
Cahill, Sen. Maziarz; Orange County Executive Diana; Orange County Legislature; Hudson Valley<br />
Building Trades Council Local 17; IBEW LU 363; Orange County Partnership; Hudson Valley Economic<br />
Development Corp.; and Patterns for Progress. In addition, CPV provided regular update briefings to<br />
area media to generate news stories to keep the general public apprised of project progress and<br />
participated in more than a dozen local conferences and events.<br />
11.3 Potential issues to be addressed<br />
Throughout the development to CPV Valley, CPV has actively engaged the community to address<br />
concerns and issues. This was an integral part of CPV Valley’s SEQRA approval process. CPV will<br />
maintain its positive public outreach program to keep the community informed about the<br />
construction, commissioning and operations activities.<br />
11.4 Public Outreach Plan<br />
CPV began its public outreach program for the CPV Valley <strong>Energy</strong> Center in early 2008 prior to the<br />
project being publicly announced with creation of a dedicated project website (www.cpvvalley.com),<br />
public information phone line and email address. When the Project was publicly announced in the<br />
Spring of 2008, CPV notified the community through direct mail and media stories and began a series<br />
of ongoing briefing meetings with various community groups. CPV held two informational open<br />
houses (one targeted toward and located within an identified EJ area) and hired Spanish language<br />
translators for both. CPV also hired former Harvard School of Public Health expert Dr. Peter Valberg<br />
(Gradient Corp.) to meet with the community to help the community better understand the<br />
environmental elements of the Project. The result of this intensive, four-year public outreach effort is<br />
that the CPV Valley <strong>Energy</strong> Center is first and only utility-scale power project to successfully proceed<br />
through SEQR with a truly local board acting as lead agent within recent years.<br />
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Appendices
Appendix A<br />
Project Description<br />
The Project, located in the Town of Wawayanda, Orange County, NY, consists of a combined-cycle facility<br />
capable of generating a peak of approximately 650 1 megawatts (MW) of electricity, although the output of<br />
the Facility will vary depending on actual ambient conditions. Approximately 365 MW of this power will be<br />
produced using two F Class combustion turbine generator sets. Exhaust heat from the combustion turbines<br />
will be sent to heat recovery steam generators (HRSGs) to produce steam to drive a steam turbine generator.<br />
The HRSGs will include a natural gas-fired “duct burner” (supplemental firing system). The duct burners will<br />
allow for additional electrical production during select periods. Exhaust steam from the steam turbine will be<br />
cooled (i.e., condensed) and then returned to the HRSG using an air-cooled condenser. Air-cooled<br />
condensing will be employed to minimize water use and eliminate potential cooling tower plume impacts.<br />
For environmental purposes, the Project will be equipped with state-of-the-art emissions control technology;<br />
including selective catalytic reduction (SCR) technology to control nitrogen oxides (NOx) emissions and an<br />
oxidation catalyst to control carbon monoxide (CO) and volatile organic compound (VOC) emissions. To<br />
control the NOx emissions from the Facility, the combustion turbines also will be equipped with an advanced<br />
dry low NOx combustion system. The dry low NOx combustion system will limit NOx formation by controlling<br />
the combustion process through optimization of the air and fuel mixture. When the combustion turbines are<br />
operating on ultra-low sulfur light distillate oil, water injection will also be used to control NOx emissions. The<br />
CO emissions from the combustion turbines (and duct burners) will be reduced using an oxidation catalyst<br />
(also referred to as a CO catalyst). Exhaust gases from the turbines will be passed over a catalyst bed where<br />
excess air oxidizes the CO to carbon dioxide (CO 2 ).<br />
Natural gas will be used as the primary fuel with ultra-low sulfur distillate oil serving as a back-up fuel for<br />
reliability purposes. Natural gas will be supplied via a new 7 to 8 mile lateral to connect the Facility to the<br />
existing Millennium pipeline located west, south-west of the Project site. Use of the back-up fuel will be<br />
limited to the equivalent of 720 hours per year, per turbine, so that the Facility can reliably support the<br />
electrical system in the event that natural gas supplies are needed to meet residential heating or other<br />
demands. To accommodate short-term operation on ultra-low sulfur distillate oil, the proposed Project will<br />
include a 965,000 gallon fuel oil storage tank, sized to allow for [36] hours of operation on fuel oil, and<br />
associated off-loading facilities.<br />
The Project will interconnect with the New York <strong>Power</strong> Authority’s (NYPA) 345-kilovolt (kV) transmission<br />
system, line 42 between Coopers Corners and Rock Tavern (NYISO Zone G), which is located less than 1 mile<br />
north of the Project site. The Facility’s new 345 kV gas insulated switchgear (GIS) substation will consist of a<br />
three ring bus and will be located adjacent to the NYPA transmission lines. In addition to the electrical<br />
substation facilities to be located adjacent to the NYPA transmission lines, the electrical interconnection will<br />
include underground transmission lines that will extend easterly along the Project site parallel to I-84<br />
towards Route 17M. At the eastern portion of the site, the underground transmission line route will turn and<br />
extend north paralleling Route 17M in the New York State Department of Transportation (DOT) Route 17M<br />
right-of-way.<br />
Process water requirements for the Facility will be met through use of treated effluent from the City of<br />
Middletown Sewage Treatment Plant. Treated effluent currently discharged to the Wallkill River will be<br />
filtered and chlorinated for reuse as process makeup water. Process water discharge will be conveyed back<br />
to the City of Middletown Sewage Treatment Plant. The pipes conveying the gray water to the Project and<br />
the Project’s discharge water back to the City’s treatment facility will be just over one and a half miles in<br />
length. Potable water will be obtained through an interconnection to the municipal system along Route 6<br />
just opposite the site entrance of the Project.<br />
1 CPV Valley, LLC is listed as queue position 251 in the NYISO Interconnection Queue and has a maximum summer output (“SP<br />
(MW)”) rating of 678 MW. The output of the facility varies depending on weather conditions. The 678 MW output represents<br />
the facility’s maximum summer net output @ 85°F.<br />
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Appendix B<br />
Project Rendering, Site Location & Maps<br />
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Appendix B<br />
CPV Valley <strong>Energy</strong> Center<br />
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Appendix B<br />
Site Location<br />
Water Supply<br />
& Discharge Lines<br />
Proposed Routing<br />
Middletown<br />
WWTF<br />
Wawayanda, NY<br />
Electrical<br />
Interconnect<br />
Point<br />
Millennium<br />
Pipeline<br />
(7 miles west)<br />
Electrical<br />
Interconnect Line<br />
NYPA 345kV<br />
“Marcy South”<br />
From Rock Tavern to<br />
Coopers Corner<br />
substations<br />
21 acres<br />
Project Site<br />
(122 Acres)<br />
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Appendix B<br />
CPV Valley – NYISO Zone Location<br />
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Appendix C<br />
Preliminary Schedule<br />
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ID<br />
Task Name<br />
1<br />
CPV Valley <strong>Energy</strong> Center Preliminary Project Schedule<br />
CPV Valley <strong>Energy</strong> Center Preliminary Project Schedule<br />
2008 2009 2010 2011 2012 2013 2014 2015 2016 201<br />
Q4Q1Q2Q3Q4 Q2Q3Q4 Q2Q3Q4 Q2Q3Q4Q1Q2Q3Q4 Q2Q3Q4 Q2Q3Q4 Q2Q3Q4Q1Q2Q3Q4<br />
1/1/2016<br />
2<br />
Permitting<br />
3 State Environmental Quality Review<br />
11<br />
12 Certificate of Public Convenience and Necessity<br />
17<br />
18 New York State Department of Environmental Conservation Permits<br />
24<br />
25<br />
New York Independent System Operator Interconnection Process<br />
26 Facilities Study<br />
32 Interconnection Agreement<br />
34<br />
35<br />
Offtake Arrangement<br />
39<br />
40<br />
Engineering Procurement and Construction<br />
45<br />
46<br />
Financing<br />
9/21/2012<br />
5/23/2012<br />
7/23/2012<br />
9/21/2012<br />
12/3/2012<br />
11/26/2012<br />
12/3/2012<br />
10/1/2012<br />
1/31/2013<br />
7/1/2013<br />
52<br />
53<br />
Construction<br />
54 NTP for EPC<br />
55 Site Mobilization<br />
56 HRSG Delivery<br />
57 CTG Delivery<br />
58 GSU Delivery<br />
59 STG Delivery<br />
60<br />
61<br />
Startup/Commissioning<br />
11/5/2014<br />
7/1/2013<br />
10/1/2013<br />
4/4/2014<br />
8/5/2014<br />
9/5/2014<br />
11/5/2014<br />
1/1/2016<br />
62 Backfeed<br />
63 First Fire<br />
64 Mechanical Completion<br />
65 Substantial Completion<br />
66 Commercial Operation Date<br />
1/1/2015<br />
7/1/2015<br />
9/1/2015<br />
11/2/2015<br />
1/1/2016<br />
Page 1
Appendix D<br />
Emissions Comparisons<br />
New York <strong>Energy</strong> <strong>Highway</strong>
Appendix E<br />
Point of Electrical Interconnection<br />
New York <strong>Energy</strong> <strong>Highway</strong>
Appendix F<br />
SEQRA Environmental Impact Statement<br />
(Table of Contents)<br />
New York <strong>Energy</strong> <strong>Highway</strong>
TABLE OF CONTENTS<br />
ACRONYMS<br />
1.0 EXECUTIVE SUMMARY ........................................................................................................1-1<br />
1.1 INTRODUCTION....................................................................................................................1-1<br />
1.2 ORGANIZATION OF THE DEIS...........................................................................................1-3<br />
1.3 PROJECT PURPOSE AND NEED .........................................................................................1-3<br />
1.4 OVERVIEW DESCRIPTION OF THE PROPOSED FACILITY ..........................................1-5<br />
1.5 SUMMARY OF DISCRETIONARY APPROVALS AND INVOLVED AND<br />
INTERESTED AGENCIES .....................................................................................................1-7<br />
1.6 PUBLIC OUTREACH AND PARTICIPATION ....................................................................1-9<br />
1.6.1 Public Participation Plan Overview...................................................................................1-9<br />
1.6.2 Public Outreach Meetings................................................................................................1-11<br />
1.7 SUMMARY OF POTENTIAL ENVIRONMENTAL IMPACTS AND MITIGATION ......1-11<br />
1.7.1 Land Use and Zoning.......................................................................................................1-11<br />
1.7.2 Cultural Resources...........................................................................................................1-12<br />
1.7.3 Visual Resources and Aesthetics .....................................................................................1-12<br />
1.7.4 Community Facilities.......................................................................................................1-13<br />
1.7.5 Socioeconomics and Environmental Justice....................................................................1-14<br />
1.7.6 Traffic and Transportation...............................................................................................1-14<br />
1.7.7 Air Quality and Meteorology...........................................................................................1-15<br />
1.7.8 Noise................................................................................................................................1-16<br />
1.7.9 Soils, Geology, and Seismology......................................................................................1-17<br />
1.7.10 Infrastructure and Water Resources.................................................................................1-17<br />
1.7.11 Ecology............................................................................................................................1-18<br />
1.7.12 Alternatives......................................................................................................................1-19<br />
1.8 CONCLUSIONS AND MITIGATION MEASURE SUMMARY........................................1-20<br />
2.0 PROJECT DESCRIPTION .......................................................................................................2-1<br />
2.1 SITE DESCRIPTION...............................................................................................................2-1<br />
2.2 FACILITY OVERVIEW..........................................................................................................2-2<br />
2.3 OVERVIEW OF COMBINED-CYCLE OPERATION ..........................................................2-3<br />
2.4 FACILITY LAYOUT ..............................................................................................................2-4<br />
2.4.1 Buildings and Structures....................................................................................................2-5<br />
2.4.2 <strong>Power</strong> Generation Equipment............................................................................................2-6<br />
2.4.2.1 Combustion Turbine Generator ...............................................................................2-6<br />
2.4.2.2 Heat Recovery Steam Generators (HRSGs) ............................................................2-7<br />
2.4.2.3 Steam Turbine Generator .........................................................................................2-7<br />
2.4.2.4 Main System Cooling (Air-Cooled Condenser).......................................................2-8<br />
2.4.2.5 Auxiliary System Cooling (Fin-Fan Cooler)............................................................2-8<br />
2.4.2.6 Evaporative Cooler ..................................................................................................2-9<br />
2.4.2.7 Exhaust Stack...........................................................................................................2-9<br />
2.4.2.8 Emergency Diesel Generator .................................................................................2-10<br />
2.4.2.9 Natural Gas Auxiliary Boilers................................................................................2-10<br />
2.4.2.10 Storage Tanks.........................................................................................................2-10<br />
2.4.3 Landscaping and Lighting ...............................................................................................2-11<br />
2.4.3.1 Landscaping ...........................................................................................................2-11<br />
2.4.3.2 Lighting..................................................................................................................2-12<br />
2.5 AIR QUALITY CONTROL SYSTEMS................................................................................2-13<br />
i<br />
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2.6 WATER USE/WASTEWATER GENERATION AND CHEMICALS................................2-14<br />
2.6.1 Demineralization Treatment System ...............................................................................2-15<br />
2.6.2 Chemical Feed Systems...................................................................................................2-16<br />
2.6.3 Wastewater ......................................................................................................................2-16<br />
2.7 STORMWATER MANAGEMENT ......................................................................................2-17<br />
2.8 INSTRUMENTATION/CONTROL DEVICES ....................................................................2-17<br />
2.9 ELECTRIC TRANSMISSION INTERCONNECTION........................................................2-17<br />
2.10 NATURAL GAS PIPELINE..................................................................................................2-18<br />
2.11 SECURITY ............................................................................................................................2-19<br />
2.12 FIRE PROTECTION..............................................................................................................2-19<br />
2.13 SCHEDULE ...........................................................................................................................2-20<br />
3.0 LAND USE AND ZONING........................................................................................................3-1<br />
3.1 INTRODUCTION....................................................................................................................3-1<br />
3.2 APPLICABLE LAWS, REGULATIONS, AND POLICIES...................................................3-2<br />
3.3 LAND USE RESOURCES ......................................................................................................3-2<br />
3.3.1 Existing Land Uses............................................................................................................3-2<br />
3.3.1.1 Project Site and Off-Site Interconnections...............................................................3-2<br />
3.3.1.2 Land Uses within 1-Mile of the Project Site............................................................3-3<br />
3.3.1.3 Publicly Known Proposed Land Uses within Primary Study Area..........................3-5<br />
3.3.1.4 Recreational Facilities, Historic Areas, Preschools, Schools, and Hospitals<br />
within the Primary and Secondary Study Area ........................................................3-7<br />
3.3.1.5 Undeveloped Land Use within 1.5 Miles of Project ..............................................3-15<br />
3.3.2 Potential Impacts and Mitigation.....................................................................................3-15<br />
3.3.2.1 <strong>Energy</strong> Center ........................................................................................................3-15<br />
3.3.2.2 Electrical Interconnect ...........................................................................................3-17<br />
3.3.2.3 Water/Wastewater Line Impacts............................................................................3-18<br />
3.3.2.4 Natural Gas Pipeline ..............................................................................................3-18<br />
3.3.2.5 Publicly Known Proposed Land Use Developments in Primary Study Area ........3-18<br />
3.3.2.6 Recreational Facilities, Historic Sites, Preschools, Schools and Hospitals<br />
within the Primary and Secondary Study Area ......................................................3-19<br />
3.3.2.7 Undeveloped Land Use within 1.5 Miles of Project ..............................................3-21<br />
3.4 PUBLIC POLICY ..................................................................................................................3-22<br />
3.4.1 Comprehensive Plans.......................................................................................................3-22<br />
3.4.1.1 Existing Conditions................................................................................................3-22<br />
3.4.1.2 Potential Impacts and Mitigation ...........................................................................3-25<br />
3.4.2 Additional Management Zones and Districts ..................................................................3-26<br />
3.4.2.1 Existing Conditions................................................................................................3-27<br />
3.4.2.2 Potential Impacts and Mitigation ...........................................................................3-31<br />
3.5 ZONING.................................................................................................................................3-33<br />
3.5.1 Existing Conditions .........................................................................................................3-33<br />
3.5.1.1 Project Site .............................................................................................................3-33<br />
3.5.1.2 Surrounding Zoning Districts.................................................................................3-34<br />
3.5.1.3 Comprehensive Plan Recommended Zoning.........................................................3-34<br />
3.5.2 Analysis of Consistency with Municipal Codes..............................................................3-35<br />
3.5.2.1 Code of the Town of Wawayanda..........................................................................3-35<br />
3.5.2.2 City of Middletown Sewer Code ...........................................................................3-62<br />
3.5.2.3 Summary of Impacts and Mitigation......................................................................3-67<br />
3.4 CONCLUSION ON LAND USE IMPACTS.........................................................................3-68<br />
3.5 REFERENCES.......................................................................................................................3-68<br />
ii<br />
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4.0 CULTURAL RESOURCES.......................................................................................................4-1<br />
4.1 INTRODUCTION....................................................................................................................4-1<br />
4.2 APPLICABLE LAWS, REGULATIONS, AND POLICIES...................................................4-2<br />
4.3 AREA OF POTENTIAL EFFECT...........................................................................................4-2<br />
4.4 ARCHAEOLOGICAL RESOURCES – EXISTING CONDITIONS .....................................4-3<br />
4.4.1 Methodology......................................................................................................................4-3<br />
4.4.1.1 Literature and Records Search .................................................................................4-3<br />
4.4.1.2 Field Investigation....................................................................................................4-3<br />
4.4.2 Results ...............................................................................................................................4-4<br />
4.5 ARCHITECTURAL RESOURCES – EXISTING CONDITIONS .........................................4-7<br />
4.5.1 Methodology......................................................................................................................4-7<br />
4.5.1.1 Literature and Records Search, and Consultation with Local Historian ..................4-7<br />
4.5.1.2 Fieldwork .................................................................................................................4-8<br />
4.5.2 Survey Findings and NRHP Evaluation ............................................................................4-8<br />
4.6 CEMETERIES – EXISTING CONDITIONS........................................................................4-11<br />
4.6.1 Methodology....................................................................................................................4-11<br />
4.6.2 Results .............................................................................................................................4-11<br />
4.7 POTENTIAL IMPACTS AND MITIGATION .....................................................................4-13<br />
4.7.1 <strong>Energy</strong> Center ..................................................................................................................4-13<br />
4.7.2 Compliance with Code of the Town of Wawayanda, New York, v30 Updated<br />
through: 09-15-2007/Part II General Legislation/Chapter 66, Cemetery<br />
Protection/§66-1 – 66-5 ...................................................................................................4-16<br />
4.7.3 Off-Site Electrical Interconnection/Water and Wastewater Pipeline Impacts.................4-16<br />
4.7.3.1 Construction...........................................................................................................4-16<br />
4.7.3.2 Operation................................................................................................................4-17<br />
4.7.4 Mitigation ........................................................................................................................4-17<br />
4.7.5 Unanticipated Discovery Plan .........................................................................................4-17<br />
4.8 CONCLUSION ......................................................................................................................4-18<br />
4.9 REFERENCES.......................................................................................................................4-18<br />
5.0 VISUAL RESOURCES AND AESTHETICS..........................................................................5-1<br />
5.1 INTRODUCTION....................................................................................................................5-1<br />
5.2 EXISTING CONDITIONS ......................................................................................................5-1<br />
5.2.1 Character of the Project Site..............................................................................................5-1<br />
5.2.2 Local Landscape and Land Use.........................................................................................5-1<br />
5.2.3 Visual Resource Inventory ................................................................................................5-2<br />
5.2.3.1 NYSDEC Visual Policy Resource Inventory...........................................................5-2<br />
5.2.3.2 Additional Visual Resources....................................................................................5-6<br />
5.2.3.3 Visually Sensitive Resources of Local Concern ......................................................5-7<br />
5.3 VISUAL CHARACTERISTICS OF THE PROJECT .............................................................5-8<br />
5.4 VISUAL IMPACT ASSESSMENT.........................................................................................5-8<br />
5.4.1 Methodology......................................................................................................................5-8<br />
5.4.1.1 Viewshed Analysis Methodology ............................................................................5-8<br />
5.4.1.2 Photosimulations Methodology ..............................................................................5-9<br />
5.4.2 Results .............................................................................................................................5-10<br />
5.4.2.1 Viewshed Analysis.................................................................................................5-10<br />
5.4.2.2 Viewpoint Locations for Photosimulations............................................................5-11<br />
5.4.2.3 Results of Daytime Photosimulations ....................................................................5-14<br />
5.4.2.4 Potential Visual Impacts Along I-84......................................................................5-20<br />
5.4.2.5 Visual Impacts Associated with Aboveground Electrical Transmission Line.......5-21<br />
5.4.2.6 Results of Nighttime Photosimulations..................................................................5-21<br />
iii<br />
Table of Contents
5.4.2.7 Video of Stack Lighting.........................................................................................5-22<br />
5.4.2.8 Visual Impacts Associated with Visible Plumes....................................................5-23<br />
5.5 DESIGN, APPEARANCE, AND MITIGATION..................................................................5-24<br />
5.5.1 Siting, Layout, and Relocation ........................................................................................5-24<br />
5.5.2 Alternative Technologies.................................................................................................5-25<br />
5.5.3 Low Profile and Downsizing...........................................................................................5-25<br />
5.5.4 Screening and Landscaping .............................................................................................5-25<br />
5.5.5 Color, Texture, and Camouflage .....................................................................................5-26<br />
5.5.6 Maintenance.....................................................................................................................5-26<br />
5.5.7 Lighting Plan ...................................................................................................................5-26<br />
5.6 CONCLUSIONS ....................................................................................................................5-27<br />
6.0 COMMUNITY FACILITIES ....................................................................................................6-1<br />
6.1 INTRODUCTION....................................................................................................................6-1<br />
6.2 LOCAL SERVICE PROVIDERS............................................................................................6-1<br />
6.2.1 Local Service Providers Servicing Site .............................................................................6-1<br />
6.2.1.1 Police Services .........................................................................................................6-1<br />
6.2.1.2 Fire and Emergency Medical Services.....................................................................6-1<br />
6.2.2 Potential Impacts to Service Providers ..............................................................................6-2<br />
6.2.2.1 Police........................................................................................................................6-2<br />
6.2.2.2 Fire and EMS ...........................................................................................................6-3<br />
6.3 COMMUNITY FACILITIES...................................................................................................6-5<br />
6.3.1 Existing Community Facilities ..........................................................................................6-5<br />
6.3.1.1 Schools.....................................................................................................................6-5<br />
6.3.1.2 Hospitals ..................................................................................................................6-5<br />
6.3.1.3 Houses of Worship...................................................................................................6-6<br />
6.3.2 Potential Impacts ...............................................................................................................6-6<br />
6.4 ADJACENT HIGHWAYS AND ACCESS.............................................................................6-7<br />
6.4.1 During Construction Activities..........................................................................................6-7<br />
6.4.1.1 Maintenance and Protection of Traffic ....................................................................6-7<br />
6.4.1.2 Access to Adjacent Land Uses.................................................................................6-8<br />
6.4.1.3 Pedestrian Safety......................................................................................................6-8<br />
6.4.2 Operational Conditions......................................................................................................6-8<br />
6.4.3 Mitigation of Impacts ........................................................................................................6-8<br />
6.5 REFERENCES.........................................................................................................................6-9<br />
7.0 SOCIOECONOMICS AND ENVIRONMENTAL JUSTICE................................................7-1<br />
7.1 INTRODUCTION....................................................................................................................7-1<br />
7.2 APPLICABLE LAWS, REGULATIONS AND POLICIES....................................................7-1<br />
7.3 EXISTING CONDITIONS ......................................................................................................7-1<br />
7.3.1 Population..........................................................................................................................7-2<br />
7.3.2 Economy and Employment................................................................................................7-2<br />
7.3.3 Housing..............................................................................................................................7-3<br />
7.3.4 Numbers and Composition of the Workforce....................................................................7-3<br />
7.3.5 Public Services ..................................................................................................................7-3<br />
7.3.5.1 Cost of Public Services ............................................................................................7-3<br />
7.3.5.2 Town Revenues for Public Services ........................................................................7-7<br />
7.4 SOCIOECONOMIC IMPACT.................................................................................................7-9<br />
7.4.1 Economic Effects of Project Construction.........................................................................7-9<br />
7.4.1.1 Construction Jobs by Discipline ..............................................................................7-9<br />
7.4.1.2 Construction Expenditures.....................................................................................7-10<br />
iv<br />
Table of Contents
7.4.1.3 Secondary Economic Impact Due to Project Construction....................................7-10<br />
7.4.1.4 Secondary Revenue Impacts during Construction .................................................7-11<br />
7.4.1.5 Secondary Job Impacts During Construction.........................................................7-11<br />
7.4.1.6 Secondary Labor <strong>Inc</strong>ome Impacts During Construction........................................7-13<br />
7.4.2 Economic Effects of Project Operation ...........................................................................7-14<br />
7.4.2.1 Secondary Revenues During Facility Operation....................................................7-14<br />
7.4.2.2 Secondary Jobs during Operation ..........................................................................7-14<br />
7.4.2.3 Secondary Labor <strong>Inc</strong>ome during Facility Operations ............................................7-15<br />
7.4.2.4 Impacts of Potential Revenue for Minisink Valley School District.......................7-15<br />
7.4.3 Projected Taxes................................................................................................................7-16<br />
7.4.4 Project Financing and PILOT Agreement .......................................................................7-16<br />
7.4.5 Sales Tax..........................................................................................................................7-19<br />
7.4.6 Assessed Value and Special Districts ..............................................................................7-20<br />
7.4.7 Impacts on Insurability ....................................................................................................7-20<br />
7.4.8 <strong>Inc</strong>remental Costs to the Public .......................................................................................7-21<br />
7.4.8.1 <strong>Inc</strong>remental Costs Related to Project’s Workforce................................................7-21<br />
7.4.8.2 <strong>Inc</strong>remental Cost to Police Services.......................................................................7-21<br />
7.4.8.3 <strong>Inc</strong>remental Cost to Fire/Emergency Services.......................................................7-22<br />
7.4.8.4 <strong>Inc</strong>remental Cost to School Districts......................................................................7-23<br />
7.4.8.5 <strong>Inc</strong>remental Cost to Water Services.......................................................................7-23<br />
7.4.8.6 <strong>Inc</strong>remental Cost to Solid Waste Services .............................................................7-24<br />
7.4.8.7 <strong>Inc</strong>remental Cost of Potential Externalities............................................................7-24<br />
7.4.9 Funding for Decommissioning ........................................................................................7-30<br />
7.5 ENVIRONMENTAL JUSTICE.............................................................................................7-30<br />
7.5.1 Introduction .....................................................................................................................7-30<br />
7.5.2 Determination of Environmental Justice Communities...................................................7-31<br />
7.5.3 Enhanced Public Participation Plan.................................................................................7-34<br />
7.5.4 Environmental Justice Area Impact Assessment .............................................................7-34<br />
7.5.4.1 Air Quality .............................................................................................................7-34<br />
7.5.4.2 Traffic and Transportation .....................................................................................7-35<br />
7.5.4.3 Noise ......................................................................................................................7-36<br />
7.5.4.4 Visual .....................................................................................................................7-36<br />
7.5.4.5 Water......................................................................................................................7-36<br />
7.5.5 Conclusion with Respect to Environmental Justice.........................................................7-36<br />
7.6 REFERENCES.......................................................................................................................7-37<br />
8.0 TRAFFIC AND TRANSPORTATION ....................................................................................8-1<br />
8.1 INTRODUCTION....................................................................................................................8-1<br />
8.2 APPLICABLE LAWS, REGULATIONS AND POLICIES....................................................8-1<br />
8.3 STUDY METHODOLOGY.....................................................................................................8-1<br />
8.4 EXISTING CONDITIONS ......................................................................................................8-2<br />
8.4.1 Description of Key Roadways...........................................................................................8-3<br />
8.4.2 Study Locations .................................................................................................................8-4<br />
8.4.3 Existing Traffic Volumes ..................................................................................................8-6<br />
8.4.4 Weekday vs. Saturday Peak Hour Comparison .................................................................8-7<br />
8.4.5 Existing Level of Service...................................................................................................8-8<br />
8.5 ACCIDENT HISTORY..........................................................................................................8-12<br />
8.6 FUTURE TRAFFIC CONDITIONS WITHOUT THE PROJECT........................................8-14<br />
8.6.1 Traffic Growth.................................................................................................................8-14<br />
8.6.2 Other Planned Projects ....................................................................................................8-15<br />
8.7 TRAFFIC IMPACTS DURING CONSTRUCTION .............................................................8-18<br />
v<br />
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8.7.1 2011 Pre-Construction Base Traffic ................................................................................8-18<br />
8.7.2 2011 Construction Phase .................................................................................................8-21<br />
8.7.3 Construction-Related Traffic Impact...............................................................................8-23<br />
8.8 PROPOSED DEVELOPMENT .............................................................................................8-27<br />
8.8.1 Site Access.......................................................................................................................8-27<br />
8.8.2 Trip Generation................................................................................................................8-28<br />
8.8.3 Trip Distribution and Assignment ...................................................................................8-28<br />
8.8.4 Site Driveway Capacity Analysis ....................................................................................8-29<br />
8.8.5 Supplemental Site Driveway Capacity Analysis .............................................................8-29<br />
8.9 PROBABLE TRAFFIC IMPACTS OF THE PROJECT.......................................................8-33<br />
8.9.1 Analysis Methodology.....................................................................................................8-33<br />
8.9.2 Identification of Impacts..................................................................................................8-33<br />
8.10 OTHER TRANSPORTATION MODES ...............................................................................8-35<br />
8.11 UTILITY WORK IN THE PUBLIC RIGHT-OF-WAY .......................................................8-36<br />
8.12 SUMMARY OF IMPACTS AND MITIGATION ................................................................8-37<br />
8.13 REFERENCES.......................................................................................................................8-37<br />
9.0 AIR QUALITY ...........................................................................................................................9-1<br />
9.1 EXISTING CONDITIONS ......................................................................................................9-1<br />
9.1.1 Topography........................................................................................................................9-1<br />
9.1.2 Climatology .......................................................................................................................9-2<br />
9.1.3 Meteorological Data ..........................................................................................................9-3<br />
9.1.4 Background Ambient Air Quality .....................................................................................9-7<br />
9.1.4.1 Sulfur Dioxide (SO 2 )................................................................................................9-8<br />
9.1.4.2 Inhalable Particulates (PM10 and PM 2.5 ) .................................................................9-9<br />
9.1.4.3 Nitrogen Dioxide (NO 2 )...........................................................................................9-9<br />
9.1.4.4 Carbon Monoxide (CO) ...........................................................................................9-9<br />
9.1.4.5 Ozone (O 3 ) .............................................................................................................9-10<br />
9.1.4.6 Lead (Pb)................................................................................................................9-10<br />
9.2 APPLICABLE REQUIREMENTS AND REQUIRED ANALYSES ...................................9-10<br />
9.2.1 Federal New Source Performance Standards...................................................................9-11<br />
9.2.1.1 General Provisions .................................................................................................9-11<br />
9.2.1.2 Standards of Performance for Small Industrial-Commercial-Institutional<br />
Steam Generating Units .........................................................................................9-12<br />
9.2.1.3 40 CFR Part 60, Subpart Kb: Standards of Performance for Volatile Organic<br />
Liquid Storage Vessels...........................................................................................9-12<br />
9.2.1.4 40 CFR Part 60, Subpart IIII: Standards of Performance for Stationary<br />
Compression Ignition Internal Combustion Engines .............................................9-12<br />
9.2.1.5 40 CFR Part 60, Subpart KKKK: Standards of Performance Stationary<br />
Combustion Turbines.............................................................................................9-12<br />
9.2.2 NYS Department of Environmental Conservation Regulations and Policy ....................9-13<br />
9.2.3 Attainment Status and Compliance with Air Quality Standards .....................................9-15<br />
9.2.4 Prevention of Significant Deterioration (PSD)................................................................9-17<br />
9.2.4.1 Ambient Air Quality Monitoring ...........................................................................9-18<br />
9.2.4.2 Impact Area Determination....................................................................................9-19<br />
9.2.4.3 Additional Impact Analyses...................................................................................9-19<br />
9.2.4.4 Impacts on Class I Areas........................................................................................9-19<br />
9.2.4.5 Environmental Justice............................................................................................9-20<br />
9.2.5 Non-Attainment New Source Review Requirements ......................................................9-20<br />
9.2.5.1 Emissions Offset Requirements .............................................................................9-21<br />
9.2.5.2 ERC Requirements.................................................................................................9-21<br />
vi<br />
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9.2.5.3 Availability and Certification of ERCs..................................................................9-21<br />
9.2.5.4 Compliance Status of CPV Valley’s New York Facilities.....................................9-22<br />
9.2.5.5 Analysis of Alternatives.........................................................................................9-22<br />
9.2.5.6 Public Need for the Project ....................................................................................9-22<br />
9.2.5.7 Benefits of the Proposed Facility ...........................................................................9-22<br />
9.2.6 NOx SIP Call (NO x Budget Program) Requirements......................................................9-22<br />
9.2.7 Federal Acid Rain Regulations........................................................................................9-23<br />
9.2.7.1 Monitoring Requirements ......................................................................................9-23<br />
9.2.7.2 Calculation of SO 2 Allowances Required ..............................................................9-24<br />
9.2.7.3 Sources of Allowances...........................................................................................9-25<br />
9.2.8 Clean Air Interstate Rule (CAIR) Requirements.............................................................9-25<br />
9.2.9 Maximum Achievable Control Technology (MACT) Applicability ...............................9-26<br />
9.2.10 Section 112(R) Risk Management Program ....................................................................9-26<br />
9.3 CONTROL TECHNOLOGY ANALYSIS ............................................................................9-27<br />
9.4 SOURCES AND SOURCE EMISSION PARAMETERS.....................................................9-29<br />
9.4.1 Combustion Turbine Criteria Pollutant Emissions ..........................................................9-31<br />
9.4.2 Combustion Turbine Emissions of Other Pollutants .......................................................9-33<br />
9.4.3 Combustion Turbine/Duct Burner Annual Emissions .....................................................9-34<br />
9.4.4 Auxiliary Boiler Emissions..............................................................................................9-36<br />
9.4.5 Fuel Gas Heater Emissions..............................................................................................9-36<br />
9.4.6 Emergency Diesel Engine and Fire Pump Emissions......................................................9-37<br />
9.4.7 Miscellaneous Sources Emissions ...................................................................................9-38<br />
9.4.8 Construction Related Emissions......................................................................................9-38<br />
9.4.9 Facility PM 2.5 Annual Emissions Summary ....................................................................9-39<br />
9.5 AIR QUALITY IMPACT ASSESSMENT............................................................................9-42<br />
9.5.1 Stack Height ....................................................................................................................9-42<br />
9.5.2 Air Quality Assessment Methodology.............................................................................9-43<br />
9.5.2.1 Model Selection and Options.................................................................................9-44<br />
9.5.2.2 Meteorological Data...............................................................................................9-44<br />
9.5.2.3 Receptor Grid and Terrain Processing ...................................................................9-44<br />
9.5.3 Air Quality Assessment Results ......................................................................................9-45<br />
9.5.3.1 Comparison of Project Impacts with SILs .............................................................9-45<br />
9.5.3.2 Comparison of Project Impacts with SMCs...........................................................9-48<br />
9.5.3.3 Cumulative Impact Modeling Results for PM 10 .....................................................9-48<br />
9.5.4 Additional Impact Analyses ............................................................................................9-50<br />
9.5.4.1 Impacts to Soils and Vegetation.............................................................................9-50<br />
9.5.4.2 Impact on Visibility – Class II Areas.....................................................................9-50<br />
9.5.4.3 Class I Area Analysis.............................................................................................9-53<br />
9.5.4.4 Impact on Industrial, Commercial and Residential Growth...................................9-55<br />
9.6 NEW YORK STATE ENVIRONMENTAL QUALITY REVIEW ANALYSES.................9-57<br />
9.6.1 Fine Particulates (PM 2.5 )..................................................................................................9-57<br />
9.6.1.1 NYSDEC PM 2.5 Policy ..........................................................................................9-58<br />
9.6.1.2 NYSDEC PM 2.5 Monitoring Data..........................................................................9-59<br />
9.6.1.3 CPV Valley <strong>Energy</strong> Center PM 2.5 Impact ..............................................................9-59<br />
9.6.1.4 Secondary PM 2.5 Formation from the Project ........................................................9-60<br />
9.6.1.5 PM 2.5 Facility Operational Testing.........................................................................9-62<br />
9.6.2 Acid Deposition Study.....................................................................................................9-63<br />
9.6.3 Non-Criteria Pollutant Analysis ......................................................................................9-64<br />
9.6.3.1 Non-Criteria Pollutant Emissions ..........................................................................9-65<br />
9.6.3.2 Non-Criteria Pollutant Impacts ..............................................................................9-65<br />
9.6.4 Assessment of Accidental Ammonia Release .................................................................9-69<br />
vii<br />
Table of Contents
9.6.5 Combustion Plume Visibility ..........................................................................................9-73<br />
9.6.6 Local Source Cumulative Analysis .................................................................................9-76<br />
9.6.7 Impacts at Sensitive Receptors ........................................................................................9-77<br />
9.6.8 Global Warming ..............................................................................................................9-83<br />
9.6.8.1 Summary of the Kyoto Protocol ............................................................................9-83<br />
9.6.8.2 Project Emissions of Global Warming Gases ........................................................9-84<br />
9.6.8.3 Comparison to State, National and Global Emissions ...........................................9-85<br />
9.6.8.4 Importance of Emissions........................................................................................9-86<br />
9.6.8.5 Regional Greenhouse Gas Initiative ......................................................................9-86<br />
9.7 REFERENCES.......................................................................................................................9-87<br />
10.0 NOISE........................................................................................................................................10-1<br />
10.1 INTRODUCTION..................................................................................................................10-1<br />
10.2 APPLICABLE LAWS, REGULATIONS AND POLICIES..................................................10-2<br />
10.2.1 NYSDEC Noise Guidance Document .............................................................................10-2<br />
10.2.2 Town of Wawayanda Noise Ordinance...........................................................................10-3<br />
10.3 EXISTING CONDITIONS ....................................................................................................10-3<br />
10.4 PROJECT RELATED NOISE IMPACTS.............................................................................10-5<br />
10.4.1 Construction Impacts.......................................................................................................10-5<br />
10.4.2 Operational Impacts.........................................................................................................10-7<br />
10.4.3 Mitigation Measures ........................................................................................................10-9<br />
10.5 SUMMARY OF IMPACTS AND MITIGATION ................................................................10-9<br />
10.6 REFERENCES.....................................................................................................................10-10<br />
11.0 SOIL, GEOLOGY, AND SEISMOLOGY .............................................................................11-1<br />
11.1 INTRODUCTION..................................................................................................................11-1<br />
11.2 APPLICABLE LAWS, REGULATIONS, AND POLICIES.................................................11-1<br />
11.3 EXISTING CONDITIONS ....................................................................................................11-1<br />
11.3.1 Topography and Slopes ...................................................................................................11-1<br />
11.3.1.1 Project Site .............................................................................................................11-1<br />
11.3.1.2 Electrical Interconnections.....................................................................................11-1<br />
11.3.1.3 Water/Wastewater Interconnections ......................................................................11-1<br />
11.3.1.4 Laydown Areas ......................................................................................................11-1<br />
11.3.2 Soils .................................................................................................................................11-2<br />
11.3.2.1 Project Site .............................................................................................................11-2<br />
11.3.2.2 Electrical Interconnections.....................................................................................11-4<br />
11.3.2.3 Water/Wastewater Interconnections ......................................................................11-4<br />
11.3.2.4 Laydown Areas ......................................................................................................11-4<br />
11.3.3 Surficial Geology.............................................................................................................11-4<br />
11.3.3.1 Project Site .............................................................................................................11-4<br />
11.3.3.2 Electrical Interconnections.....................................................................................11-5<br />
11.3.3.3 Water/Wastewater Interconnections ......................................................................11-5<br />
11.3.3.4 Laydown Areas ......................................................................................................11-5<br />
11.3.4 Depth to Groundwater .....................................................................................................11-5<br />
11.3.4.1 Project Site .............................................................................................................11-5<br />
11.3.4.2 Electrical Interconnections.....................................................................................11-5<br />
11.3.4.3 Water/Wastewater Interconnections ......................................................................11-6<br />
11.3.4.4 Laydown Areas ......................................................................................................11-6<br />
11.3.5 Bedrock Geology.............................................................................................................11-6<br />
11.3.5.1 Project Site .............................................................................................................11-6<br />
11.3.5.2 Electrical Interconnections.....................................................................................11-6<br />
viii<br />
Table of Contents
11.3.5.3 Water/Wastewater Interconnections ......................................................................11-6<br />
11.3.5.4 Laydown Areas ......................................................................................................11-6<br />
11.3.6 Seismic Setting ................................................................................................................11-6<br />
11.4 GEOTECHNICAL ANALYSIS ............................................................................................11-7<br />
11.4.1 Conceptual Design Requirements for the Geologic Conditions......................................11-7<br />
11.4.2 Foundations .....................................................................................................................11-8<br />
11.4.3 Dewatering.......................................................................................................................11-8<br />
11.4.4 Seismic Assessment.........................................................................................................11-8<br />
11.4.5 Blasting............................................................................................................................11-8<br />
11.5 ENVIRONMENTAL CONDITIONS ....................................................................................11-9<br />
11.5.1 Site Assessment ...............................................................................................................11-9<br />
11.5.2 Intrusive Investigation of Soil and Groundwater...........................................................11-10<br />
11.6 PROJECT RELATED IMPACTS AND MITIGATION MEASURES...............................11-12<br />
11.6.1 CPV Valley <strong>Energy</strong> Center............................................................................................11-12<br />
11.6.1.1 Construction Impacts ...........................................................................................11-12<br />
11.6.1.2 Mitigation Measures ............................................................................................11-13<br />
11.6.1.3 Operational Impacts .............................................................................................11-14<br />
11.6.2 Electrical Interconnect...................................................................................................11-14<br />
11.6.2.1 Construction Impacts ...........................................................................................11-14<br />
11.6.2.2 Operational Impacts .............................................................................................11-14<br />
11.6.2.3 Mitigation Measures ............................................................................................11-15<br />
11.6.3 Water/Wastewater Lines................................................................................................11-15<br />
11.6.3.1 Construction Impacts ...........................................................................................11-15<br />
11.6.3.2 Operational Impacts .............................................................................................11-15<br />
11.6.3.3 Mitigation Measures ............................................................................................11-15<br />
11.6.4 Laydown Areas..............................................................................................................11-16<br />
11.6.4.1 Construction Impacts ...........................................................................................11-16<br />
11.6.4.2 Operational Impacts .............................................................................................11-16<br />
11.6.4.3 Mitigation Measures ............................................................................................11-16<br />
11.7 SUMMARY OF IMPACTS AND MITIGATION ..............................................................11-16<br />
11.7.1 Project Site.....................................................................................................................11-16<br />
11.7.2 Electrical Interconnections ............................................................................................11-17<br />
11.7.3 Water/Wastewater Interconnections..............................................................................11-17<br />
11.7.4 Laydown Areas..............................................................................................................11-17<br />
11.8 REFERENCES.....................................................................................................................11-17<br />
12.0 INFRASTRUCTURE ...............................................................................................................12-1<br />
12.1 INTRODUCTION..................................................................................................................12-1<br />
12.2 WATER SUPPLY..................................................................................................................12-3<br />
12.2.1 Introduction .....................................................................................................................12-3<br />
12.2.2 Water Supply Requirements............................................................................................12-3<br />
12.2.2.1 Process Makeup Requirements ..............................................................................12-3<br />
12.2.2.2 Potable Water Requirements..................................................................................12-4<br />
12.2.2.3 Firewater Demand..................................................................................................12-5<br />
12.2.2.4 Water Chemistry Requirements .............................................................................12-5<br />
12.2.3 Proposed Water Supply Source .......................................................................................12-5<br />
12.2.3.1 Process Makeup Water...........................................................................................12-5<br />
12.2.3.2 Potable Water.........................................................................................................12-7<br />
12.2.4 Water Supply Infrastructure ............................................................................................12-8<br />
12.2.4.1 Pipeline Construction.............................................................................................12-9<br />
12.2.4.2 Trenching Equipment.............................................................................................12-9<br />
ix<br />
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12.2.4.3 Trench Width and Cover Requirements.................................................................12-9<br />
12.2.4.4 Repairs and Restoration .......................................................................................12-10<br />
12.2.5 Water Supply Minimization Measures ..........................................................................12-10<br />
12.3 WASTEWATER GENERATION .......................................................................................12-11<br />
12.3.1 Sanitary Wastewater ......................................................................................................12-12<br />
12.3.2 Process Wastewater .......................................................................................................12-12<br />
12.3.2.1 Floor Drains .........................................................................................................12-12<br />
12.3.2.2 Demineralization Wastewater ..............................................................................12-13<br />
12.3.2.3 Mixed Bed Ion Exchange Demineralizer Rinse Water ........................................12-13<br />
12.3.2.4 Off-line Compressor Wash Water........................................................................12-14<br />
12.3.2.5 Cleaning Wastewaters – Membrane-based Processes..........................................12-14<br />
12.3.2.6 Inlet Air Evaporative Cooler Blowdown .............................................................12-14<br />
12.3.2.7 HRSG Blowdown and Plant Sampling System Drains........................................12-14<br />
12.3.2.8 Combined Wastewater Discharge Quality Characteristics ..................................12-15<br />
12.3.3 Discharge to City of Middletown Sewage Treatment Plant Headworks .......................12-17<br />
12.3.4 Discharge to City of Middletown Sewage Treatment Plant Outfall ..............................12-18<br />
12.3.4.1 Wallkill River.......................................................................................................12-19<br />
12.3.4.2 Water Quality.......................................................................................................12-20<br />
12.3.4.3 Water Quality Conditions ....................................................................................12-22<br />
12.3.4.4 Compliance with New Source Performance Standards........................................12-22<br />
12.3.4.5 Summary ..............................................................................................................12-23<br />
12.4 STORMWATER ..................................................................................................................12-24<br />
12.4.1 Applicable Laws, Rules and Regulations ......................................................................12-24<br />
12.4.2 Stormwater Management System ..................................................................................12-24<br />
12.5 STORMWATER POLLUTION PREVENTION – FACILITY OPERATIONS.................12-25<br />
12.5.1 Oil and Chemical Storage..............................................................................................12-25<br />
12.5.1.1 Ultra-Low Sulfur Distillate Oil Tank...................................................................12-26<br />
12.5.1.2 Aqueous Ammonia Storage Tank ........................................................................12-27<br />
12.5.2 Tank Truck Unloading Procedures................................................................................12-27<br />
12.5.3 Piping, Fittings and Connections...................................................................................12-28<br />
12.5.4 Discharge from Secondary Containment Systems.........................................................12-28<br />
12.5.4.1 Discharge Screening ............................................................................................12-28<br />
12.5.4.2 Discharge Monitoring ..........................................................................................12-29<br />
12.5.4.3 Discharge Reporting ............................................................................................12-29<br />
12.5.5 Quarterly Visual Monitoring .........................................................................................12-29<br />
12.5.6 Benchmark Monitoring and Reporting..........................................................................12-30<br />
12.5.7 Prohibited Discharges....................................................................................................12-30<br />
12.5.8 Sediment and Erosion Control (Facility Operation) ......................................................12-30<br />
12.5.9 Vehicle Maintenance Activities.....................................................................................12-30<br />
12.5.10 Inspections.....................................................................................................................12-30<br />
12.5.10.1 Daily Inspections .................................................................................................12-30<br />
12.5.10.2 Monthly Inspections.............................................................................................12-30<br />
12.5.10.3 Tank Integrity Testing..........................................................................................12-31<br />
12.5.11 Annual Plan Review ......................................................................................................12-32<br />
12.6 STORMWATER POLLUTION PREVENTION – FACILITY CONSTRUCTION...........12-32<br />
12.6.1 Nature and Sequence of Construction Activities...........................................................12-32<br />
12.6.2 Construction Entrances and Site Access Roadways......................................................12-33<br />
12.6.3 Clearing and Grading.....................................................................................................12-33<br />
12.6.4 Construction Laydown Areas ........................................................................................12-33<br />
12.6.5 Installation of Drainage System.....................................................................................12-33<br />
12.6.6 Outfall Construction ......................................................................................................12-34<br />
x<br />
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12.6.7 Oil and Chemical Use during Construction...................................................................12-34<br />
12.6.8 Erosion and Sediment Controls – Surface Stabilization................................................12-35<br />
12.6.9 Erosion and Sediment Controls – Structural Practices ..................................................12-36<br />
12.6.9.1 Stabilized Construction Entrance.........................................................................12-36<br />
12.6.9.2 Silt Fencing ..........................................................................................................12-36<br />
12.6.9.3 Temporary Infiltration/Detention Ponds..............................................................12-36<br />
12.6.9.4 Temporary Stormwater Diversion Swales ...........................................................12-37<br />
12.6.9.5 Control Dikes/Earthen Berms ..............................................................................12-37<br />
12.6.9.6 Straw Bales ..........................................................................................................12-37<br />
12.6.10 Construction Management Practices .............................................................................12-37<br />
12.6.10.1 Dust Suppression .................................................................................................12-37<br />
12.6.10.2 Material Handling Practices.................................................................................12-37<br />
12.6.10.3 Sanitary Wastes....................................................................................................12-38<br />
12.6.10.4 Hazardous Waste..................................................................................................12-38<br />
12.7 SPILL PREVENTION AND CONTROL PLAN ................................................................12-38<br />
12.7.1 Applicable Laws, Regulations, and Policies..................................................................12-39<br />
12.7.1.1 Emergency Planning and Community Right-to-Know ........................................12-39<br />
12.7.1.2 Chemical Accident Prevention Provisions...........................................................12-39<br />
12.7.1.3 Process Safety Management ................................................................................12-39<br />
12.7.1.4 Aboveground Storage Tanks – Hazardous Materials...........................................12-40<br />
12.7.2 Spill Prevention, Control, and Countermeasures Plan...................................................12-40<br />
12.7.2.1 Emergency Response Training Program..............................................................12-40<br />
12.7.2.2 Spill Response Procedures...................................................................................12-41<br />
12.7.2.3 Releases of Reportable Quantities of Hazardous Substances or Oil....................12-42<br />
12.7.3 Emergency Response Plan.............................................................................................12-44<br />
12.8 SOLID WASTE MANAGEMENT......................................................................................12-46<br />
12.8.1 Waste Generation – Construction..................................................................................12-46<br />
12.8.1.1 Land Clearing Debris...........................................................................................12-46<br />
12.8.1.2 Construction Site Waste.......................................................................................12-46<br />
12.8.2 Waste Generation – Operations.....................................................................................12-46<br />
12.8.3 Hazardous Waste and Waste Oil ...................................................................................12-47<br />
12.8.4 Non-Hazardous Solid Waste..........................................................................................12-47<br />
12.9 ENERGY..............................................................................................................................12-47<br />
13.0 WATER RESOURCES............................................................................................................13-1<br />
13.1 INTRODUCTION..................................................................................................................13-1<br />
13.2 APPLICABLE LAWS, REGULATIONS, AND POLICIES.................................................13-1<br />
13.3 SURFACE WATERS.............................................................................................................13-3<br />
13.3.1 Wallkill River ..................................................................................................................13-3<br />
13.3.2 Monhagen Brook .............................................................................................................13-4<br />
13.3.3 Existing Water Quality ....................................................................................................13-5<br />
13.3.4 Existing Watersheds ........................................................................................................13-6<br />
13.3.5 Potential Impacts .............................................................................................................13-7<br />
13.4 HYDROGEOLOGY AND GROUNDWATER WATER RESOURCES............................13-14<br />
13.4.1 Existing Conditions .......................................................................................................13-14<br />
13.5 REFERENCES.....................................................................................................................13-19<br />
14.0 ECOLOGY ................................................................................................................................14-1<br />
14.1 INTRODUCTION..................................................................................................................14-1<br />
14.2 EXISTING CONDITIONS ....................................................................................................14-1<br />
14.2.1 Ecological Communities..................................................................................................14-1<br />
xi<br />
Table of Contents
14.2.2 Wetlands ........................................................................................................................14-11<br />
14.2.3 Wildlife..........................................................................................................................14-14<br />
14.2.3.1 Survey Methodology............................................................................................14-15<br />
14.2.3.2 Reptiles and Amphibians .....................................................................................14-16<br />
14.2.3.3 Birds.....................................................................................................................14-26<br />
14.2.3.4 Mammals..............................................................................................................14-32<br />
14.2.4 Dragonflies and Damselflies..........................................................................................14-35<br />
14.2.5 Rare, Threatened, and Endangered Species...................................................................14-36<br />
14.2.5.1 Atlantic Sturgeon (Acipenser oxyrinchus oxyrinchus).........................................14-37<br />
14.2.5.2 Bald Eagle (Haliaeetus leucocephalus) ...............................................................14-37<br />
14.2.5.3 Bog Turtle (Clemmys muhlenbergii)....................................................................14-37<br />
14.2.5.4 Dwarf Wedge Mussel (Alasmidonta heterodon)..................................................14-38<br />
14.2.5.5 Indiana Bat (Myotis sodalis) ................................................................................14-39<br />
14.2.5.6 Shortnose Sturgeon (Acipenser brevirostrum).....................................................14-39<br />
14.2.6 Site Biodoversity ...........................................................................................................14-40<br />
14.3 APPLICABLE LAWS, POLICIES, AND REGULATIONS...............................................14-41<br />
14.4 PROJECT RELATED IMPACTS AND MITIGATION MEASURES...............................14-43<br />
14.4.1 CPV Valley <strong>Energy</strong> Center............................................................................................14-43<br />
14.4.2 Electrical Interconnect...................................................................................................14-52<br />
14.4.3 Water/Wastewater Lines (Off Site) ...............................................................................14-61<br />
14.4.4 Laydown Areas..............................................................................................................14-62<br />
14.5 SUMMARY OF IMPACTS AND MITIGATION ..............................................................14-64<br />
14.6 REFERENCES.....................................................................................................................14-65<br />
15.0 CONSTRUCTION IMPACTS ................................................................................................15-1<br />
15.1 INTRODUCTION..................................................................................................................15-1<br />
15.2 DESCRIPTION OF CONSTRUCTION AND CONSTRUCTION PHASING.....................15-1<br />
15.2.1 Preconstruction Site Preparation......................................................................................15-2<br />
15.2.2 Excavation and Foundation Pouring................................................................................15-2<br />
15.2.3 Erection of Structural Steel and Delivery of Major Equipment ......................................15-2<br />
15.2.3.1 Unit Assembly and Site Finish...............................................................................15-3<br />
15.2.4 Utility Connections..........................................................................................................15-3<br />
15.2.5 Systems Testing and Commissioning..............................................................................15-3<br />
15.2.6 Employees Needed during Peak Construction Time and Employees per Shift...............15-4<br />
15.2.7 Transportation Routes for Construction Equipment and Facility Components...............15-4<br />
15.2.8 Site Security Plan.............................................................................................................15-4<br />
15.2.9 Solid and Sanitary Waste Generation During Construction ............................................15-5<br />
15.2.10 Construction Traffic Impacts...........................................................................................15-5<br />
15.2.11 Air Quality Impacts During Construction .......................................................................15-5<br />
15.2.12 Water Quality Impacts During Construction...................................................................15-8<br />
15.2.13 Natural Resource Impacts................................................................................................15-8<br />
15.2.14 Socio-Economic Impacts during Construction................................................................15-8<br />
15.2.15 Noise................................................................................................................................15-8<br />
15.3 CONSTRUCTION MITIGATION ........................................................................................15-9<br />
15.3.1 Traffic ..............................................................................................................................15-9<br />
15.3.2 Wetlands ..........................................................................................................................15-9<br />
15.3.3 Noise................................................................................................................................15-9<br />
15.3.4 Water Quality ..................................................................................................................15-9<br />
15.3.5 Air Quality.....................................................................................................................15-10<br />
xii<br />
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16.0 COMMUNITY CHARACTER ...............................................................................................16-1<br />
16.1 INTRODUCTION..................................................................................................................16-1<br />
16.2 QUALITY OF LIFE...............................................................................................................16-1<br />
16.3 BUILT ENVIRONMENT ......................................................................................................16-2<br />
16.3.1 Historic Buildings............................................................................................................16-2<br />
16.3.2 Development....................................................................................................................16-4<br />
16.3.3 Land Use Patterns............................................................................................................16-5<br />
16.4 NATURAL ENVIRONMENT...............................................................................................16-5<br />
16.5 SOCIAL CHARACTERISTICS AND ECONOMIC ENVIRONMENT ..............................16-6<br />
16.5.1 Population........................................................................................................................16-6<br />
16.5.2 Economy and Employment..............................................................................................16-7<br />
16.5.3 Housing............................................................................................................................16-8<br />
16.5.4 Numbers and Composition of the Workforce..................................................................16-8<br />
16.5.5 Crime Rates .....................................................................................................................16-8<br />
16.5.6 Public Services and Facilities ..........................................................................................16-9<br />
16.6 CULTURAL CHARACTERISTICS ...................................................................................16-10<br />
16.7 IMPACTS TO COMMUNITY CHARACTER ...................................................................16-11<br />
16.7.1 Construction Impacts.....................................................................................................16-11<br />
16.7.2 Operation Impacts..........................................................................................................16-11<br />
16.8 REFERENCES.....................................................................................................................16-13<br />
17.0 CUMULATIVE IMPACTS .....................................................................................................17-1<br />
17.1 INTRODUCTION..................................................................................................................17-1<br />
17.2 SOCIAL ECONOMIC AND FISCAL CUMULATIVE IMPACTS ON COMMUNITY<br />
SERVICES WITHIN THE TOWN OF WAWAYANDA .....................................................17-1<br />
17.3 CUMULATIVE TRAFFIC ASSESSMENT..........................................................................17-3<br />
17.4 AIR QUALITY CUMULATIVE ANALYSES .....................................................................17-4<br />
17.5 GAS LINE CUMULATIVE IMPACT ANALYSIS..............................................................17-5<br />
17.6 ELECTRIC TRANSMISSION LINE AND WASTE WATER LINE CUMULATIVE<br />
IMPACT ANALYSIS ............................................................................................................17-8<br />
17.6.1 Electric Transmission Line Routing ................................................................................17-8<br />
17.6.2 Water/Wastewater Line Routings..................................................................................17-10<br />
17.6.3 Installation Techniques..................................................................................................17-11<br />
18.0 OTHER ENVIRONMENTAL IMPACTS .............................................................................18-1<br />
18.1 REASONABLY RELATED SHORT-TERM AND LONG-TERM IMPACTS ...................18-1<br />
18.1.1 Short-Term Impacts.........................................................................................................18-1<br />
18.1.2 Long-Term Impacts .........................................................................................................18-1<br />
18.1.2.1 Visual Impacts .......................................................................................................18-1<br />
18.1.2.2 Traffic Impacts.......................................................................................................18-2<br />
18.1.2.3 Air Quality Impacts................................................................................................18-2<br />
18.1.2.4 Noise ......................................................................................................................18-2<br />
18.1.2.5 <strong>Energy</strong> ....................................................................................................................18-3<br />
18.2 ADVERSE ENVIRONMENTAL EFFECTS WHICH CANNOT BE AVOIDED IF THE<br />
PROJECT IS IMPLEMENTED .............................................................................................18-3<br />
18.3 IRREVERSIBLE AND IRRETRIEVABLE COMMITMENT OF RESOURCES ...............18-4<br />
18.3.1 Land Use..........................................................................................................................18-4<br />
18.3.2 Community Facilities.......................................................................................................18-4<br />
18.3.3 Cultural Resources...........................................................................................................18-4<br />
18.3.4 Earth and Terrestrial Resources.......................................................................................18-4<br />
18.3.5 Water Resources ..............................................................................................................18-5<br />
xiii<br />
Table of Contents
18.3.6 Air Resources ..................................................................................................................18-6<br />
18.3.7 Construction Materials.....................................................................................................18-6<br />
18.3.8 <strong>Energy</strong>..............................................................................................................................18-6<br />
18.4 GROWTH-INDUCING ASPECTS OF THE PROPOSED ACTION ...................................18-6<br />
18.4.1 Employment and Associated Demand for Housing.........................................................18-7<br />
18.4.2 Economic Benefits and Fiscal Impacts............................................................................18-7<br />
18.4.3 Infrastructure Improvement.............................................................................................18-7<br />
18.4.4 Creation of Further Growth Potential by Construction of Improved Infrastructure........18-8<br />
18.5 EFFECT OF THE PROPOSED ACTION ON THE USE AND CONSERVATION OF<br />
ENERGY................................................................................................................................18-8<br />
18.6 USE AND CONSERVATION OF ENERGY........................................................................18-9<br />
18.7 ELECTRIC MAGNETIC FIELDS ........................................................................................18-9<br />
18.7.1 Introduction .....................................................................................................................18-9<br />
18.7.2 Overview .......................................................................................................................18-10<br />
18.7.2.1 Electric Fields ......................................................................................................18-10<br />
18.7.2.2 Magnetic Fields....................................................................................................18-10<br />
18.7.3 ELECTRIC AND MAGNETIC FIELD STANDARDS ...............................................18-12<br />
18.7.3.1 General.................................................................................................................18-12<br />
18.7.3.2 New York Public Service Commission Electric Field Standards ........................18-12<br />
18.7.3.3 New York Public Service Commission Magnetic Field Standards......................18-12<br />
18.7.4 ELECTRIC MAGNETIC FIELD STRENGTH ............................................................18-12<br />
18.7.4.1 General.................................................................................................................18-12<br />
18.7.4.2 Overhead Segment ...............................................................................................18-13<br />
18.7.4.3 Underground Segment .........................................................................................18-14<br />
18.7.4.4 Cable Riser at Interconnection.............................................................................18-15<br />
18.7.5 ANALYSIS AND CONCLUSIONS.............................................................................18-16<br />
18.7.5.1 Analysis................................................................................................................18-16<br />
18.7.5.2 Conclusions..........................................................................................................18-17<br />
19.0 ALTERNATIVES.....................................................................................................................19-1<br />
19.1 INTRODUCTION..................................................................................................................19-1<br />
19.2 “NO-ACTION” ALTERNATIVE..........................................................................................19-1<br />
19.3 ALTERNATIVE PROJECT SITES.......................................................................................19-3<br />
19.4 ELECTRIC INTERCONNECT ALTERNATIVE RIGHT-OF-WAYS ................................19-4<br />
19.4.1 Alternative 1 ....................................................................................................................19-4<br />
19.4.2 Alternative 2A .................................................................................................................19-5<br />
19.4.3 Alternative 2B..................................................................................................................19-5<br />
19.4.4 Alternatives for On-site Portion of Electric Transmission Line ......................................19-6<br />
19.5 FUEL RIGHT-OF-WAY ALTERNATIVES.........................................................................19-7<br />
19.6 ALTERNATIVE PROJECT TECHNOLOGY INCLUDING COOLING TECHNOLOGY 19-8<br />
19.6.1 Once-Through Cooling....................................................................................................19-8<br />
19.6.2 Mechanical Draft (Wet) Cooling Tower System.............................................................19-8<br />
19.6.3 Hybrid (Wet/Dry) Cooling Tower System ......................................................................19-9<br />
19.6.4 Natural Draft Towers.......................................................................................................19-9<br />
19.7 ALTERNATIVE CONTROL TECHNOLOGIES ...............................................................19-10<br />
19.7.1 Selective Catalytic Reduction (SCR).............................................................................19-10<br />
19.7.2 Selective Non-Catalytic Reduction (SNCR)..................................................................19-11<br />
19.7.3 XONON.....................................................................................................................19-11<br />
19.7.4 SCONOX...................................................................................................................19-12<br />
19.8 Facility DESIGN ALTERNATIVES ...................................................................................19-13<br />
19.8.1 Alternative Gas Turbine Generating Capacities ............................................................19-13<br />
xiv<br />
Table of Contents
19.8.1.1 “G” Class Turbines ..............................................................................................19-13<br />
19.8.1.2 Siemens-Westinghouse V84.3 .............................................................................19-14<br />
19.8.1.3 Conclusion ...........................................................................................................19-14<br />
19.8.2 Facility Duct Firing Options..........................................................................................19-14<br />
19.8.3 Alternate Site Layouts ...................................................................................................19-14<br />
19.8.4 Alternate Stack Heights .................................................................................................19-15<br />
19.9 FUEL USE ALTERNATIVES.............................................................................................19-15<br />
19.10 WATER SUPPLY SOURCE ALTERNATIVES ................................................................19-15<br />
19.10.1 Treated Effluent from City of Middletown Sewage Treatment Plant............................19-15<br />
19.10.2 Ground Water ................................................................................................................19-16<br />
19.10.3 Surface Water Withdrawal ............................................................................................19-16<br />
19.10.4 Municipal Water ............................................................................................................19-17<br />
xv<br />
Table of Contents
List of Tables<br />
Table 1-1<br />
Table 1-2<br />
Table 2-1<br />
Table 2-2<br />
PSD and Non-Attainment NSR Significant Emission Rates and Project<br />
Potential Emission Rates ...............................................................................................1-16<br />
DEIS Environmental Impact Mitigation Measure Summary.........................................1-21<br />
Site Development Area Requirements.............................................................................2-1<br />
Facility Water Use and Wastewater Generation Rates under Indicated Operating<br />
Conditions......................................................................................................................2-14<br />
Table 3-1 Historic Sites, Parks, Golf Courses, Public Nature Preserves and Conservation<br />
Easements in the Primary and Secondary Study Areas ..................................................3-7<br />
Table 3-2 Preschools in the Primary and Secondary Study Areas .................................................3-11<br />
Table 3-3 Schools in the Primary and Secondary Study Areas.....................................................3-11<br />
Table 3-4 Hospitals in the Primary and Secondary Study Areas ...................................................3-14<br />
Table 3-5 Summary of Local Law Compliance .............................................................................3-35<br />
Table 4-1 Archaeological Sites Recorded within 1 Mile of CPV <strong>Energy</strong> Center Project Area .......4-4<br />
Table 4-2 Research Potential and National Register Eligibility Recommendations,<br />
CPV Valley <strong>Energy</strong> Center..............................................................................................4-6<br />
Table 4-3 National Register of Historic Places Criteria for Evaluation and Criteria<br />
Considerations .................................................................................................................4-9<br />
Table 4-4 NRHP Evaluation of Surveyed Architectural Resources...............................................4-10<br />
Table 4-5 Cooley Cemetery Information on Headstones...............................................................4-12<br />
Table 5-1<br />
Table 5-2<br />
Table 5-3<br />
New York State Preservation Historical Information Network Exchange (SPHINX)<br />
Database Sites................................................................................................................5-29<br />
Summary of Visual Resources and Viewpoints Selected for Photosimulations............5-32<br />
New York State Preservation Historical Information Network Exchange (SPHINX)<br />
Database Sites within the Theoretical Viewshed of Project ..........................................5-36<br />
Table 7-1 Demographics of Project Area Wawayanda, Orange County, New York.......................7-2<br />
Table 7-2 Minisink Valley Central School District Revenue Trends 1998-2006 ............................7-4<br />
Table 7-3 Town of Wawayanda, New York Town Expenditure Trends as a Percent of Total<br />
Expenditures 1998-2006 ..................................................................................................7-5<br />
Table 7-4 Orange County, New York County Expenditure Trends as a Percent of Total<br />
Expenditures 1998-2006 ..................................................................................................7-6<br />
Table 7-5 Minisink Valley Central School District Budget Trends 2003-2009...............................7-7<br />
Table 7-6 Town of Wawayanda, New York Town Revenue Trends 1998-2006.............................7-8<br />
Table 7-7 Estimated Peak Number of Construction Workers By Trade ..........................................7-9<br />
Table 7-8 Construction Costs ($ 000,000) .....................................................................................7-10<br />
Table 7-9 Impact of Project Construction (Over 2+ years) (Millions of 2007 Dollars).................7-11<br />
Table 7-10 Job Impacts of CPV Valley <strong>Energy</strong> Center Construction (Over 2 years)......................7-13<br />
Table 7-11 Labor <strong>Inc</strong>ome Impacts of CPV Valley <strong>Energy</strong> Center Construction (Over 2 years)<br />
(Millions of 2007 Dollars) .............................................................................................7-14<br />
Table 7-12 Annual Impact of CPV Valley <strong>Energy</strong> Center Operations (Millions of 2007 Dollars) .7-14<br />
Table 7-13 Annual Labor <strong>Inc</strong>ome Impacts From CPV Valley <strong>Energy</strong> Center Operations<br />
(Millions of 2007 Dollars) .............................................................................................7-15<br />
Table 7-14 Other <strong>Power</strong> Project PILOT Payments ..........................................................................7-18<br />
Table 7-15 Construction Noise Externalities Levels (dBA).............................................................7-26<br />
Table 7-16 Operation Noise Externalities Levels (dBA) .................................................................7-29<br />
xvi<br />
Table of Contents
Table 7-17 Environmental Justice Data by Census Block Group ....................................................7-32<br />
Table 7-18 CPV Valley <strong>Energy</strong> Center - Maximum Modeled Concentrations................................7-35<br />
Table 8-1 Intersection Geometry......................................................................................................8-4<br />
Table 8-2 Machine Count Peak Hour Volumes ...............................................................................8-8<br />
Table 8-3 Signalized / Unsignalized Intersections Synchro Analysis – 2007 Existing<br />
Conditions......................................................................................................................8-11<br />
Table 8-4 Merge / Diverge HCS Analysis – 2007 Existing Conditions.........................................8-12<br />
Table 8-5 Accident Data Summary (2005-2007) ...........................................................................8-12<br />
Table 8-6 Accident Rate Comparison (Intersections) ....................................................................8-13<br />
Table 8-7 Accident Rate Comparison (Non-Intersections)............................................................8-13<br />
Table 8-8 Trip Generation Summary for Adjacent Developments ................................................8-16<br />
Table 8-9 Signalized / Unsignalized Intersections Synchro Analysis – 2012 No-Build<br />
Conditions......................................................................................................................8-17<br />
Table 8-10 Merge/Diverge HCS Analysis – 2012 No-Build Conditions.........................................8-18<br />
Table 8-11 Signalized / Unsignalized Intersections Synchro Analysis - 2011 Pre-Construction<br />
Conditions......................................................................................................................8-20<br />
Table 8-12 Merge/Diverge HCS Analysis - 2011 Pre-Construction Conditions .............................8-21<br />
Table 8-13 Signalized / Unsignalized Intersections Synchro Analysis – 2011 Construction<br />
Phase ..............................................................................................................................8-24<br />
Table 8-14 Merge/Diverge HCS Analysis – 2011 Construction Phase ...........................................8-25<br />
Table 8-15 2011 Construction Phase LOS Summary Table ............................................................8-26<br />
Table 8-16 Sight Distances at a Standard Unsignalized Intersection (in feet) .................................8-27<br />
Table 8-17 Signalized / Unsignalized Intersections Synchro Analysis – 2012 Build<br />
Conditions......................................................................................................................8-30<br />
Table 8-18 Merge/Diverge HCS Analysis – 2012 Build Conditions...............................................8-31<br />
Table 8-19 Site Driveway Synchro Analysis ...................................................................................8-31<br />
Table 8-20 Site Driveway Synchro Analysis – 4-Legged Unsignalized Driveway With CPI<br />
Panattoni Development..................................................................................................8-32<br />
Table 8-21 Site Driveway Synchro Analysis – 4-Legged Signalized Driveway With<br />
CPI Panattoni Development...........................................................................................8-32<br />
Table 8-22 2012 Operation – Overall Level of Service Comparison...............................................8-34<br />
Table 9-1 Background Concentrations of Criteria Pollutants ..........................................................9-8<br />
Table 9-2 National and New York Ambient Air Quality Standards, PSD <strong>Inc</strong>rements and<br />
Significant Impact Levels (μg/m 3 ).................................................................................9-16<br />
Table 9-3 PSD and Non-Attainment NSR Significant Emission Rates and Project Potential<br />
Emission Rates...............................................................................................................9-18<br />
Table 9-4 USEPA Significant Monitoring Concentrations............................................................9-19<br />
Table 9-5 Calculation of Offsets ....................................................................................................9-21<br />
Table 9-6 Summary of Proposed BACT/LAER – Combustion Turbine/Duct Burner...................9-27<br />
Table 9-7 Summary of Proposed BACT/LAER – Auxiliary Boiler ..............................................9-28<br />
Table 9-8 Summary of Proposed BACT/LAER – Fuel Gas Heater...............................................9-28<br />
Table 9-9 Summary of Proposed BACT/LAER – Emergency Diesel Fire Pump..........................9-28<br />
Table 9-10 Summary of Proposed BACT/LAER – Emergency Diesel Generator ..........................9-29<br />
Table 9-11 Combustion Turbine Exhaust Parameters......................................................................9-32<br />
Table 9-12 Combustion Turbine Short-term Emission Rates (grams/second).................................9-33<br />
Table 9-13A Combined Cycle Unit Startup Emissions Scenarios......................................................9-33<br />
Table 9-13B Effect of Duct Firing (Single Turbine) ..........................................................................9-35<br />
xvii Table of Contents
Table 9-14A Stack Parameters and Emission Rates for the Auxiliary Boiler and Fuel<br />
Gas Heaters....................................................................................................................9-37<br />
Table 9-14B Stack Parameters and Emission Rates for the Emergency Diesel Generator and<br />
Fire Pump.......................................................................................................................9-37<br />
Table 9-15 Fugitive PM Emissions During Facility Operation (beginning in 2012).......................9-41<br />
Table 9-16 Maximum Project Impacts - Gas Firing in Combustion Turbines.................................9-46<br />
Table 9-17 Maximum Project Impacts - ULSD Firing in Combustion Turbines.............................9-46<br />
Table 9-18 Maximum Project Impacts.............................................................................................9-47<br />
Table 9-19 Maximum Project Impacts -- Comparison to SMCs......................................................9-48<br />
Table 9-20A Cumulative PM10 Modeling Results for PSD/Large Source Inventory and Project.....9-49<br />
Table 9-20B Compliance with PM10 PSD <strong>Inc</strong>rements and NAAQS<br />
(PSD/Large Source Inventory) ......................................................................................9-49<br />
Table 9-21 Comparison of Maximum Predicted Concentrations of Pollutants to Vegetation<br />
Screening Concentrations ..............................................................................................9-51<br />
Table 9-22 Catskills State Park -- High Peaks .................................................................................9-52<br />
Table 9-23 VISCREEN Maximum Catskills State Park Class II Visual Impacts1..........................9-54<br />
Table 9-24 VISCREEN Maximum Class I Visual Impacts – Brigantine Wilderness Area1...........9-56<br />
Table 9-25 VISCREEN Maximum Class I Visual Impacts – Lye Brook Wilderness Area1 ..........9-56<br />
Table 9-26 Project PM 2.5 Impacts.....................................................................................................9-60<br />
Table 9-27 Source Specific Acidic Deposition Impacts...................................................................9-64<br />
Table 9-28A Non-Criteria Pollutant Impacts and NYSDEC Guideline Concentrations ....................9-67<br />
Table 9-28B Non-Criteria Pollutant Impacts (for Turbine Startup) and NYSDEC Short-term<br />
Guideline Concentrations ..............................................................................................9-70<br />
Table 9-29 CPV Valley Visible Plume Analysis Summary.............................................................9-75<br />
Table 9-30A Cumulative PM10 Modeling Results for Local Source Inventory and Project .............9-77<br />
Table 9-30B Cumulative Local PM 10 Impacts -- Compliance with NAAQS ....................................9-77<br />
Table 9-31 Maximum Impacts at Sensitive Receptors.....................................................................9-78<br />
Table 9-32 New York State—CO 2 Emission Inventory by Sector (MMTCE) ................................9-85<br />
Table 9-33 United States CO 2 Emission Inventory by Sector (MMTCE) .......................................9-85<br />
Table 10-1 Measured Ambient Noise Level Data (dBA).................................................................10-4<br />
Table 10-2 Noise Levels of Major Construction Equipment ...........................................................10-6<br />
Table 10-3 Typical Site Average Noise Levels at 50 feet by Construction Activity .......................10-6<br />
Table 10-4 Construction Noise Levels (dBA)..................................................................................10-7<br />
Table 10-5 Noise Modeling Results (dBA)......................................................................................10-8<br />
Table 11-1 Soil Unit Summary ........................................................................................................11-3<br />
Table 12-1 Preliminary Water Balance..........................................................................................12-49<br />
Table 12-2 Facility Water Use and Wastewater Generation Rates under Indicated Operating<br />
Conditions....................................................................................................................12-50<br />
Table 12-3 Projected Peak and Average Day Water Use...............................................................12-51<br />
Table 12-4 Middletown Sewage Treatment Plant Effluent............................................................12-52<br />
Table 12-5A Projected Makeup Water Quality Characteristics for Tertiary Treated Effluent .........12-54<br />
Table 12-5B Projected Wastewater Discharge Characteristics – Average Makeup<br />
Water Quality...............................................................................................................12-55<br />
Table 12-5C Projected Wastewater Discharge Characteristics – Maximum Makeup<br />
Water Quality...............................................................................................................12-56<br />
Table 12-5D Estimated Average Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Low Flow Conditions...............................................12-57<br />
xviii<br />
Table of Contents
Table 12-5E Estimated Average Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Mean Flow Conditions.............................................12-58<br />
Table 12-5F Estimated Average Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Design Flow Conditions...........................................12-59<br />
Table 12-5G Estimated Maximum Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Low Flow Conditions...............................................12-60<br />
Table 12-5H Estimated Maximum Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Mean Flow Conditions.............................................12-61<br />
Table 12-5I Estimated Maximum Change in Wastewater Discharge Characteristics for the<br />
Middletown STP Outfall Under Design Flow Conditions...........................................12-62<br />
Table 12-6 City Of Middletown Sewer Discharge Limits and Projected Discharge<br />
Concentrations .............................................................................................................12-63<br />
Table 12-6A General Water Quality Criteria Applicable to Class B Waters....................................12-64<br />
Table 12-6B Low Flow Statistics for the Wallkill River at Pellets Island, NY and<br />
Phillipsburg, NY ..........................................................................................................12-65<br />
Table 12-6C Comparison of Groundwater and Surface Water Quality Characteristics<br />
under Low Flow Conditions ........................................................................................12-66<br />
Table 12-7 Bulk Oil and Chemical Storage List ............................................................................12-67<br />
Table 12-8 Process Water Treatment Chemical List......................................................................12-68<br />
Table 12-9 Oil and Chemical Materials Needed to Support Construction Activities ....................12-69<br />
Table 13-1<br />
Table 13-2<br />
Table 13-3<br />
Table 13-4<br />
General Water Quality Criteria Applicable to Class B and Class C Waters..................13-2<br />
Low Flow Statistics for the Wallkill River at Pellets Island, NY and<br />
Phillipsburg, NY ............................................................................................................13-4<br />
CPV Valley <strong>Energy</strong> Project Pre-development and Post Development Stormwater<br />
Discharge Rates 100 Year Storm Event.......................................................................13-10<br />
Stormwater Pollutant Loadings....................................................................................13-12<br />
Table 14-1 Ecological communities of the CPV Valley <strong>Energy</strong> Center ..........................................14-2<br />
Table 14 2 Plant Species Observed at Project Site, Laydown Areas and Interconnections,<br />
by Cover Type ...............................................................................................................14-8<br />
Table 14-3 Reptiles and Amphibians with Potential to Occur on the Site, Interconnections and<br />
Construction Laydown Areas ......................................................................................14-17<br />
Table 14-4 Bird Species with Potential to Occur on the Project Site, Interconnections and<br />
Construction Laydown Area........................................................................................14-27<br />
Table 14-5 Mammals with Potential to Occur on the Project Site, Interconnections and<br />
Construction Laydown Areas ......................................................................................14-32<br />
Table 14-6 Dragonflies with Potential to Occur on the Site, Interconnections and Construction<br />
Laydown Areas............................................................................................................14-35<br />
Table 14-7 Orange County, New York: Federally Listed Endangered and Threatened<br />
Species and Candidate Species (USFWS, 2008) .........................................................14-36<br />
Table 14-8 Permanent and Temporary Impacts to Ecological communities of the<br />
CPV Valley <strong>Energy</strong> Center..........................................................................................14-44<br />
Table 15-1 Assumptions for Exhaust Construction Emissions ......................................................15-11<br />
Table 15-2 Construction Activity Levels .......................................................................................15-12<br />
Table 15-3 Exhaust Emission Factors............................................................................................15-13<br />
Table 15-4 VOC Exhaust Emissions During Construction............................................................15-14<br />
Table 15-5 PM-10 Emissions During Construction.......................................................................15-15<br />
Table 15-6 PM-2.5 Emissions During Construction......................................................................15-16<br />
Table 15-7 CO Exhaust Emissions During Construction...............................................................15-17<br />
xix<br />
Table of Contents
Table 15-8 NOx Exhaust Emissions During Construction ............................................................15-18<br />
Table 15-9 SO2 Exhaust Emissions During Construction .............................................................15-19<br />
Table 15-10 Fugitive Particulate Emissions During Construction...................................................15-20<br />
Table 15-11 Daily Emissions During Construction .........................................................................15-21<br />
Table 16-1<br />
Table 16-2<br />
Table 17-1<br />
Table 17-2<br />
Demographics of Project Area - Wawayanda, Orange County, New York<br />
and Tracts within 1 Mile of Proposed Project................................................................16-7<br />
2007 Area Crime Rates*................................................................................................16-8<br />
2012 Operation – Overall Level of Service Summary...................................................17-4<br />
Summary of Potential Gas Routing Options..................................................................17-7<br />
Table 18-1 Magnetic Field Levels of Various Household Appliances ..........................................18-11<br />
Table 18-2 Magnetic Field Levels of Various Devices, Phenomena and Standards......................18-11<br />
Table 18-3 Magnetic Field Levels for the Overhead Segment.......................................................18-13<br />
Table 18-4 Electric Field Levels for the Overhead Segment .........................................................18-14<br />
Table 18-5 Magnetic Field Levels for the Underground Segment.................................................18-15<br />
Table 19-1 Comparison of Alternatives – Electrical Interconnect...................................................19-7<br />
Table 19-2 Comparison of Alternatives – Cooling Technology ....................................................19-10<br />
Table 19-3 Comparison of Alternatives – Air Quality Control Technologies ...............................19-13<br />
Table 19-4 Comparison of Alternatives– Water Supply Source....................................................19-18<br />
xx<br />
Table of Contents
List of Figures<br />
Figure 1-1<br />
Figure 1-2<br />
Figure 1-3<br />
Figure 2-1.<br />
Figure 2-2.<br />
Figure 2-3.<br />
Figure 2-4.<br />
Figure 2-5.<br />
Figure 2-6.<br />
Figure 2-7A.<br />
Figure 2-7B.<br />
Figure 2-8.<br />
Figure 2-9.<br />
Figure 2-10.<br />
Figure 2-11<br />
Figure 3-1<br />
Figure 3-2<br />
Figure 3-3A<br />
Figure 3-3B<br />
Figure 3-4<br />
Figure 3-5<br />
Figure 3-6<br />
Figure 3-7<br />
Figure 3-8<br />
Figure 4-1.<br />
Figure 4-2.<br />
Figure 4-3.<br />
Figure 5-1A<br />
Figure 5-1B<br />
Figure 5-1C<br />
Figure 5-1D<br />
Figure 5-2A<br />
Figure 5-2B<br />
Figure 5-3A<br />
Figure 5-3B<br />
Figure 5-4A<br />
Figure 5-4B<br />
Figure 5-5A<br />
Figure 5-5B<br />
Figure 5-6A<br />
Figure 5-6B<br />
Figure 5-7A<br />
Figure 5-7B<br />
Site Location Map, Aerial View<br />
NYISO Zone Map<br />
Electric Generation Technology Efficiencies<br />
Site Locus and Boundary Delineation<br />
Site Map - Aerial View<br />
Existing Conditions Plan<br />
Tax Parcel Map<br />
Conceptual Flow Diagram<br />
Computer Rendering<br />
CPV Valley <strong>Energy</strong> Center, General Arrangement Site Plan and Proposed Conditions<br />
(100 Scale) (oversized)<br />
CPV Valley <strong>Energy</strong> Center, General Arrangement Site Plan and Proposed Conditions<br />
(11 50 Scale (oversized)<br />
CPV Valley <strong>Energy</strong> Center, Elevations<br />
CPV Valley <strong>Energy</strong> Center, Elevations<br />
Laydown Area Map (oversized)<br />
Preliminary Construction Schedule<br />
Aerial Photograph of Project Site and Surrounding Area<br />
Existing Zoning Map of Project Site and One-Mile Radius<br />
Existing Land Use Map within One Mile of Project Site<br />
Existing Land Use Map within Five Miles of Project Site<br />
Proposed Developments Within 1 Mile of Project Site<br />
Historic Points, Parks and Recreation Areas<br />
Community Facilities Within 5 Miles of the Project Site<br />
Undeveloped (Recent) Parcel Map<br />
Additional Management Zones and Districts in the Area<br />
Archeological Survey Area<br />
Location of Surveyed Properties<br />
Historic Resources, NRHP Listed and Eligible, Within 2 Miles of Project Site<br />
Visual Resources Within 5 Miles of Project Site<br />
Viewshed Map on Aerial<br />
Viewshed Map on USGS<br />
NYSHPO SPHINX Data – Historic Properties (D/I) Eligible<br />
Viewpoint 1: Paramount Theater (Existing Conditions)<br />
Viewpoint 1: Paramount Theater (With Project)<br />
Viewpoint 2: Dolsontown and McVeigh Roads (Existing Conditions)<br />
Viewpoint 2: Dolsontown and McVeigh Roads (With Project)<br />
Viewpoint 3: Ben and Paula Amchir Park (Existing Conditions)<br />
Viewpoint 3: Ben and Paula Amchir Park (With Project)<br />
Viewpoint 4: Shannen Park (Existing Conditions)<br />
Viewpoint 4: Shannen Park (With Project)<br />
Viewpoint 5: Bates Gates Road (Existing Conditions)<br />
Viewpoint 5: Bates Gates Road (With Project)<br />
Viewpoint 6: 129 Kirbytown Road Backyard (Existing Conditions)<br />
Viewpoint 6: 129 Kirbytown Road Backyard (With Project)<br />
xxi<br />
Table of Contents
Figure 5-8A Viewpoint 7: Primitive Baptist Church (Existing Conditions)<br />
Figure 5-8B Viewpoint 7: Primitive Baptist Church (With Project)<br />
Figure 5-9A Viewpoint 8: Truman Moon School (Existing Conditions)<br />
Figure 5-9B Viewpoint 8: Truman Moon School (With Project)<br />
Figure 5-10A Viewpoint 9: Balchem Corporation (Existing Conditions)<br />
Figure 5-10B Viewpoint 9: Balchem Corporation (With Project)<br />
Figure 5-11A Viewpoint 10: Lower Parking Lot - Horizons at Wawayanda (Existing Conditions)<br />
Figure 5-11B Viewpoint 10: Lower Parking Lot - Horizons at Wawayanda (With Project)<br />
Figure 5-12A Viewpoint 11: Route 6 (Existing Conditions)<br />
Figure 5-12B Viewpoint 11: Route 6 (With Project)<br />
Figure 5-13A Viewpoint 12: Kirbytown Road (Existing Conditions)<br />
Figure 5-13B Viewpoint 12: Kirbytown Road (With Project)<br />
Figure 5-14A Viewpoint 13: Interstate 84 (Existing Conditions)<br />
Figure 5-14B Viewpoint 13: Interstate 84 (With Project )<br />
Figure 5-15A Viewpoint 14: 349 Greeves Road (Existing Conditions)<br />
Figure 5-15B Viewpoint 14: 349 Greeves Road (With Project)<br />
Figure 5-16A Viewpoint 15: Sutton Hills Apartments (Existing Conditions)<br />
Figure 5-16B Viewpoint 15: Sutton Hills Apartments (With Project )<br />
Figure 5-17A Viewpoint 5: Bates Gates Road (Nighttime View Existing Conditions)<br />
Figure 5-17B Viewpoint 5: Bates Gates Road (Nighttime with Facility Lighting)<br />
Figure 5-18A Viewpoint 6: 129 Kirbytown Road Backyard (Nighttime View Existing Conditions)<br />
Figure 5-18B Viewpoint 6: 129 Kirbytown Road Backyard (Nighttime with Facility Lighting)<br />
Figure 5-19A Viewpoint 11: Route 6 (Nighttime View Existing Conditions)<br />
Figure 5-19B Viewpoint 11: Route 6 (Nighttime View with Facility Lighting)<br />
Figure 5-20 Viewpoint 5: Bates Gates Road (Photosimulation with Vapor Plume (Typical<br />
Autumn Day)<br />
Figure 6-1.<br />
Figure 7-1<br />
Figure 7-2<br />
Figure 7-3<br />
Figure 7-4<br />
Figure 7-5<br />
Figure 7-6<br />
Figure 7-7<br />
Figure 7-8<br />
Figure 7-9<br />
Figure 7-10<br />
Figure 7-11<br />
Figure 7-12<br />
Figure 7-13<br />
Figure 8-1<br />
Figure 8-2<br />
Figure 8-3<br />
Figure 8-4<br />
Figure 8-5<br />
Figure 8-6<br />
Figure 8-7<br />
Figure 8-8<br />
Community Facilities within 5 Miles of the Project Site<br />
Estimated Construction Manpower by Month<br />
Top Job Impacts by Industry<br />
Annual Job Impacts from Operation of the CPV Valley <strong>Energy</strong> Center<br />
Job Impacts from Operations<br />
Environmental Justice Screening Area, Poverty Rate and Minority Population Map<br />
Maximum Project Impacts, 1-Hour Average CO Concentrations<br />
Maximum Project Impacts, 8-Hour Average CO Concentrations<br />
Maximum Project Impacts, 3-Hour Average SO2 Concentrations<br />
Maximum Project Impacts, 24-Hour Average SO2 Concentrations<br />
Maximum Project Impacts, Annual Average SO2 Concentration<br />
Maximum Project Impacts, 24-Hour Average PM Concentrations<br />
Maximum Project Impacts, Annual Average PM Concentration<br />
Maximum Project Impacts, Annual Average NO2 Concentrations<br />
Site Location<br />
2007 Existing Traffic Volumes<br />
2012 Base Traffic Volumes<br />
Adjacent Development Locations<br />
Horizons at Wawayanda Arrival / Departure Distribution<br />
Concrete Properties / Panattoni Development Arrival / Departure Distribution<br />
Simon Business Park Arrival /Departure Distribution<br />
Brookfield Resource Management Development Arrival / Departure Distribution<br />
xxii<br />
Table of Contents
Figure 8-9<br />
Figure 8-10<br />
Figure 8-11<br />
Figure 8-12<br />
Figure 8-13<br />
Figure 8-14<br />
Figure 8-15<br />
Figure 8-16<br />
Figure 8-17<br />
Figure 8-18<br />
Figure 8-19<br />
Figure 8-20<br />
Figure 8-21<br />
Figure 8-22<br />
Figure 8-23<br />
Figure 8-24<br />
Sterling Parc at Middletown Development Arrival / Departure Distribution<br />
Sutton Hills Apartments Development Arrival / Departure Distribution<br />
Howard Shapiro Development Arrival / Departure Distribution<br />
Razzano Commercial Development Arrival / Departure Distribution<br />
Adjacent Development Traffic Volumes<br />
2012 No-Build Traffic Volumes<br />
2011 Pre-Construction Base Traffic Volumes<br />
CPV Arrival Distribution<br />
CPV Departure Distribution<br />
2011 Construction Generated Traffic Volumes<br />
2011 Construction Phase Traffic Volumes<br />
General Arrangement Site Plan - 2x1 Combined Cycle<br />
Sight Line Measurement Criteria & Available Site Distance<br />
2012 Site Generated Traffic Volumes<br />
2012 Build Traffic Volumes<br />
CPV Site and Panattoni Driveway Alignments<br />
Figure 10-1 Ambient Noise Monitoring Locations and Noise Sensitive Areas<br />
Figure 10-2 Ambient Noise Monitoring – Uhlig Road/Kirbytown Road January 28-29, 2008<br />
Figure 10-3 Noise Contour Map<br />
Figure 10-4 Noise Contour Map- Close-Up<br />
Figure 11-1<br />
Figure 12-1<br />
Figure 12-2<br />
Figure 13-1<br />
Figure 13-2<br />
Figure 13-3<br />
Figure 14-1<br />
Figure 14-2<br />
Figure 14-3<br />
Figure 14-4<br />
Figure 17-1<br />
Figure 18-1<br />
Figure 18-2<br />
Figure 18-3<br />
Figure 18-4<br />
Figure 18-5<br />
Figure 19-1<br />
Soils and Geology Map<br />
Water Balance Diagram<br />
SPCC Conceptual Site Plan<br />
Mean Monthly Flow for the Wallkill River at Pellets Island and Phillipsburg<br />
Wallkill River Flow Duration Statistics<br />
Estimated Depth to Groundwater Surface at Project Site<br />
Ecological Communities Map<br />
Breeding Bird Atlas Map<br />
Ecological Communities with Site Overlay<br />
Utilities Overview<br />
Potential Gas Line Routing Options<br />
Typical 345 kV Double Circuit Tangent Structure<br />
Typical Underground Duct Bank Sections<br />
Interconnection to NYPA, Plan View<br />
Magnetic Field Level Contour Map, Vicinity Cable Riser<br />
Three Dimensional Magnetic Field Level Plot, Vicinity Cable Riser<br />
Proposed and Alternative Routes of Electrical Interconnection to NYPA<br />
xxiii<br />
Table of Contents
VOLUME II APPENDICES<br />
1.0 EXECUTIVE SUMMARY<br />
1-A SEQR Procedural Information<br />
1-B Expanded Public Participation Plan<br />
4.0 CULTURAL RESOURCES<br />
4-A Correspondence<br />
4-B Cultural Resource Reports<br />
1) A Draft Phase I Archaeology Report, October 2008<br />
2) Architectural Survey Report, October 2008<br />
5.0 VISUAL RESOURCES AND AESTHETICS<br />
5-A Correspondence with Lead Agency Regarding Viewpoint Selection Process<br />
1) Viewpoint Selection Process for Visual Impact Assessment – Photosimulations,<br />
October 2008<br />
2) Documentation of Additional Wawayanda Planning Board Sites, January 23, 2009<br />
5-B DVD of Stack Lighting<br />
6.0 COMMUNITY FACILITIES<br />
6-A Correspondence with Service Providers<br />
7.0 SOCIOECONIMICS AND ENVIRONMENTAL JUSTICE<br />
7-A The Economic and Fiscal Impacts of the Construction of the “Valley <strong>Energy</strong> Center” in<br />
the Town of Wawayanda, Orange County, New York<br />
7-B Orange County Industrial Agency Letter, January 5, 2009<br />
7-C Memorandum - Impacts on Insurability<br />
7-D Consulting Report Proposed Electrical Generating Plant Spagnoli Road, Melville, New<br />
York<br />
7-E Real Estate Value Impact<br />
8.0 TRAFFIC AND TRANSPORTATION<br />
8-A ATR Summaries<br />
8-B Capacity Analysis Summaries<br />
8-C Accident Abstracts<br />
9.0 AIR QUALITY<br />
9-A Air Quality Modeling Protocol (Revised)<br />
PSD and Part 201 Air Permit Application (on CD)<br />
9-B Emissions Tables<br />
9-C Cumulative PM-10 Emissions Inventories<br />
(PSD/Major Sources and Local Sources)<br />
9-D Graphical Plots of Maximum Predicted Project Impacts<br />
xxiv<br />
Table of Contents
10.0 NOISE<br />
10-A CPV Valley <strong>Energy</strong> Center Technical Noise Report (Supporting Documentation)<br />
Ambient Noise Monitoring Data – Short Term Measurements<br />
Ambient Noise Monitoring Data – 24-Hour Monitoring<br />
Facility Noise Data Derivation<br />
CadnaA Noise Model Input Values<br />
CadnaA Noise Model Output Values<br />
VOLUME III APPENDICES<br />
11.0 SOIL, GEOLOGY, AND SEISMOLOGY<br />
11-A Seismic Hazard Maps<br />
11-B Preliminary Geotechnical Investigation<br />
11-C Environmental Database Search Results<br />
11-D Environmental Site Investigation Field Logs<br />
12.0 INFRASTRUCTURE<br />
12-A Stormwater Pollution Prevention Plans<br />
1) Stormwater Pollution Prevention Plan – CONSTRUCTION<br />
2) Stormwater Pollution Prevention Plan – OPERATION<br />
12-B SPDES Permit Application<br />
12-C Emergency Response Plan<br />
12-D City of Middletown Sewage Treatment Plant Effluent Data<br />
12-E Wallkill River Water Quality Data<br />
13.0 WATER RESOURCES<br />
13-A Groundwater Study<br />
14.0 ECOLOGY<br />
14-A List of NY NHP Conservation Concern Plant Species<br />
14-B Descriptions of On-Site Streams<br />
14-C Wetland Functional Assessment<br />
14-D Wetland Data Sheets<br />
14-E Bog Turtle Survey Results<br />
14-F Bird Species Descriptions<br />
14-G Agency Correspondence<br />
14-H Wetland Mitigation Plan<br />
14-I Description of Stream Crossing for Electrical Interconnect<br />
16.0 COMMUNITY CHARACTER<br />
16-A Minisink Valley Central School District – New York State District Report Card,<br />
Comprehensive Information Report<br />
17.0 CUMULATIVE IMPACTS<br />
17-A CPV Valley Map Level Assessment of Potential Gas Routing Options<br />
xxv<br />
Table of Contents
VOLUME IV OVERSIZED PLANS<br />
Figure 2-3<br />
Figure 2-7A<br />
Existing Conditions Plan<br />
CPV Valley <strong>Energy</strong> Center, General Arrangement Site Plan and Proposed Conditions<br />
(100 Scale)<br />
Figure 2-7B CPV Valley <strong>Energy</strong> Center, General Arrangement Site Plan and Proposed Conditions (50<br />
Scale)<br />
Figure 2-10<br />
Figure 5-1B<br />
Figure 5-1D<br />
Laydown Area Map<br />
Viewshed Map on Aerial<br />
NYSHPO SPHINX Data – Historic Properties (D/I) Eligible<br />
xxvi Table of Contents
FINAL ENVIRONMENTAL IMPACT STATEMENT<br />
CPV VALLEY ENERGY CENTER<br />
VOLUME I<br />
TABLE OF CONTENTS<br />
ACRONYMS LIST ..................................................................................................................................... v<br />
1.0 INTRODUCTION....................................................................................................................... 1-1<br />
1.1 Proposed Action Overview ....................................................................................................... 1-1<br />
1.2 Project SEQRA Milestones ...................................................................................................... 1-2<br />
1.3 Public Comments on the DEIS ................................................................................................. 1-5<br />
1.4 FEIS Presentation ..................................................................................................................... 1-6<br />
1.5 FEIS Distribution ...................................................................................................................... 1-7<br />
2.0 PROJECT REFINEMENTS SINCE FILING THE DEIS ..................................................... 2-1<br />
2.1 Summary of Project Refinements ............................................................................................. 2-1<br />
2.2 Main <strong>Power</strong> Facility ................................................................................................................. 2-2<br />
2.3 Electrical Interconnection and Transmission Line ................................................................... 2-2<br />
2.3.1 Electric Interconnection ..................................................................................................... 2-2<br />
2.3.2 Electric Transmission Line ................................................................................................ 2-5<br />
2.4 Process Water Supply/Return Routing ..................................................................................... 2-8<br />
2.5 Facility Process Water Supply and Discharge ........................................................................ 2-12<br />
2.6 Natural Gas Supply ................................................................................................................. 2-13<br />
2.7 Host Community Agreement .................................................................................................. 2-13<br />
3.0 SUMMARY OF ENVIRONMENTAL STUDIES CONDUCTED SINCE<br />
FILING DEIS .............................................................................................................................. 3-1<br />
3.1 Introduction .............................................................................................................................. 3-1<br />
3.2 Spring and Summer Ecological Field Surveys ......................................................................... 3-1<br />
3.2.1 Vernal Pool Survey ............................................................................................................ 3-2<br />
3.2.2 Bat Habitat Survey ............................................................................................................. 3-2<br />
3.2.3 Plant Survey ....................................................................................................................... 3-3<br />
3.2.4 Bog Turtle Survey Results ................................................................................................. 3-4<br />
3.2.5 Stream Habitat Assessment ................................................................................................ 3-4<br />
3.2.6 Wetland Hydroperiod ......................................................................................................... 3-6<br />
3.3 Air Quality ................................................................................................................................ 3-7<br />
3.3.1 Secondary Formation of PM 2.5 ........................................................................................... 3-7<br />
3.3.2 New Regulatory Requirements .......................................................................................... 3-8<br />
3.4 Visibility of Plumes .................................................................................................................. 3-9<br />
3.5 Visual Impact Assessment of Above Ground Electric Transmission Line ............................ 3-10<br />
3.6 Cultural resources ................................................................................................................... 3-12<br />
3.7 Zoning..................................................................................................................................... 3-12<br />
3.7.1 Existing Conditions (Section 3.5.1 of DEIS) ................................................................... 3-13<br />
3.7.1.1 Project Site ............................................................................................................... 3-13<br />
3.7.1.2 Surrounding Zoning Districts ................................................................................... 3-13<br />
3.7.2 Analysis of Consistency with the Town of Wawayanda 2009 as Amended in<br />
2010 Zoning Law (Section 3.5.2 of DEIS) ...................................................................... 3-14<br />
3.7.3 Summary of Impacts and Mitigation (Section 3.5.2.3 of DEIS) ...................................... 3-28<br />
Final Environmental Impact Statement i Table of Contents<br />
CPV Valley <strong>Energy</strong> Center February 2012
4.0 RESPONSE TO COMMENTS ON THE DEIS ....................................................................... 4-1<br />
4.1 Summary of Response to Comments on DEIS ......................................................................... 4-1<br />
4.1.1 Project Need ....................................................................................................................... 4-1<br />
4.1.2 Natural Gas Supply ............................................................................................................ 4-1<br />
4.1.3 Project Electric Transmission Lines................................................................................... 4-1<br />
4.1.4 Land Use and Community Character ................................................................................. 4-2<br />
4.1.5 Cultural Resources ............................................................................................................. 4-2<br />
4.1.6 Visual ................................................................................................................................. 4-2<br />
4.1.7 Community Resources ....................................................................................................... 4-3<br />
4.1.8 Socioeconomics ................................................................................................................. 4-3<br />
4.1.9 Traffic ................................................................................................................................ 4-3<br />
4.1.10 Air Quality ......................................................................................................................... 4-4<br />
4.1.11 Noise .................................................................................................................................. 4-5<br />
4.1.12 Soils, Geology, Seismology ............................................................................................... 4-5<br />
4.1.13 Infrastructure ...................................................................................................................... 4-5<br />
4.1.14 Wetlands and Water Resources .......................................................................................... 4-6<br />
4.1.15 Ecology .............................................................................................................................. 4-7<br />
4.1.16 Environmental Justice ........................................................................................................ 4-7<br />
4.1.17 Decommissioning............................................................................................................... 4-8<br />
4.2 Response to Comments on the DEIS ........................................................................................ 4-8<br />
Response to Comments on Section 1.0 – Executive Summary ........................................................... 4-11<br />
Response to Comments on Section 2.0 – Project Description ............................................................. 4-58<br />
Response to Comments on Section 3.0 – Land Use ............................................................................ 4-59<br />
Response to Comments on Section 4.0 – Cultural Resources ............................................................. 4-94<br />
Response to Comments on Section 5.0 – Visual ................................................................................. 4-96<br />
Response to Comments on Section 6.0 – Community Facilities ....................................................... 4-106<br />
Response to Comments on Section 7.0 – Socioeconomics ............................................................... 4-112<br />
Response to Comments on Section 8.0 – Traffic .............................................................................. 4-142<br />
Response to Comments on Section 9.0 – Air Quality ....................................................................... 4-146<br />
Response to Comments on Section 10.0 – Noise .............................................................................. 4-210<br />
Response to Comments on Section 11.0 – Soil, Geology, and Seismology ...................................... 4-215<br />
Response to Comments on Section 12.0 – Infrastructure .................................................................. 4-218<br />
Response to Comments on Section 13.0 – Water Resources ............................................................ 4-231<br />
Response to Comments on Section 14.0 – Ecology .......................................................................... 4-249<br />
Response to Comments on Section 15.0 – Construction Impacts ..................................................... 4-291<br />
Response to Comments on Section 16.0 – Community Character .................................................... 4-292<br />
Response to Comments on Section 17.0 – Cumulative Impacts ....................................................... 4-301<br />
Response to Comments on Section 18.0 – Other Environmental Impacts ........................................ 4-305<br />
Response to Comments on Section 19.0 – Alternatives .................................................................... 4-310<br />
5.0 RESPONSE TO PUBLIC COMMENTS RECEIVED ON THE<br />
ADDITIONAL STUDIES DOCUMENT .................................................................................. 5-1<br />
Response to Comments on the Additional Studies Document: ............................................................. 5-2<br />
Final Environmental Impact Statement ii Table of Contents<br />
CPV Valley <strong>Energy</strong> Center February 2012
TABLES<br />
Table 1-1 SEQRA Milestones .......................................................................................................... 1-2<br />
Table 1-2 SEQRA DEIS Review Distribution ................................................................................. 1-3<br />
Table 1-3 List of DEIS Review Comments ...................................................................................... 1-5<br />
Table 1-4 FEIS Distribution List ...................................................................................................... 1-7<br />
Table 3-1 Summary of Zoning Law Compliance (2009 as amended in 2010) .............................. 3-14<br />
FIGURES<br />
FEIS Figures<br />
Figure 1<br />
Figure 2<br />
Figure 3<br />
Figure 4<br />
Figure 5<br />
Figure 6<br />
Location of GIS Building and Process Water Line Alternatives<br />
Interconnect General Arrangement<br />
Electrical GIS Building Plan<br />
Location of GIS Building with Wetlands<br />
Underground Electric Transmission Line on Project Site<br />
Location of Process Water Supply/Return Lines with Wetlands<br />
DEIS Figures (Revised Figures in Response to Comments on the DEIS)<br />
Figure 2-3 Existing Conditions<br />
Figure 2-7A Site Plan – 100 Scale<br />
Figure 2-7B Site Plan – 50 Scale<br />
Figure 3-2 Zoning Map of Project Site and One-Mile Radius<br />
Figure 3-5B Viewpoint 13B: With Project, Interstate 84<br />
Figure 3-7A Undeveloped Parcel Map with Zoning<br />
Figure 3-7B Undeveloped Parcel Map with Theoretical Viewshed<br />
Figure 7-6 Maximum Project Impacts – 1-Hour Average CO Concentrations (µg/m 3 )<br />
Figure 7-7 Maximum Project Impacts – 8-Hour Average CO Concentrations (µg/m 3 )<br />
Figure 7-8 Maximum Project Impacts – 3-Hour Average SO 2 Concentrations (µg/m 3 )<br />
Figure 7-9 Maximum Project Impacts – 24-Hour Average SO 2 Concentrations (µg/m 3 )<br />
Figure 7-10 Maximum Project Impacts – Annual Average SO 2 Concentrations (µg/m 3 )<br />
Figure 7-11 Maximum Project Impacts – 24-Hour Average PM Concentrations (µg/m 3 )<br />
Figure 7-12 Maximum Project Impacts – Annual Average PM Concentrations (µg/m 3 )<br />
Figure 7-13 Maximum Project Impacts – Annual Average NO 2 Concentrations (µg/m 3 )<br />
Figure 14-1 Ecological Communities Map<br />
Final Environmental Impact Statement iii Table of Contents<br />
CPV Valley <strong>Energy</strong> Center February 2012
VOLUME II – APPENDICES<br />
APPENDIX 1 INTRODUCTION<br />
1A Comment Letters Received on DEIS<br />
1B Public Hearing Transcript<br />
1C Index to Response to Comments<br />
1D Comment Letters Received on the Additional Studies<br />
1E Correspondence from Millennium Pipeline LLC<br />
APPENDIX 2 ECOLOGY<br />
2A Spring and Summer 2009 Ecological Field Survey Report<br />
2B Joint Wetlands Permit Application (on CD)<br />
2C Table 14-3 Reptiles and Amphibians with Potential to Occur on the Site, Interconnections and<br />
Construction Laydown Areas (Revised)<br />
2D Agency Correspondence on Joint Wetlands Permit Application (Wetland Impact and Mitigation<br />
Plans, Revised January 2012 – on CD)<br />
APPENDIX 3 AIR QUALITY<br />
3A Technical Memorandum: Response to Visible Plume and Secondary Formation of PM 2.5<br />
Comments on DEIS<br />
3B CPV Valley Air Quality Permitting Addendum<br />
APPENDIX 4 VISUAL RESOURCES AND AESTHETICS<br />
Technical Memorandum: Visual Assessment of Aboveground Electric Transmission Line<br />
(Attachment A: Section 5.0 of DEIS “Visual Resources and Aesthetics – on CD)<br />
APPENDIX 5 SITE PLANS<br />
5A Comments from MHE on Site Plans and CPV Valley Responses<br />
5B Revised Site Plans (on CD)<br />
APPENDIX 6 SPDES APPLICATION<br />
6A CPV Valley New York State Pollutant Discharge Elimination System Application for Permit to<br />
Discharge Industrial Wastewater (on CD)<br />
6B Agency Correspondence<br />
APPENDIX 7 CULTURAL RESOURCES<br />
7A Cultural Resources Documentation<br />
7B OPRHP Correspondence<br />
APPENDIX 8 NOISE<br />
Draft Post Construction Noise Monitoring Protocol<br />
Final Environmental Impact Statement iv Table of Contents<br />
CPV Valley <strong>Energy</strong> Center February 2012
Appendix G<br />
Letters of Support<br />
New York <strong>Energy</strong> <strong>Highway</strong>
ORANGE COUNTY LEGISLATURE<br />
CPV<br />
Committee: Rules, Enactments and Intergovernmental Relations<br />
Sponsors: Amo, Berkman, Brescia, Bonelli, Hines<br />
Co-Sponsors: Anagnostakis, Benton, Berardinelli, Buckbee, Castricone, Eachus,<br />
Paduch, Simmons, Smith, Pillmeier<br />
RESOLUTION NO. 110 OF 2012<br />
Agenda No. 15<br />
RESOLUTION OF THE ORANGE COUNTY LEGISLATURE AND COUNTY EXECUTIVE<br />
IN SUPPORT OF ECONOMIC AND SUSTAINABLE ENERGY DEVELOPMENT OF THE CPV<br />
VALLEY ENERGY CENTER IN WAWAYANDA NEW YORK.<br />
WHEREAS, the CPV Valley <strong>Energy</strong> Center (the "Project"), to be located in Wawayanda,<br />
Orange County, New York, is a nominally rated 650MW state-of-the-art combined cycle electric<br />
generation facility; and<br />
WHEREAS, the Project represents a $900 million private investment in Orange County,<br />
and will generate significant economic activity for the County and the State through the creation<br />
of approximately 500 new jobs for the construction and 25 to 30 new jobs for operation, and by<br />
the Project's significant payment in lieu of taxes; and<br />
WHEREAS, the Project's development will achieve many of the objectives set forth in the<br />
New York <strong>Energy</strong> <strong>Highway</strong> program, which includes enhancing the long-term reliability of the<br />
State's energy system due to the Project's location and dual fuel capability, as well as,<br />
increasing the efficiency of the State's generation fleet with the addition of the Project as a<br />
new, clean and highly efficient electric production resource for New York; and<br />
WHEREAS, the Project will also achieve other goals of New York's <strong>Energy</strong> <strong>Highway</strong><br />
program, such as creating new jobs and opportunity for New York through the construction and<br />
operation of the facility; and<br />
WHEREAS, the Project will contribute to the improvement of the State's environmental<br />
future by utilizing clean proven and more efficient generation technology that will allow for the<br />
retirement of older, less efficient and less environmentally friendly electric generation facilities;<br />
and<br />
WHEREAS, the design of the Project will utilize advanced technologies such as air cooling<br />
to reduce water consumption, and the use of re-claimed water from the local wastewater<br />
treatment facility, both of which preserve New York's precious water resources; and<br />
WHEREAS, the Project has received wide spread community support due to the sponsor's<br />
extensive community outreach throughout the development process and the significant public<br />
participation as the Project proceeded through the State's SEQRA process, which is nearing<br />
completion with the Environmental Impact Statement recently deemed final and complete by<br />
the Lead Agency; and
WHEREAS, the Project has adhered to the market rules and procedures established by<br />
the New York Independent System Operator ("NYISO") as evidenced by the Project being in the<br />
final phase of the NYISO study and approval process.<br />
NOW THEREFORE BE IT<br />
RESOLVED, that the Orange County Legislature, supports the development and<br />
construction of the CPV Valley <strong>Energy</strong> Center and requests that the <strong>Energy</strong> <strong>Highway</strong> Task Force<br />
give all due consideration to inclusion of the CPV Valley <strong>Energy</strong> Center in the implementation of<br />
the Task Force's efforts; and be it further<br />
RESOLVED, that the Clerk of the Legislature is hereby authorized to forward certified<br />
copies of this Resolution to New York State Governor Andrew Cuomo, Commissioner RoAnn M.<br />
Destito, Commissioner of the New York State Office of General Services, State Senate Majority<br />
Leader Dean Skelos, Speaker of the Assembly Sheldon Silver and to each member of the State<br />
Senate and Assembly whose districts include all or part of Orange County.<br />
EDWARD A. DIANA, COUNTY EXECUTIVE<br />
THIS IS TO CERTIFY THAT I, JEAN M. RAMPPEN, Clerk of the County Legislature of said County of Orange, have<br />
compared the foregoing copy of resolution with the original resolution now on file in my office and which was passed by the<br />
County Legislature of said County of Orange on the 3rd day of May, 2012, and that the same is a correct and true transcript of<br />
such original resolution and the whole thereof.<br />
IN WITNESS WHEREOF, I have hereunto set my hand and the official seal of said County Legislature this 4 th day of<br />
May, 2012.<br />
ca----p-p-,1"--1<br />
Clerk al e County Legislature of the Couhty of Orange
4 Crotty Lane phone: 845.220.2244<br />
Suite 100 fax: 845.220-2247<br />
New Windsor, NY 12553<br />
www.hvedc.com<br />
May 15, 2012<br />
The Honorable Andrew Cuomo<br />
Governor, State of NY<br />
NYS Capitol<br />
Albany, New York 12224<br />
Dear Gov. Cuomo:<br />
We applaud you for your vision in proposing to upgrade New York aging electric grid through your <strong>Energy</strong> <strong>Highway</strong><br />
plan. As we work to return New York state to its former prominence, we believe this is precisely the type of foundational<br />
initiative on which we need to be focused.<br />
As you formulate your <strong>Energy</strong> <strong>Highway</strong> plan for the future, we hope you will make the CPV Valley <strong>Energy</strong> Center a<br />
central component. This natural gas-fired clean energy project which has been in development for over four years has<br />
extremely strong public support and promises to serve as an economic catalyst for the entire Hudson Valley region.<br />
The Hudson Valley has been one of the fastest growing areas in New York state over the past decade. To meet the<br />
demands of this growth now and into the future, we need to make intelligent choices and plan accordingly. Advancing the<br />
CPV Valley <strong>Energy</strong> Center is an intelligent choice, helping lay the infrastructure groundwork to support economic growth<br />
and prosperity for decades to come.<br />
By creating hundreds of well-paying construction jobs over a two-and-a-half year period, the CPV Valley <strong>Energy</strong> Center<br />
provides precisely the type of economic shot in the arm we so need right now and the reliable energy we need for future<br />
growth. The project's environmentally-friendly design ensures that we don't sacrifice clean air or clean water in pursuit of<br />
our economic goals.<br />
This project enjoys virtually unanimous support from virtually every level of government. We hope you will join the<br />
Hudson Valley Economic Development Corporation in supporting this vital project going forward through inclusion in<br />
your <strong>Energy</strong> <strong>Highway</strong> plan.<br />
Sincerely,<br />
Michael Oates, President<br />
Hudson Valley Economic Development Corporation
Board of Directors<br />
Resolution #0512<br />
May 15, 2012<br />
WHEREAS, the Orange County Economic Development Corporation, doing<br />
business as the ORANGE COUNTY PARTNERSHIP, was formed to:<br />
• Promote and coordinate the economic development of businesses in<br />
Orange County;<br />
• Engage in research activities to aid business development in Orange<br />
County;<br />
• Supply timely information to allied business or economic<br />
development groups and to the general public with respect to the<br />
economic and orderly development of Orange County; and<br />
• Work in partnership with federal, state, county and municipal<br />
governments and their agencies to foster economic development in<br />
Orange County;<br />
WHEREAS, the ORANGE COUNTY PARTNERSHIP has worked closely<br />
with <strong>Competitive</strong> <strong>Power</strong> <strong>Ventures</strong> (CPV) since the CPV Valley <strong>Energy</strong> Center<br />
project was first proposed back in Spring of 2008;<br />
WHEREAS, the CPV Valley <strong>Energy</strong> Center (the "Project"), to be located in<br />
Wawayanda, Orange County, New York, is a nominally rated 650MW state-of-theart<br />
combined cycle electric generation facility; and<br />
WHEREAS, the Project represents a $900 million private investment in<br />
Orange County, and will generate significant economic activity for the County and<br />
the State through the creation of approximately 500 new jobs for the construction<br />
and 25 to 30 new jobs for operation, and by the Project's significant payment in lieu<br />
of taxes; and<br />
WHEREAS, the Project's development will achieve many of the objectives<br />
set forth in the New York <strong>Energy</strong> <strong>Highway</strong> program, which includes enhancing the<br />
long-term reliability of the State's energy system due to the Project's location and<br />
dual fuel capability, as well as, increasing the efficiency of the State's generation<br />
fleet with the addition of the Project as a new, clean and highly-efficient electric<br />
production resource for New York; and
WHEREAS the Project will also achieve other goals of New York's <strong>Energy</strong><br />
<strong>Highway</strong> program, such as creating new jobs and opportunity for New York through<br />
the construction and operation of the facility; and<br />
WHEREAS the Project will contribute to the improvement of the State's<br />
environmental future by utilizing clean proven and more efficient generation<br />
technology that will allow for the retirement of older, less efficient and less<br />
environmentally friendly electric generation facilities; and<br />
WHEREAS, the design of the Project will utilize advanced technologies to<br />
reduce water use and use re-claimed water from the local wastewater treatment<br />
facility, both of which preserve New York's precious water resources; and<br />
WHEREAS, the Project has received wide spread community support due to<br />
the sponsor's extensive community outreach throughout the development process and<br />
the significant public participation as the Project proceeded through the State's<br />
SEQRA process, which is nearing completion with the Environmental Impact<br />
Statement recently deemed final and complete by the Lead Agency; and<br />
WHEREAS, the Project has adhered to the market rules and procedures<br />
established by the New York Independent System Operator ("NYISO") as evidenced<br />
by the Project being in the final phase of the NYISO study and approval process.<br />
NOW, THEREFORE, the ORANGE COUNTY PARTNERSHIP does<br />
hereby express its unanimous support for the development and construction of the<br />
CPV Valley <strong>Energy</strong> Center and requests that the <strong>Energy</strong> <strong>Highway</strong> Task Force give<br />
all due consideration to inclusion of the CPV Valley <strong>Energy</strong> Center in the<br />
implementation of the Task Force's efforts; and further directs that a copy of this<br />
resolution be transmitted to Governor Andrew M. Cuomo for his consideration.<br />
MOTION CARRIED:<br />
AYES:<br />
NAYS:<br />
ABSTENTIONS:<br />
________10__________________<br />
_________0_________________<br />
_________0_________________
New York State Laborers'-Employers'<br />
Cooperation & Education Trust<br />
18 Corporate Woods Boulevard<br />
Albany, New York12211<br />
Tel: 518 449 1715 800 797 5931<br />
Fax: 518 449 1621<br />
www.nysliuna.org<br />
Union Construction<br />
A Better Way to Build<br />
May 16, 2012<br />
CPV Valley <strong>Energy</strong><br />
The New York State Laborers' Union represents 40,000 members employed in the<br />
construction industry and other fields throughout the state. Our members are organized<br />
into more than 35 local unions and 5 district councils. We are a proud affiliate of the<br />
Laborers' International Union of North America (LIUNA).<br />
Direct Impact for our members<br />
• The CPV Valley <strong>Energy</strong> project would create more than 400 direct construction<br />
jobs for our members from the Hudson Valley during the 2 1/2 year construction<br />
period.<br />
• The construction jobs will be associated with the construction of a 650 mega watt<br />
natural gas generating facility. Our members would also be involved with the<br />
construction of temporary access roads, site excavation and site restoration.<br />
• The project would provide work opportunities in the community where they live<br />
which would benefit the local communities.<br />
Economic Impact<br />
• The construction phase will deliver immediate economic benefits to the state<br />
generating millions of dollars in local economic benefits in addition to the<br />
regional benefits of an increased competitively priced energy supply<br />
• The instate construction jobs created by the project will result in an increase in<br />
demand of goods and services within the state.<br />
• The construction phase of the project will create an average of more than 1,200<br />
indirect jobs in New York State over the same period of time from suppliers and<br />
businesses in the local community along the route.
New York State Laborers'-Employers'<br />
Cooperation & Education Trust<br />
18 Corporate Woods Boulevard<br />
Albany, New York12211<br />
Tel: 518 449 1715 • 800 797 5931<br />
Fax: 518 449 1621<br />
www.nysliuna.org<br />
• The project will also incur direct spending in New York, including non-labor<br />
installation costs, as well as fees and taxes paid to the local and state government.<br />
The latter is estimated to total over $30 million in the first two decades of<br />
operation.<br />
<strong>Inc</strong>rease Reliability and Lower Costs<br />
• Once this project is complete it will continue to deliver significant economic<br />
benefits. It is estimated that the increased supply of low cost electricity delivered<br />
from this facility will decrease electricity costs to customers throughout New<br />
York State.<br />
Sincerely,<br />
James M. Melius, MD, Dr.PH<br />
Administrator
05/21/2012 16:56 4012727456 LIUNA REGIONAL OFFIC PAGE 01/02<br />
LiUNA!<br />
NEW ENGLAND REGIONAL OFFICE<br />
226 South Main Street * Providence, RI 02903<br />
Phone: (401) 751-5010 • Fax: (401) 561-3340<br />
g'SABIToNi<br />
iiitycrreaurer<br />
May 18, 2012<br />
The Honorable Andrew M. Cuomo<br />
Governor of New York State<br />
NYS State Capitol Building<br />
Albany, NY 12224<br />
Dear Governor Cuomo,<br />
'MIS* to the<br />
1#dittidint<br />
1k1 IRE<br />
LkEY<br />
TIPHARDSON<br />
•<br />
'COLE<br />
PENN<br />
+a tORRE<br />
I am writing to you today on behalf of the membership of the Laborers'<br />
International Union of North America (LIUNA) and all the people of New York to seek<br />
your support for an outstanding energy infrastructure project in the Hudson Valley. This<br />
project should become part of the State's <strong>Energy</strong> Master Plan which you spoke about in.<br />
your 2012 State of the State.<br />
The CPV Valley <strong>Energy</strong> Center is a proposed $900 million, 650 megawatt (MW)<br />
clean, natural gas-powered electric generating facility to be located in the town of<br />
Wa.wayanda, New York, just outside of Middletown in Orange County. If construction<br />
commences by early next year, as planned, this facility can be online as soon as 2016 to<br />
help meet our growing energy demand in the region.<br />
The addition of this clean burning natural gas fired facility to the state's fleet of<br />
generation would serve to enhance both the overall reliability of New York's electric<br />
system, and our environmental profile.<br />
This project certainly fits the vision you put forth as part of the goals and<br />
objectives for the <strong>Energy</strong> <strong>Highway</strong>. It's geographic location makes it an excellent<br />
candidate to help move power into much needed areas, it could conceivably come on-line<br />
in a short period of time since it is almost through the permitting process, and it's<br />
technology is state-of-the-art, The high efficiency of the CPV Valley <strong>Energy</strong> Center's<br />
proposed combined-cycle technology is well proven, along with the environmental<br />
benefits the technology delivers.<br />
Oftftto:<br />
teit, NW<br />
DC<br />
1165<br />
3.20<br />
1072.754<br />
Oti4..arg<br />
Certainly key to LIUNA is the economic benefits that it will bring. Again, you<br />
spoke about the need for jobs and this project would employ hundreds of union workers<br />
during its 30-month construction period.. That would be a tremendous economic boom for<br />
this region at a time when it is sorely needed. The project will also provide more than<br />
$30 million in local tax revenues, with much of that going to help the local school district<br />
which has been hit hard by budget cuts the past few years.<br />
Feel the <strong>Power</strong>
05/21/2012 15:56 4012727455 LIUNA REGIONAL OFFIC PAGE 02/02<br />
The Honorable Andrew M, Cuomo<br />
May 18, 2012<br />
Page 2<br />
Another thing that has made this project stand out, is the close cooperation that<br />
the CPV team has displayed in dealing with organized labor, and the community at-large.<br />
Since this project was first announced almost four years ago, LIUNA has worked closely<br />
with them. and watched them work tirelessly to achieve an outstanding level of local<br />
support. CPV has gone to great lengths to work with the local and regional communities<br />
to meet the needs of everyone involved, and too assure that they build the best project<br />
possible.<br />
Orange County continues to be one of the fastest growing counties in the State.<br />
Laborers need jobs and energy to continue that trend, and projects like the CPV Valley<br />
<strong>Energy</strong> Center can help provide that, As 1 . mentioned before, this project really does<br />
incorporate all the good things you spoke about that working families need in this State,<br />
For this and. all the reasons cited above, LIUNA hopes you will join us in<br />
supporting this project by including it within you plan for New York's <strong>Energy</strong> <strong>Highway</strong>.<br />
With kind regards, I remain<br />
Sin<br />
)16,0<br />
ARMAND eABI 0<br />
General Secretary-Treasurer and<br />
New England Regional Manager<br />
AES/lar
5151 San Felipe, Suite 2500<br />
Houston, TX 77056<br />
713.267.4770<br />
Joseph P. Shields<br />
Chief Operating Officer<br />
May 22, 2012<br />
The Honorable Andrew M. Cuomo<br />
Governor of New York State<br />
NYS State Capitol Building<br />
Albany, NY 12224<br />
Dear Governor Cuomo:<br />
We are writing to you today with regard to your plans for New York's <strong>Energy</strong> <strong>Highway</strong> as<br />
outlined in your State of the State address, and subsequently within April's <strong>Energy</strong> Summit and<br />
recent Request for Information (RFI). We would like to express our support for the CPV Valley<br />
<strong>Energy</strong> Center electric generating project currently proposed for the Town of Wawayanda in<br />
Orange County, New York.<br />
NiSource is a Fortune 500 energy holding company engaged in natural gas transmission, storage<br />
and distribution, as well as electric generation, transmission and distribution. Our headquarters<br />
are in Indiana, but we hold a majority stake in the Millennium pipeline which transports natural<br />
gas across the southern tier of New York to the metro New York region.<br />
NiSource takes pride in the way we conduct business. In March, NiSource was named one of the<br />
World’s Most Ethical Companies by the Ethisphere Institute. Ethisphere recognized NiSource’s<br />
commitment to ethical leadership, compliance practices and corporate social responsibility.<br />
We are proud to recommend <strong>Competitive</strong> <strong>Power</strong> <strong>Ventures</strong> (CPV), the developer of the CPV<br />
Valley <strong>Energy</strong> Center. Through our subsidiary, we have worked closely with CPV--working on a<br />
gas interconnection agreement--as they have developed this project and have been impressed by<br />
their high level of professional and ethical standards in everything they do.<br />
In particular, the CPV team has done an outstanding job of working with the local and regional<br />
communities to meet the needs of everyone involved. They have held scores of meetings with<br />
community members to educate and receive feedback on how to create a better project. This<br />
intensive outreach effort is likely the reason that this major power project enjoys such strong<br />
local support.
The CPV Valley <strong>Energy</strong> Center is precisely the type of facility that achieves the goals and<br />
objectives you established for the <strong>Energy</strong> <strong>Highway</strong>. The addition of this project to the state’s<br />
fleet of generation will enhance the overall reliability of New York’s electric system.<br />
The high efficiency of this project’s natural gas-powered, combined-cycle technology will<br />
improve the state’s system wide efficiency and consume less fuel than other baseload generators.<br />
This will result in a reduction in emissions for the state. Also, the project incorporates many<br />
positive environmental attributes, such as state-of-the-art combustion and control technology to<br />
be one of the cleanest generators in New York.<br />
The construction of this project will take two-and-a-half years and employ hundreds of union<br />
workers under a project labor agreement. These are vitally-needed jobs in our region and will be<br />
a major step toward meeting your goal of putting thousands of people back to work. The CPV<br />
Valley <strong>Energy</strong> Center will contribute more than $30 million to local tax coffers, with the<br />
majority going to the local school system which has been hit hard in recent years by budget cuts.<br />
The CPV Valley <strong>Energy</strong> Center is an outstanding project that promises a major positive impact<br />
for our region and enjoys widespread public support. We hope you will include this project your<br />
consideration as a key piece of New York's energy future and the <strong>Energy</strong> <strong>Highway</strong>.<br />
Sincerely,<br />
Joseph Shields<br />
NiSource<br />
-2-