Power. From Concept to Reality [pdf, 2.29 MB] - Hatch
Power. From Concept to Reality [pdf, 2.29 MB] - Hatch
Power. From Concept to Reality [pdf, 2.29 MB] - Hatch
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POWER. <strong>From</strong> concept <strong>to</strong> reality.
Contents<br />
Renewable <strong>Power</strong><br />
Hydroelectric ........................... 4<br />
Water Resources ....................... 6<br />
Wind <strong>Power</strong> ............................. 8<br />
Alternative Energy .................... 10<br />
Thermal <strong>Power</strong>............................ 12<br />
Nuclear <strong>Power</strong>............................ 14<br />
Transmission & Distribution ......... 16<br />
Management Consulting .............. 18<br />
Energy Technologies .................... 20<br />
Principal Offices .......................... 22
As energy demand grows, so <strong>to</strong>o must our ability <strong>to</strong><br />
develop and manage the supply.<br />
<strong>Hatch</strong> specializes in comprehensive design, planning,<br />
engineering, project management and construction<br />
management services for public and private clients in<br />
the power and energy sec<strong>to</strong>rs. <strong>Hatch</strong> has more than<br />
8,000 professionals in 65 offices worldwide.<br />
In industrialized nations, we design and implement<br />
reliable generation facilities and distribution networks<br />
for increasingly competitive markets. In developing<br />
countries, we help create extensive national energy<br />
plans and build the infrastructure that helps governments<br />
improve quality of life. No matter where or what<br />
the project, our clients benefit from extended asset life,<br />
safety and enhanced productivity.<br />
<strong>Hatch</strong> is at the forefront of advancements in efficiency<br />
and sustainability — turning proven experience and<br />
innovative thinking in<strong>to</strong> exceptional results on six<br />
continents.<br />
We employ some of the world’s most accomplished<br />
specialists in water and wind resource management,<br />
alternative energies, thermal and nuclear power<br />
and transmission and distribution. We focus on<br />
innovation — building on <strong>to</strong>day’s knowledge and developing<br />
new ideas for more energy resources <strong>to</strong>morrow.
‘‘<br />
Please accept this expression of the<br />
Enel/RDG team's appreciation for all<br />
of <strong>Hatch</strong>'s efforts…<strong>to</strong> support the<br />
execution of the Palo Viejo construction<br />
contracts.<br />
’’<br />
Craig DesChenes, Direc<strong>to</strong>r of<br />
Engineering & Construction<br />
Enel Latin America/<br />
Renovables de Guatemala<br />
Hydroelectric<br />
Since 1924, when <strong>Hatch</strong>'s energy unit began as H.G. Acres & Company in<br />
Niagara Falls, Canada, we have designed more than 40,000 MW of hydropower<br />
around the world.<br />
<strong>From</strong> designing new facilities for the private and public sec<strong>to</strong>rs, <strong>to</strong> carrying out<br />
rehabilitation and augmentation services for existing sites, our staff applies<br />
leading-edge technological software as part of the life-cycle management process.<br />
Our core services include design and construction management for hydro<br />
developments, risk assessments, regula<strong>to</strong>ry management, efficiency testing, dam<br />
safety and due-diligence services for asset-transfer for buyers, sellers and lenders.<br />
4 POWER. FROM CONCEPT TO REALITY.
karun III HYDROELECTRIC PROJECT, Iran<br />
This project on the Karun River is one of the largest<br />
hydro projects ever constructed. Our work began<br />
with geological, hydrological and other studies in the<br />
1970s and we’ve been involved since with engineering,<br />
construction and commissioning services. The main<br />
structure is a thin-arch, double-curvature, 205-m-high<br />
concrete arch dam designed <strong>to</strong> transmit reservoir<br />
pressure <strong>to</strong> the bedrock foundation and withstand<br />
severe earthquakes. Eight generating units and associated<br />
equipment are located in caverns downstream of<br />
the dam in the right abutment. The initial development,<br />
with a designed capacity of 2,000 MW, is a key addition<br />
<strong>to</strong> the region’s long-term power requirements.<br />
< After 11 years of construction, the 2,000-MW<br />
Karun III project began generating electricity in 2006<br />
shikwamkwa<br />
replacement dam, canada<br />
The original Shikwamkwa Dam was built in 1958 on<br />
a highly pervious overburden foundation. Using<br />
advanced modeling and proprietary reservoir mapping<br />
technology, we determined that its seepage problems<br />
were beyond remediation and began the fast-track<br />
design and construction of a new dam <strong>to</strong> deal with the<br />
site’s complex geological issues. More than 1.1 million<br />
cubic meters of fill were used for the new 35-m-high,<br />
874-m-long dam. A 65-m plastic concrete cut-off wall<br />
(one of the world’s deepest) was used <strong>to</strong> seal the foundation.<br />
We were responsible for engineering design<br />
and construction quality moni<strong>to</strong>ring, including<br />
provision of a sophisticated site labora<strong>to</strong>ry. The new<br />
dam has reduced seepage flows, thereby enhancing<br />
both safety and power generation potential.<br />
The 35-m-high Shikwamkwa Replacement Dam was completed<br />
under budget and five months ahead of schedule<br />
Pho<strong>to</strong>: Ontario <strong>Power</strong> Generation<br />
niagara tunnel, canada<br />
Ontario <strong>Power</strong> Generation’s Sir Adam Beck I and II<br />
stations on the Niagara River have 26 generating units<br />
with a combined output of 1980 MW. We are part of the<br />
Owner’s Representative team for construction of a new<br />
tunnel <strong>to</strong> be completed in December 2013. At 10.4 km<br />
long and 14.4 m diameter, it will be the largest-diameter<br />
hard-rock tunnel in the world — and will be excavated<br />
as deep as 140 m below the city of Niagara Falls. It will<br />
enable a 28% increase in the volume of water entering<br />
the station’s turbines, generating an additional 1.6 TWh<br />
of electricity per year — enough <strong>to</strong> serve 160,000 homes<br />
for the next 90 years.<br />
< The 10-km diversion tunnel will be bored through<br />
rock under the city of Niagara Falls<br />
5
‘‘<br />
The <strong>Hatch</strong> team was always quick and<br />
efficient, and the quality of work was<br />
excellent.<br />
’’<br />
Dick Hagman, Area Supervisor<br />
Ministry of Natural Resources<br />
Water Resources<br />
<strong>Hatch</strong> has been extensively involved in all aspects of water-resources planning<br />
and development, from high-level policy and restructuring assistance <strong>to</strong> detailed<br />
technical studies using cus<strong>to</strong>m computer modeling and analyses. <strong>Hatch</strong> has<br />
been at the forefront of proprietary resource-and-generating software and system<br />
development for more than 30 years.<br />
Sustainable development principles are applied through all phases of every<br />
<strong>Hatch</strong> project cycle. We work with our clients <strong>to</strong> maintain a responsible balance<br />
between current usage, potential for the future, and project risk.<br />
To assist in scheduling power generation <strong>to</strong> achieve optimum energy value<br />
within an electrical system, <strong>Hatch</strong> has developed Vista DSS, a leading-edge<br />
decision support software intended for use by system opera<strong>to</strong>rs, dispatchers<br />
and engineering staff.<br />
6 POWER. FROM CONCEPT TO REALITY.
Water Management in Nepal<br />
A team led by <strong>Hatch</strong> provided long-term multidisciplinary<br />
advisory services <strong>to</strong> support and strengthen<br />
the performance and management of water and energy<br />
institutions in Nepal. Subsequently, the <strong>Hatch</strong> team<br />
provided technical assistance <strong>to</strong> the Government of<br />
Nepal on issues of water management and was asked <strong>to</strong><br />
propose short-term remedies for water shortages in the<br />
Kathmandu Valley, the fastest growing region in the<br />
country. Short-term recommendations focused on more<br />
effective use of surface and groundwater resources,<br />
which coupled with needed distribution system improvements,<br />
would alleviate water supply problems until a<br />
long-term inter-basin transfer scheme is implemented.<br />
< Managed development of Nepal's water resources<br />
will improve living conditions<br />
Strategy & execution for<br />
Volta River optimization<br />
The Volta River Authority of Ghana asked <strong>Hatch</strong> for an<br />
optimum operations strategy for their large Akosombo<br />
and Kpong hydro-generating stations, and for the<br />
provision of software <strong>to</strong>ols <strong>to</strong> execute the strategy. VRA<br />
supplies the West African <strong>Power</strong> Pool with a hydro–<br />
thermal mix of generating resources. VRA ensures<br />
reliable delivery of power and energy <strong>to</strong> the pool at the<br />
least cost. <strong>Hatch</strong> will supply its proprietary Vista DSS<br />
software modules <strong>to</strong> VRA, and integrate them with the<br />
VRA databases, which in turn will provide increased<br />
efficiencies in VRA’s hydroelectric production.<br />
The 160-MW Kpong hydroelectric plant's<br />
output is scheduled by Vista DSS<br />
SPILLWAY GATES RELIABILITY<br />
UPGRADES, CANADA<br />
BC Hydro is implementing a program <strong>to</strong> improve spillway<br />
gate reliability, flood-handling capabilities and public<br />
safety. <strong>Hatch</strong> completed the reliability improvement<br />
project’s investigation and definition phases. The scope<br />
for the capital works will follow from the recommendations<br />
of the definition studies. The implementation will<br />
provide the final design and assistance with contract<br />
procurement, construction inspection and management<br />
for the Cheakamus Dam near Whistler, and the Terzaghi<br />
and Se<strong>to</strong>n dams near Lillooet, British Columbia, Canada.<br />
< BC Hydro will implement spillway gates improvements<br />
7
‘‘<br />
Since 2001 Suncor has developed<br />
four wind power projects, and <strong>Hatch</strong><br />
has provided studies <strong>to</strong> support our<br />
investment and project-planning decisions.<br />
We recommend <strong>Hatch</strong> as engineers <strong>to</strong><br />
wind-power developers, and look<br />
forward <strong>to</strong> <strong>Hatch</strong>’s continued support.<br />
Mark Roedel, Direc<strong>to</strong>r, Renewable Energy<br />
Suncor Energy Services Inc.<br />
’’<br />
Wind <strong>Power</strong><br />
Defining sources of reliable and clean electric power is a global priority.<br />
As a result, wind power has become one of the most significant energy<br />
industries in the world <strong>to</strong>day.<br />
<strong>Hatch</strong> has played key roles in most of Canada's installed wind capacity. Our<br />
capabilities include wind assessments, feasibility studies, site research, engineering<br />
design services, project management, interconnection services, environmental<br />
assessment and permitting services, construction supervision and due diligence.<br />
<strong>Hatch</strong> integrates wind and hydro projects in<strong>to</strong> single generating systems, and<br />
provides decision-support software and expert analysis <strong>to</strong> ensure optimum system<br />
efficiency and reliability.<br />
As part of our engineering and project management services, <strong>Hatch</strong> has also developed<br />
software that helps clients optimize financial returns from their wind projects.<br />
8 POWER. FROM CONCEPT TO REALITY.
Kettles Hill wind farm, Alberta<br />
Kettles Hill Wind Energy Inc. recently developed a<br />
63-MW wind-power generating facility near Pincher<br />
Creek, Alberta. The site was chosen based on analyses<br />
of the prime wind resource of Kettles Hill and the local<br />
electrical grid capacity.<br />
The first phase involved installation of five Vestas<br />
1.8-MW turbines, substation including the civil work,<br />
electrical and controls equipment, and the overhead<br />
and underground 34.5-kV electrical collection system.<br />
Phase two entailed pouring 30 turbine bases, installation<br />
of electrical equipment, and installation and<br />
commissioning of 30 more Vestas turbines.<br />
The wind farm is connected <strong>to</strong> the Alberta transmission<br />
network, and is now owned and operated by ENMAX.<br />
<strong>Hatch</strong> provided full EPCM for this project.<br />
< At the Kettles Hill site, 35 Vestas turbines capture wind energy<br />
RIPLEY WIND FARM, ONTARIO<br />
The $170-million Ripley wind farm in Ontario generates<br />
76 MW of economical, clean power. <strong>Hatch</strong><br />
provided project management and system interconnection<br />
services <strong>to</strong> the generating facility. <strong>Hatch</strong>’s scope<br />
of work included design, procurement and specialized<br />
wind-farm engineering. The Ripley partners are Suncor<br />
Energy Products of Canada and Acciona Energy of<br />
Spain. The project was fast-tracked and required just<br />
24 months <strong>to</strong> design, construct and commission. The<br />
wind farm includes 38 2-MW Enercon turbines, and<br />
generates enough zero-emission electricity <strong>to</strong> power<br />
24,000 homes, while offsetting 66,000 <strong>to</strong>nnes of<br />
carbon dioxide production per year.<br />
The Ripley wind farm generates 76 MW of clean energy<br />
Wind power for<br />
NY/NJ port authority<br />
The Port Authority of New York and New Jersey<br />
(PANYNJ) is a regional transportation and port-facilities<br />
organization, and as such is key <strong>to</strong> the prosperity of the<br />
Bi-State area and the mid-Atlantic region of the USA.<br />
PANYNJ retained <strong>Hatch</strong> <strong>to</strong> examine energy usage at<br />
several of its airport, rail transportation and container<br />
port facilities, as a first step <strong>to</strong>ward achieving its goal of<br />
installing a phased sequence of wind power and other<br />
forms of clean renewable energy. PANYNJ selected<br />
<strong>Hatch</strong> as a good fit <strong>to</strong> continue <strong>to</strong> bring our global experience<br />
in clean, renewable energy <strong>to</strong> their organization.<br />
< The Port Authority of New York and New Jersey will use<br />
wind power <strong>to</strong> reduce its environmental footprint<br />
9
‘‘<br />
On behalf of the CSA, I want <strong>to</strong> thank<br />
you and your team for your report: Risk<br />
Assessment for Wind & Ocean <strong>Power</strong>.<br />
You produced the document in 'record<br />
time,' and we anticipate the study<br />
being of significant value <strong>to</strong> the CSA,<br />
our stakeholders and our colleagues.<br />
Stephen Brown, Direc<strong>to</strong>r<br />
Canadian Standards Association<br />
’’<br />
Alternative Energy<br />
While building our established water and wind portfolios, <strong>Hatch</strong> has expanded<br />
operations in<strong>to</strong> renewable-energy alternatives, such as solar, tidal current,<br />
and geothermal. We provide opera<strong>to</strong>rs and stakeholders with the most suitable<br />
and cost-effective design, equipment and systems for each project.<br />
Through good planning, design and governance, alternative power sources<br />
can provide safe, clean, quiet, and reliable power <strong>to</strong> industrial and commercial<br />
sites in urban or remote locations. Increasingly, single-source projects<br />
are replaced by hybrids that offer opportunities in integrated solar–combinedcycle<br />
gas turbine projects, or wind–diesel projects. Implementation of energy<br />
s<strong>to</strong>rage technologies — including pumped s<strong>to</strong>rage, compressed air energy, battery,<br />
electrochemical flow cell, hydrogen, mechanical and capacitive systems —<br />
make possible optimized energy transfer from time of production <strong>to</strong> time of peak<br />
use. Such technologies are important for both short-term power requirements and<br />
longer-term global energy planning.<br />
10 POWER. FROM CONCEPT TO REALITY.
Standardization Risks in<br />
Ocean and Wind <strong>Power</strong><br />
<strong>Hatch</strong> evaluated the risk profile of ocean (wave and tidal<br />
current) and wind power technologies, and created a<br />
registry of technical and other risks associated with such<br />
power resource developments for the Canadian Standards<br />
Association. CSA entrusted <strong>Hatch</strong> with the critical task of<br />
facilitating consensus-based standards development and<br />
implementation. With this study <strong>Hatch</strong> built on previous<br />
assignments for CSA and helped direct standards development<br />
activities in the ocean and wind power fields that<br />
will aid the deployment of appropriate technologies.<br />
< Ocean wave energy is an emerging technology<br />
<strong>to</strong> harness clean, renewable power<br />
integrated Solar–Thermal<br />
power Plant with Desalination<br />
Facility, Australia<br />
For Acquasol Infrastructure <strong>Hatch</strong> completed a<br />
conceptual study for a proposed 180-MW integrated<br />
combined-cycle solar–thermal power station and waterdesalination<br />
facility at Point Paterson in South Australia.<br />
The proposed design is for three components: a<br />
150-MW combined-cycle gas-turbine power plant; a<br />
30-MW solar–thermal power plant; and a 10-ML/day<br />
multiple-effect distillation desalination plant. The facility<br />
will integrate the steam produced in the solar–thermal<br />
power plant in<strong>to</strong> the power plant's heat-recovery steam<br />
genera<strong>to</strong>r. Extraction heat from the steam turbine will<br />
be used as a heat source <strong>to</strong> drive the desalination plant.<br />
Solar reflec<strong>to</strong>rs will be installed at Acquasol's<br />
desalination facility in South Australia<br />
GEOTHERMAL HEATING SYSTEM,<br />
NEW YORK CITY<br />
The General Theological Seminary (GTS) in New York<br />
City sought <strong>to</strong> convert its existing fossil-fuel-powered<br />
heating system <strong>to</strong> a new high-efficiency geothermal<br />
system, <strong>to</strong> provide both heating and air conditioning for<br />
the city block that GTS occupies. <strong>Hatch</strong> Mott MacDonald<br />
provided expertise in deep drilling technology and<br />
deviation moni<strong>to</strong>ring and control. GTS plans <strong>to</strong> use about<br />
20 wells, each about 1,500 feet deep. The geothermal<br />
project will tap in<strong>to</strong> the groundwater, which maintains a<br />
nearly constant temperature of 12° C, for heating in the<br />
winter and cooling in the summer. The geothermal system<br />
will reduce the Seminary’s carbon dioxide emissions by<br />
14,000 <strong>to</strong>ns during the first 10 years of operation.<br />
< Artist’s concept of General Theological Seminary geothermal<br />
wells, the largest geothermal project in the USA Northeast<br />
11
‘‘<br />
The technical/economic assessment<br />
of our pressurized reac<strong>to</strong>r [for IGCC<br />
applications] was received very well<br />
by both Alter NRG and AERI (Alberta<br />
Energy Research Institute). I would<br />
like <strong>to</strong> thank everyone that contributed<br />
<strong>to</strong> the project. Also, we appreciate that<br />
<strong>Hatch</strong> was able <strong>to</strong> deliver a quality<br />
product on budget.<br />
’’<br />
Alex Gorodetsky, Lead Engineer<br />
Alter NRG<br />
Thermal <strong>Power</strong><br />
<strong>Hatch</strong> has more than 60 years experience in engineering, procurement,<br />
construction management and consulting services for thermal plants. We<br />
designed our first cogeneration plant in 1944 and have worked in all aspects of<br />
conventional thermal power generation, as well as alternative and experimental<br />
power and heat-generation concepts.<br />
With increasing global commitment <strong>to</strong> reduced emissions, many coal-fired plants<br />
are being decommissioned, retrofitted for cleaner operation, converted <strong>to</strong> cleaner<br />
fuels, or replaced by new and cleaner combustion techniques. We offer in-depth<br />
experience in all of these areas <strong>to</strong> large and small operations around the world.<br />
12 POWER. FROM CONCEPT TO REALITY.
HAWTHORN THERMAL PLANT REBUILD, USA<br />
In partnership with Babcock & Wilcox, <strong>Hatch</strong> provided<br />
engineering services for the detail design of balance-of-plant<br />
mechanical, electrical, instrumentation and control systems<br />
for a complete rebuild of the 550-MW Unit 5 at Kansas City<br />
<strong>Power</strong> & Light’s Hawthorn generating station. Our responsibilities<br />
included the coal handling system, critical piping,<br />
ammonia piping and other feed systems, compressed air and<br />
nitrogen systems, eleva<strong>to</strong>rs, hoists and electrical room.<br />
Synchronization with the plant’s other four units was achieved<br />
just 22 months after the contract was awarded, and the<br />
project won the coveted Marmaduke Award for engineering<br />
excellence presented by <strong>Power</strong> magazine.<br />
The 550-MW Unit 5 coal-fired boiler, SCR, scrubber and<br />
baghouse were completely rebuilt at Kansas City <strong>Power</strong><br />
and Light’s Hawthorn generating station<br />
hal<strong>to</strong>n hills CO<strong>MB</strong>INED<br />
CYCLE PLANT, CANADA<br />
<strong>Hatch</strong> is providing detailed design and construction-support<br />
services <strong>to</strong> the 683-MW combined-cycle power plant, owned<br />
and operated by TransCanada Energy, on an 80-acre site in<br />
Hal<strong>to</strong>n Hills, Canada.<br />
The plant is scheduled <strong>to</strong> begin generating electricity in 2010,<br />
and will deliver enough power for about 600,000 homes.<br />
<<br />
Artist’s concept of Hal<strong>to</strong>n Hills generating station<br />
The facility will include two natural gas-fired industrial<br />
turbines, two heat-recovery steam boilers, a steam turbine,<br />
an air-cooled condenser, an HV switchyard, 1.3 km of<br />
underground 230-kV transmission line, and a water-treatment<br />
plant including water s<strong>to</strong>rage.<br />
Cogeneration plant<br />
construction, australia<br />
Alinta Ltd. is building a series of cogeneration units that will<br />
produce 1,200 MW for distribution through Western Australia.<br />
We were responsible for all project management, procurement<br />
and construction management for the first two units built on<br />
the Alcoa World Alumina Pinjarra refinery, as well as services<br />
related <strong>to</strong> interconnection between the units, the refinery<br />
and the regional distribution system. Each unit comprises a<br />
140-MW gas turbine genera<strong>to</strong>r and a heat-recovery steam<br />
genera<strong>to</strong>r with the capacity <strong>to</strong> produce up <strong>to</strong> 430 <strong>to</strong>ns of steam<br />
per hour. Unit 1 also includes a waste-heat recovery system<br />
<strong>to</strong> produce high-pressure steam for electrical power and heat<br />
in refinery operations.<br />
< The first two units of the cogeneration plant generate power and<br />
produce high-pressure steam for on-site refinery operations<br />
13
‘‘<br />
The unit 3 and 4 restarts could only<br />
have been successful through<br />
teamwork, commitment and expertise.<br />
ASLF played a key role in this complex<br />
and multi-faceted project.<br />
Duncan Hawthorne, CEO<br />
Bruce <strong>Power</strong><br />
’’<br />
Nuclear <strong>Power</strong><br />
As world demand for energy grows, nuclear power continues <strong>to</strong> be an important<br />
option <strong>to</strong> meet energy needs as a clean source.<br />
<strong>Hatch</strong> has been active in the nuclear power sec<strong>to</strong>r since the early 1970s, serving<br />
CANDU plants around the world. Major CANDU projects include balance-of-plant<br />
design for the 600-MWe Wolsong plant, South Korea; project and construction<br />
management for the 600-MWe plant at Cordoba, Argentina; and assignments at the<br />
Bruce, Darling<strong>to</strong>n, Point Lepreau and Pickering nuclear plants in Canada. <strong>Hatch</strong><br />
has also undertaken nuclear plant prudence audits for facilities in the USA and has<br />
provided services for the conceptual design of radioactive waste reposi<strong>to</strong>ries.<br />
Specialized skills are offered in fire protection; fire hazards analysis; nuclear fuels;<br />
ASME class 1, 2 and 3 pressure piping and equipment; nuclear waste handling;<br />
water treatment; steam genera<strong>to</strong>r thermal hydraulics; seismic design; control systems;<br />
operational support; management consulting and project management.<br />
14 POWER. FROM CONCEPT TO REALITY.
bruce NUCLEAR RESTARTS, ONTARIO<br />
The award-winning ASLF joint venture, now made up of<br />
<strong>Hatch</strong>–Sargent & Lundy–Fox, that restarted Units 3 and<br />
4 at the Bruce nuclear generating station on Lake Huron,<br />
Canada, has been assigned similar responsibilities in<br />
support of the restart of Units 1 and 2. Among the tasks<br />
facing the joint venture are upgrades <strong>to</strong> the fire protection<br />
systems, including the fire-suppression system for the<br />
turbine genera<strong>to</strong>rs, and smoke-detection systems in<br />
electrical equipment rooms. ASLF is also installing a<br />
secondary control area that provides independent control<br />
systems for the safe shutdown and moni<strong>to</strong>ring of the reac<strong>to</strong>r<br />
should the main control room become uninhabitable.<br />
< The unprecedented restart of two nuclear generating units<br />
at Bruce A added 1,500 MW <strong>to</strong> the Ontario power grid<br />
POINT LEPREAU REFURBISHMENT,<br />
NEW BRUNSWICK<br />
The 635-MW Point Lepreau nuclear generating station,<br />
the first commercial CANDU-6 unit, was commissioned<br />
in 1983. <strong>Hatch</strong>–Sargent & Lundy performed a comprehensive<br />
engineering assessment of the overall execution<br />
of the refurbishment project and apprised the New<br />
Brunswick <strong>Power</strong> Board of Direc<strong>to</strong>rs of key issues on a<br />
quarterly basis.<br />
Refurbishment will extend the life of NB <strong>Power</strong>’s<br />
Point Lepreau nuclear plant by 25 years<br />
DEEP GEOLOGIC REPOSITORY, ONTARIO<br />
The Deep Geologic Reposi<strong>to</strong>ry project is a long-term<br />
disposal facility for the low- and intermediate-level waste<br />
produced at the Bruce, Darling<strong>to</strong>n and Pickering nuclear<br />
power generating stations. Approximately 200,000 m 3<br />
of waste from daily operations of the nuclear stations<br />
and from refurbishment of reac<strong>to</strong>rs will be s<strong>to</strong>red<br />
680 m underground in a stable limes<strong>to</strong>ne formation.<br />
<strong>Hatch</strong> is performing preliminary engineering studies for<br />
the Nuclear Waste Management Organization (NWMO).<br />
NWMO is undertaking this work on behalf of Ontario<br />
<strong>Power</strong> Generation, which submitted an application <strong>to</strong><br />
the Canadian Nuclear Safety Commission for approval<br />
<strong>to</strong> construct the DGR.<br />
< The deep geologic reposi<strong>to</strong>ry will s<strong>to</strong>re low- and<br />
intermediate-level waste<br />
15
‘‘<br />
<strong>Hatch</strong> became an integrated part of our<br />
organization throughout this project,<br />
working closely with us <strong>to</strong> ensure<br />
this extremely complex project was<br />
implemented effectively. We have<br />
and continue <strong>to</strong> enjoy an effective<br />
and mutually beneficial relationship<br />
with <strong>Hatch</strong>.<br />
’’<br />
Don Debienne, Vice President, Generation<br />
FortisBC<br />
Transmission<br />
& Distribution<br />
To adapt <strong>to</strong> <strong>to</strong>day's and <strong>to</strong>morrow's operational and regula<strong>to</strong>ry requirements,<br />
transmission and distribution systems must accommodate new and variable energy<br />
sources, as well as changing load growth behavior from population patterns and<br />
industrial activities. New smart and efficient technologies are coming <strong>to</strong> the forefront<br />
for connection <strong>to</strong>, and coordination with, transmission and distribution networks.<br />
<strong>Hatch</strong> has a long his<strong>to</strong>ry of success in all areas of the transmission and<br />
distribution industry: design and construction; network performance and planning;<br />
and asset management. We have planned, designed and constructed more than<br />
20,000 km of high-voltage transmission lines, 500 substations and 100,000 km of<br />
distribution lines worldwide.<br />
Our energy professionals are among the most respected in the business. We develop<br />
new techniques for protection, control and au<strong>to</strong>mation, and design practical<br />
procedures <strong>to</strong> improve efficiency while balancing investment costs with safety<br />
and profitability – always with a view <strong>to</strong> long-term system stability.<br />
16 POWER. FROM CONCEPT TO REALITY.
bc 230-kV <strong>Power</strong> System, canada<br />
The West Kootenay <strong>Power</strong> system had experienced extensive<br />
outages and needed upgrading for compatibility with modern<br />
adjacent systems. We removed most of the 70-year-old<br />
system and installed 50 km of 230-kV transmission line across<br />
environmentally sensitive terrain — including two 230-kV<br />
substations, improved 63-kV line connections and fiber<br />
optics. Using steep <strong>to</strong>pography <strong>to</strong> our advantage, we established<br />
unusually long spans (up <strong>to</strong> 1.6 km) <strong>to</strong> avoid disturbing<br />
valley bot<strong>to</strong>ms or riparian areas. A team of biologists,<br />
foresters, engineers, and land-use specialists carefully planned<br />
and conducted res<strong>to</strong>ration and revegetation along the way.<br />
This complex project balanced 230-kV transmission<br />
needs with critical environmental stewardship<br />
Lakehead Static Var<br />
Compensa<strong>to</strong>r, CANADA<br />
<strong>Hatch</strong> is preparing detailed designs for switching and<br />
control equipment and layout for the Lakehead Static Var<br />
Compensa<strong>to</strong>r (SVC) project in Thunder Bay, Ontario on behalf<br />
of Siemens Canada. The Lakehead Static Var Compensa<strong>to</strong>r<br />
site is located within an existing Hydro One substation.<br />
The project assignment is <strong>to</strong> profile detailed designs for<br />
<<br />
A static var compensa<strong>to</strong>r (SVC) installation<br />
switching, control equipment and layout of the Siemens SVC<br />
components. The project will provide reactive power balance<br />
for the system so it can meet increasing demands for power<br />
and improve reliability. Lakehead SVC is one of many such<br />
facilities planned for utilities around the world <strong>to</strong> help meet<br />
expected energy demand.<br />
substation rebuild, usa<br />
This project — for a utility in Maine — was required <strong>to</strong> meet the<br />
greater load in the area. The rebuild involved the termination of<br />
an existing 34-kV transmission line in<strong>to</strong> a new open-air, threebay<br />
bus terminal designed for 69 kV. The new structure supplies<br />
capaci<strong>to</strong>r bank, distribution circuits and a 7-MVA transformer<br />
feeding in<strong>to</strong> the 12-kV system. Our work included civil and<br />
structural design for the site expansion; sub-grade ground grid;<br />
new conduit and duct system; the bus-bay structure and control<br />
house; electrical, control, protection and transmission design;<br />
protection coordination and relay settings; and construction<br />
specifications, commissioning services and as-built drawings.<br />
< Expanded substation with increased<br />
transmission capacity from 34 kV <strong>to</strong> 69 kV<br />
17
‘‘<br />
I would like <strong>to</strong> thank the entire <strong>Hatch</strong><br />
team for excellent work on our<br />
wind integration study.<br />
’’<br />
Richard Penny, Manager of<br />
Energy Markets & Climate Change<br />
Nova Scotia Department of Energy<br />
Management<br />
Consulting<br />
<strong>Hatch</strong>’s strengths in both power-sec<strong>to</strong>r and project-specific analyses are universally<br />
known and respected.<br />
Our sec<strong>to</strong>r work involves planning of power systems in regions, countries and<br />
even across continents. We consider all power sources, examine forecasted market<br />
requirements, assess the infrastructure’s capacity, and develop detailed plans for<br />
closing the gaps — including generation, transmission and conservation alternatives.<br />
In the project-specific arena, we provide market analysis, economic, financial, and<br />
regula<strong>to</strong>ry services <strong>to</strong> help clients define their projects and move them through<br />
various approvals and decision-making processes, taking in<strong>to</strong> account applicable<br />
government incentive and procurement programs.<br />
The advantage we offer is a detailed assessment of feasibility — helping our clients<br />
<strong>to</strong> improve efficiency and build capacity for the future. We also substantially<br />
improve the energy performance of existing industrial facilities.<br />
18 POWER. FROM CONCEPT TO REALITY.
MTWARA gas-<strong>to</strong>-power<br />
PLANNING, TANZANIA<br />
When complete, this system will comprise an offshore<br />
natural gas well, onshore gas field facility, natural gas<br />
pipeline system, reciprocating gas engine power plant,<br />
and 132-kV and 33-kV transmission and distribution<br />
lines. Our services include development of a long-term<br />
load forecast and estimation of long-run marginal costs;<br />
inspection of the existing transmission and distribution<br />
systems; preparation of associated investment plans;<br />
and an environmental impact assessment according<br />
<strong>to</strong> Tanzanian and World Bank policies and guidelines.<br />
< Our comprehensive plan for the Mtwara region covered everything<br />
from load forecasts <strong>to</strong> environmental impact assessments<br />
Wind <strong>Power</strong> Integration,<br />
Nova Scotia, Canada<br />
For the Government of Nova Scotia’s Department of<br />
Energy, <strong>Hatch</strong> examined the major impacts on the<br />
province’s electrical system of integrating large amounts<br />
of additional wind generation. The study examined the<br />
system’s reliability, the overall system costs, and greenhouse<br />
gas and other air emissions reductions. <strong>Hatch</strong><br />
used our Vista DSS software <strong>to</strong> carry out detailed<br />
operation simulations of the provincial electric system.<br />
The Nova Scotia electric power system's<br />
operations are simulated with Vista DSS<br />
Energy Performance Improvement<br />
<strong>Hatch</strong> conducted energy assessments at four northern<br />
mining sites for Cameco Corporation in Saskatchewan,<br />
Canada. The process included a review of energymanagement<br />
practices with the site leadership teams<br />
and corporate management. With the assessments in<br />
hand, the <strong>Hatch</strong> team developed a series of Energy<br />
Management Action Plans, which each site then incorporated<br />
in<strong>to</strong> their site planning for the next year. The<br />
combination of management practice improvements<br />
and energy savings formed a foundation for sustainable<br />
improvements in Cameco's energy-performance<br />
improvement program.<br />
< Energy management practices were assessed at<br />
Cameco’s McArthur River mine in Saskatchewan<br />
19
‘‘<br />
We engaged <strong>Hatch</strong> for a Phase 1<br />
engineering study for a coal-<strong>to</strong>-liquids<br />
facility; our experience was very<br />
positive. We found <strong>Hatch</strong> <strong>to</strong> be<br />
knowledgeable, responsive and<br />
fair — we would definitely engage<br />
them in future projects.<br />
Jim Dodson, CEO<br />
Fairbanks Economic<br />
Development Corporation<br />
’’<br />
Energy Technologies<br />
The availability, sustainability and cost of energy have become key issues in<br />
<strong>to</strong>day’s world. Nations with vast natural resources have been prospering under the<br />
effects of globalization, and the economies of all nations have become sensitive<br />
<strong>to</strong> the price of energy. Developed and developing nations understand that future<br />
success and growth is dependent on a secure and stable source of energy.<br />
As a result, the pace of energy innovation has rapidly increased and <strong>Hatch</strong>’s<br />
Energy Technologies Group plays a vital role in evaluating, developing and integrating<br />
novel solutions <strong>to</strong> match our clients’ needs and objectives. Drawing upon<br />
<strong>Hatch</strong>’s extensive technology development experience in energy, mining and<br />
metallurgy, and infrastructure, a multidisciplined approach is applied <strong>to</strong> ensure<br />
high quality, efficient and effective solutions.<br />
20 POWER. FROM CONCEPT TO REALITY.
The reproduction of this image is<br />
through the courtesy of Alcoa Inc.<br />
FLUE GAS EMISSION REDUCTION<br />
The combustion of fossil fuels produces particulate<br />
matter, NO x<br />
, SO 2<br />
, mercury and other emissions that can<br />
be effectively controlled and mitigated by the application<br />
of selective catalytic reduction (SCR), flue gas desulfurization<br />
(FGD) and mercury-capture technologies. <strong>Hatch</strong><br />
addresses process and retrofit constraints through process<br />
modeling and designs robust equipment using finite element<br />
analysis, computational fluid dynamics and diligent<br />
material selection. Clients around the world are successfully<br />
operating integrated facilities whose performance<br />
satisfies all relevant regulations that order the stringent<br />
control of NO x<br />
, SO 2<br />
and mercury.<br />
< Alcoa World Alumina's 160-MW Anglesea <strong>Power</strong> Station —<br />
feasibility study for the retrofit integration of a flue gas<br />
desulfurization process<br />
adding value <strong>to</strong> Coal<br />
Gasification of carbonaceous fuels such as coal,<br />
biomass and solid waste, coupled with fuel-synthesis<br />
technologies (Fischer-Tropsch, methanol-<strong>to</strong>-gasoline,<br />
synthetic natural gas) has re-emerged as a viable<br />
pathway <strong>to</strong> energy independence. <strong>Hatch</strong>’s technologyneutral<br />
approach allows us <strong>to</strong> advise clients on the<br />
most appropriate technologies. Such an approach was<br />
provided <strong>to</strong> both the Fairbanks Economic Development<br />
Corporation and Sherritt International in conceptual<br />
studies related <strong>to</strong> coal gasification in Alaska and<br />
Alberta, respectively. <strong>Hatch</strong> is also providing detailed<br />
engineering for a novel gasifier reac<strong>to</strong>r design for<br />
Alter NRG (a plasma gasification technology provider).<br />
<strong>Concept</strong>ual design of a 40,000-bbl/day coal-andbiomass-<strong>to</strong>-liquids<br />
facility for Fairbanks Economic<br />
Development Corporation, Alaska, USA<br />
CARBON MANAGEMENT<br />
FOR THERMAL POWER PLANTS<br />
Managing climate change and greenhouse gas emissions<br />
effectively is key <strong>to</strong> the success of any power plant owner<br />
in a carbon-constrained environment. Meeting these<br />
challenges requires access <strong>to</strong> the latest expertise and technologies.<br />
<strong>Hatch</strong> provides experience with carbon capture<br />
and sequestration (CCS) projects integrated with expertise<br />
and services for thermal power plant engineering <strong>to</strong>gether<br />
with process efficiency improvements; re-powering with<br />
cleaner technologies and fuels; technology review and<br />
selection for pre- and post-combustion carbon emissions<br />
reduction; and risk management focused on CCS.<br />
< The Weyburn recycle compressor expansion project in<br />
Saskatchewan includes the installation of a third 17,500-HP<br />
CO 2<br />
recycle compressor with a capacity of 100 MMSCFD<br />
21
Principal Offices<br />
Asia<br />
New Delhi<br />
1 st Floor<br />
Tower ‘A’, Building No 9,<br />
DLF Cyber City<br />
Gurgaon – 122002, Haryana<br />
India<br />
Tel: +91 124 460 9200<br />
Fax: +91 124 460 9201<br />
Shanghai<br />
Suite B-C, 6 th Floor, Bao Qing Building<br />
No. 8 Tao Jiang Road<br />
Xuhui District, Shanghai 200031<br />
P.R. China<br />
Tel: +86 21 6119 5900<br />
Fax: +86 21 6119 5999<br />
Kuala Lumpur<br />
Suite 34-3, 34 th Floor<br />
Wisma UOA II<br />
No 21, Jalan Pinang<br />
50450 Kuala Lumpur<br />
Malaysia<br />
Tel: +60 3 9207 9900<br />
Fax: +60 3 9207 9901<br />
Australia<br />
Brisbane<br />
61 Petrie Terrace<br />
Brisbane, Queensland<br />
4000 Australia<br />
Tel: +61 7 3166 7777<br />
Fax: +61 7 3368 3754<br />
Perth<br />
144 Stirling Street<br />
Perth, WA 6000, Australia<br />
Tel: +61 8 9428 5000<br />
Fax: +61 8 9428 5555<br />
Sydney<br />
15 Help Street<br />
Chatswood, NSW 2067, Australia<br />
Tel: +61 2 8668 2300<br />
Fax: +61 2 8668 2323<br />
Canada<br />
Mississauga (Corporate Office)<br />
Sheridan Science & Technology Park<br />
2800 Speakman Drive<br />
Mississauga, ON Canada L5K 2R7<br />
Tel: +1 905 855 7600<br />
Fax: +1 905 855 8270<br />
Calgary<br />
840 – 7 th Avenue S.W., Suite 700<br />
Calgary, AB Canada T2P 3G2<br />
Tel: +1 403 269 9555<br />
Fax: +1 403 266 5736<br />
Frederic<strong>to</strong>n<br />
231 Regent Street, Suite 202<br />
Frederic<strong>to</strong>n, NB Canada E3B 3W8<br />
Tel: +1 506 450 4170<br />
Fax: +1 506 450 4175<br />
Montréal<br />
5 Place Ville Marie, Bureau 200<br />
Montréal, QC Canada H3B 2G2<br />
Tel: +1 514 861 0583<br />
Fax +1 514 397 1651<br />
Niagara Falls<br />
4342 Queen Street, Suite 500<br />
Niagara Falls, ON Canada L2E 7J7<br />
Tel: +1 905 374 5200<br />
Fax: +1 905 374 1157<br />
22 POWER. FROM 22 POWER. CONCEPT FROM TO REALITY. CONCEPT TO REALITY.
South America<br />
Santiago<br />
Avda. El Bosque Norte #500, Piso 12<br />
Las Condes, Santiago, Chile, 755-0092<br />
Tel: +56 2 430 2600<br />
Fax: +56 2 430 2699<br />
Oakville<br />
1235 North Service Road West<br />
Oakville, ON Canada L6M 2W2<br />
Tel: +1 905 469 3400<br />
Fax: +1 905 469 3404<br />
Saska<strong>to</strong>on<br />
201–121 Research Drive<br />
Saska<strong>to</strong>on, SK Canada S7N 1K2<br />
Tel: +1 306 657 7500<br />
Fax: +1 306 657 7501<br />
St. John’s<br />
Bally Rou Place<br />
280 Torbay Road, Suite E200<br />
St. John’s, NL Canada A1A 3W8<br />
Tel: +1 709 754 6933<br />
Fax: +1 709 754 2717<br />
Vancouver<br />
Oceanic Plaza<br />
1066 West Hastings Street, Suite 400<br />
Vancouver, BC Canada V6E 3X2<br />
Tel: +1 604 689 5767<br />
Fax: +1 604 689 3918<br />
Winnipeg<br />
500 Portage Avenue, 6 th Floor<br />
Winnipeg, <strong>MB</strong> Canada R3C 3Y8<br />
Tel: +1 204 786 8751<br />
Fax: +1 204 786 2242<br />
EUROPE<br />
London<br />
9 th Floor, Portland House<br />
Bressenden Place<br />
London, UK SW1E 5BH<br />
Tel: +44 020 7906 5100<br />
Fax: +44 020 7963 0972<br />
Moscow<br />
2/2 Paveletskaya Square<br />
115054, Moscow, Russia<br />
Tel: +7 495 721 9040<br />
Fax: +7 495 721 9041<br />
South Africa<br />
Woodmead<br />
Building 14<br />
Harrowdene Office Park<br />
Western Service Road<br />
Woodmead, South Africa<br />
Tel: +27 11 239 5300<br />
Fax: +27 11 239 5790<br />
São Paulo<br />
Rua Gomes de Carvalho<br />
1195 – 3˚ andar<br />
Vila Olimpia, São Paulo – SP<br />
04547-004 Brasil<br />
Tel: +55 11 3195 8000<br />
Fax: +55 11 3195 8001<br />
United Arab Emirates<br />
Abu Dhabi<br />
Villa 1, South 20, Section 37<br />
Bein Al Gesrein, Abu Dhabi, UAE<br />
Tel: +971 2 558 4661 ext. 11<br />
Fax: +971 2 558 4663<br />
USA<br />
Amherst<br />
100 Sylvan Parkway<br />
Amherst, NY 14228-1146 USA<br />
Tel: +1 716 689 3737<br />
Fax: +1 716 689 3749<br />
Hous<strong>to</strong>n<br />
2950 Cullen Parkway, Suite 201<br />
Pearland, TX 77584 USA<br />
Tel: +1 832 736 9590<br />
Fax: +1 832 736 9580<br />
Pittsburgh<br />
Gateway View Plaza<br />
1600 West Carson Street, Suite 1<br />
Pittsburgh, PA 15219 USA<br />
Tel: +1 412 497 2000<br />
Fax: +1 412 497 2212<br />
Seattle<br />
6 Nickerson Street, Suite 101<br />
Seattle, WA 98109 USA<br />
Tel: +1 206 352 5730<br />
Fax: +1 206 352 5734<br />
23
www.hatch.ca<br />
24 POWER. FROM CONCEPT TO REALITY.