Conference Program - WateReuse Association
Conference Program - WateReuse Association
Conference Program - WateReuse Association
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2008 SYMPOSIUM PROGRAM<br />
Upcoming Events<br />
Water Reuse in Agriculture: Ensuring Food Safety<br />
October 26–28, 2008<br />
Monterey Plaza Hotel & Spa<br />
Monterey, CA<br />
23rd ANNUAL <strong>WateReuse</strong> SYMPOSIUM<br />
September 7–10, 2008<br />
Hilton Anatole<br />
Dallas, Texas<br />
Potable Reuse for Water Supply Sustainability: Critical Today – Essential Tommorow<br />
November 16–18, 2008<br />
Hyatt Regency Long Beach<br />
Long Beach, CA<br />
2009 California Section Annual <strong>Conference</strong><br />
March 22–24, 2009<br />
Intercontinental Mark Hopkins<br />
San Francisco, CA<br />
13th Annual Water Reuse & Desalination Research <strong>Conference</strong><br />
May 18–19, 2009<br />
Hilton Waterfront Beach Resort<br />
Huntington Beach, CA<br />
24th Annual <strong>WateReuse</strong> Symposium<br />
September 13–16, 2009<br />
Sheraton Seattle Hotel<br />
Seattle, WA<br />
25th Annual <strong>WateReuse</strong> Symposium<br />
September 12–15, 2010<br />
Omni Shoreham Hotel<br />
Washington, DC
Table of Contents<br />
Schedule of Events.......................................................4<br />
General Information....................................................6<br />
2008 <strong>WateReuse</strong> Award Winners..................................8<br />
Sunday <strong>Program</strong> Matrix..............................................15<br />
Sunday Session Descriptions.......................................16<br />
Monday <strong>Program</strong> Matrix.............................................21<br />
Monday Session Descriptions......................................23<br />
Tuesday <strong>Program</strong> Matrix..............................................31<br />
Tuesday Session Descriptions......................................33<br />
Wednesday <strong>Program</strong> Matrix........................................41<br />
Wednesday Session Descriptions.................................42<br />
2008 Symposium Sponsors.........................................47<br />
Exhibit Hall Floor Plan................................................52<br />
2008 Symposium Exhibitors........................................53<br />
<strong>WateReuse</strong> <strong>Association</strong> Board of Directors & Staff..........58<br />
Symposium Planning Committee.................................58<br />
Welcome to Dallas!<br />
O<br />
n behalf of the <strong>WateReuse</strong> <strong>Association</strong>, the<br />
Water Environment Federation (WEF), and the<br />
American Water Works <strong>Association</strong> (AWWA),<br />
we welcome you to Big D—Dallas, TX for the<br />
<strong>WateReuse</strong> <strong>Association</strong>’s 23 rd Annual Symposium. This<br />
Symposium has become the preeminent conference devoted<br />
to water reuse and desalination and the place water professionals<br />
come to get the information and resources they<br />
need to develop new sources of water and solve critical<br />
utility issues.<br />
With many parts of the world facing drought conditions,<br />
increasing concern about climate change, and unknown concentrations<br />
of pharmaceuticals and potential endocrine disrupting<br />
agents in water, many communities are searching for<br />
alternative sources of water supply. This Symposium includes<br />
124 technical papers devoted to such pivotal topics as urban<br />
water reuse, membrane treatment technologies, water quality<br />
issues, health effects and risk assessment, indirect potable<br />
reuse, desalination advances around the world, agricultural<br />
reuse, disinfection, and regulatory issues.<br />
Symposium Planning Committee Tri-Chair Danny Vance<br />
will moderate an opening session that is filled with prominent<br />
speakers. Dallas Mayor Tom Leppert will welcome<br />
Symposium attendees to the city. <strong>WateReuse</strong> <strong>Association</strong><br />
President Richard Atwater will deliver the Presidential<br />
Address followed by Congresswoman Kay Granger (R-TX), a<br />
member of the House Appropriations Committee, who is the<br />
highest ranking Republican woman in the House of<br />
Representatives. Texas Lt. Governor David Dewhurst has also<br />
been invited to speak. The opening session will also include<br />
presentations by Rebecca West, President-Elect of WEF and<br />
Jerald Stevens, Vice President of AWWA.<br />
For more in depth discussion and interaction, the<br />
Symposium includes several panel presentations and<br />
forums. On Monday, a panel discussion will examine the<br />
move to desalination including the current status in the U.S.<br />
and Australia. Tuesday’s annual National Legislative and<br />
Water Policy Outlook Session will offer presentations from<br />
Federal and industry leaders (Jeff Garwood, GE Water) on<br />
legislative activities related to water reuse and desalination.<br />
The Regulatory Forum will include presentations from regulators<br />
and water managers and an open discussion on rulemaking<br />
activities, issues faced, and accomplishments. This<br />
year’s User Issues Forum will focus on the use of reclaimed<br />
water at golf courses, including implementation of satellite<br />
facilities, and will provide a unique opportunity for golf<br />
course superintendents and water reuse providers to<br />
exchange ideas.<br />
The Symposium will conclude on Wednesday with a closing<br />
plenary session that you will not want to miss. Noted water<br />
reuse expert Dr. Jim Crook will moderate a provocative panel<br />
discussion titled “Pharmaceuticals in Water—Should We Be<br />
Concerned.” This is your opportunity to hear what the<br />
experts think about the collection of natural and man-made<br />
compounds in most of our water sources—and weigh in<br />
with your opinion.<br />
To round out your conference experience, the Symposium<br />
offers many networking opportunities. On Sunday morning,<br />
join us for the Golf Tournament at Cedar Crest Golf Course.<br />
On Sunday evening, there is a welcome reception in the<br />
exhibit hall where you can discuss state of the art equipment<br />
and service with leading industry vendors. On Monday afternoon,<br />
you will be able to sit with your colleagues for the<br />
annual awards luncheon and membership meeting. And, on<br />
Monday evening, the President’s Reception will be held in<br />
the Anatole Atrium. Three tours are available on Monday<br />
and Tuesday to visit successful local reuse projects.<br />
You will also find that there is much to see and do while in<br />
Dallas. Come early and watch the Rangers play Boston on<br />
Saturday and Sunday evenings, attend a live Beach Boys<br />
concert with the Dallas Symphony Orchestra, pretend you<br />
are a race car driver as you get behind the wheel of a 450<br />
HP Z06 Corvette at Texas Motor Speedway, shop the<br />
Galleria or the Dallas Market Center—the world’s largest<br />
wholesale trade center.<br />
On behalf of the Symposium Planning Committee, we hope<br />
that you enjoy this premier water reuse and desalination conference.<br />
Each year the Symposium gets bigger and better and<br />
this year is no exception. If there is anything that we can do to<br />
make your attendance more meaningful, please let us know.<br />
Danny Vance<br />
Trinity River Authority<br />
<strong>WateReuse</strong> <strong>Association</strong><br />
Alan Rimer<br />
Black & Veatch<br />
American Water Works <strong>Association</strong><br />
Don Vandertulip<br />
CDM<br />
Water Environment Federation<br />
2 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 3
Schedule of Events<br />
Sunday, September 7, 2008<br />
9:00 a.m. – 5:30 p.m. Registration Open (Atrium Convention Registration Desk)<br />
1:00 p.m. – 4:30 p.m. Concurrent Technical Sessions<br />
❖ S1: Current Issues in Desalting (L’Entrecote)<br />
❖ S2: Groundwater Recharge (Grand Ballroom B)<br />
❖ S3: Microconstituents (Grand Ballroom A)<br />
❖ S4: Regional Water Reuse Issues/Funding Strategies (Obelisk)<br />
2:30 p.m. – 3:00 p.m. Refreshment Break (Grand Ballroom Foyer)<br />
5:30 p.m. – 7:00 p.m. Welcome Reception (Stemmons Ballroom)<br />
Monday, September 8, 2008<br />
7:00 a.m. – 3:30 p.m. Registration Open (Atrium Convention Registration Desk)<br />
7:00 a.m. – 3:30 p.m. Exhibit Hall Open (Stemmons Ballroom)<br />
7:00 a.m. – 8:00 a.m. Continental Breakfast (Stemmons Ballroom)<br />
8:00 a.m. – 9:30 a.m. Opening Session (Grand Ballroom CDE)<br />
9:30 a.m. – 10:00 a.m. Refreshment Break (Stemmons Ballroom)<br />
10:00 a.m. – 12:00 p.m. Concurrent Technical Sessions<br />
❖ A1: The Move to Desalination – A Panel Discussion (L’Entrecote)<br />
❖ B1: Health Effects & Risk Assessment (Grand Ballroom B)<br />
❖ C1: Innovative Reuse Applications (Grand Ballroom A)<br />
❖ D1: Storage/Irrigation Issues (Obelisk)<br />
12:00 p.m. – 1:30 p.m. Awards Luncheon and Annual Membership Meeting (Grand Ballroom CDE)<br />
1:30 p.m. – 5:30 p.m. North Texas Municipal Water District – East Fork Raw Water Supply Project Facility Tour<br />
(Departing from Clock Tower Entrance)<br />
1:30 p.m. – 5:00 p.m. Concurrent Technical Sessions<br />
❖ A2: Inland/Brackish Water Desalination Issues (L’Entrecote)<br />
❖ B2: Membrane Technologies for Water Reuse (Grand Ballroom B)<br />
❖ C2: Water Reuse Planning Issues (Grand Ballroom A)<br />
❖ D2: Industrial Issues (Obelisk)<br />
3:00 p.m. – 3:30 p.m. Refreshment Break (Stemmons Ballroom)<br />
5:30 p.m. – 7:00 p.m. President’s Reception – Welcome to Texas Y’all (Atrium 1)<br />
Tuesday, September 9, 2008<br />
7:00 a.m. – 3:30 p.m. Registration Open (Atrium Convention Registration Desk)<br />
7:00 a.m. – 3:30 p.m. Exhibit Hall Open (Stemmons Ballroom)<br />
7:00 a.m. – 8:00 a.m. Continental Breakfast (Stemmons Ballroom)<br />
8:00 a.m. – 9:30 a.m. Concurrent Technical Sessions<br />
❖ A3: Desalination Implementation and Economics (L’Entrecote)<br />
❖ B3: Ground Water Issues and ASR (Grand Ballroom A&B)<br />
❖ C3: Water Quality Issues (Grand Ballroom C)<br />
❖ D3: National Legislative and Water Policy Outlook Session (Grand Ballroom D)<br />
9:30 a.m. – 10:00 a.m. Refreshment Break (Stemmons Ballroom)<br />
9:30 a.m. – 1:30 p.m. Dallas County Utility Reclamation District and Trinity River Authority – Urban Reuse Facility Tour<br />
(Departing from Clock Tower Entrance)<br />
10:00 a.m. – 12:00 p.m. Concurrent Technical Sessions<br />
❖ A4: Desalination Concentrate Management – Part I (L’Entrecote)<br />
❖ B4: Treatment Technologies (Grand Ballroom A&B)<br />
❖ C4: Water Reuse in the Urban Environment (Grand Ballroom C)<br />
❖ D4: Regulatory Forum (Grand Ballroom D)<br />
12:00 p.m. – 1:30 p.m. Lunch on your own<br />
12:00 p.m. – 1:30 p.m. Potable Reuse Committee Meeting (Batik A)<br />
12:00 p.m. – 1:30 p.m. Public Education & Outreach Committee Meeting (Batik B)<br />
12:00 p.m. – 1:30 p.m. Membership Committee Meeting (Cardinal A)<br />
12:00 p.m. – 1:30 p.m. International Committee Meeting (Cardinal B)<br />
Tuesday, September 9, 2008 (cont.)<br />
1:30 p.m. – 5:00 p.m. Concurrent Technical Sessions<br />
❖ A5: Desalination Concentrate Management – Part II (L’Entrecote)<br />
❖ B5: Disinfection Technologies (Grand Ballroom A&B)<br />
❖ C5: Surface Water Augmentation (Grand Ballroom C)<br />
❖ D5: User Issues Forum: Use of Reclaimed Water at Golf Courses (Grand Ballroom D)<br />
1:30 p.m. – 5:00 p.m. Texas Instruments Semiconductor Manufacturing Facility Tour (Departing from Clock Tower Entrance)<br />
3:00 p.m. – 3:30 p.m. Refreshment Break (Stemmons Ballroom)<br />
Wednesday, September 10, 2008<br />
7:00 a.m. – 8:30 a.m. Registration Open (Atrium Convention Registration Desk)<br />
7:00 a.m. – 8:00 a.m. Continental Breakfast (Grand Ballroom Foyer)<br />
8:00 a.m. – 10:00 a.m. Concurrent Technical Sessions<br />
❖ A6: Advances in Desalination Technology (L’Entrecote)<br />
❖ B6: Regulatory Considerations (Grand Ballroom A&B)<br />
❖ C6: Planning for Water Reuse (Grand Ballroom C)<br />
❖ D6: Wetland Issues (Grand Ballroom D)<br />
10:00 a.m. – 10:15 a.m. Refreshment Break (Grand Ballroom Foyer)<br />
10:15 a.m. – 12:00 p.m. Closing Plenary Session: Pharmaceuticals in Water—Should We Be Concerned?<br />
(Grand Ballroom D&E)<br />
12:00 p.m. – 12:15 p.m. Closing Remarks (Grand Ballroom D&E)<br />
4 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 5
General Information<br />
Registration Desk Hours<br />
The Registration Desk will be located at the Atrium<br />
Convention Registration Desk in front of the Grand<br />
Ballroom at the Hilton Anatole Hotel. The registration desk<br />
will be open during the following hours:<br />
Sunday, September 7<br />
Monday, September 8<br />
Tuesday, September 9<br />
Wednesday, September 10<br />
9:00 a.m. – 5:30 p.m.<br />
7:00 a.m. – 3:30 p.m.<br />
7:00 a.m. – 3:30 p.m.<br />
7:00 a.m. – 8:30 a.m.<br />
Professional Development Hours (PDHs)<br />
The <strong>WateReuse</strong> <strong>Association</strong> is pleased to offer Professional<br />
Development Hours (PDHs) for the 23 rd Annual <strong>WateReuse</strong><br />
Symposium. More and more certification and licensing<br />
authorities, companies, government agencies, and organizations<br />
are requiring that professionals earn a certain number of<br />
continuing education or professional development hours each<br />
year. A Professional Development Hour is generally defined as<br />
one clock hour that is spent engaged in an activity that contributes<br />
to the advancement or enhancement of professional<br />
skills or scientific knowledge of a professional engineer.<br />
Professional Development Hours are available for individuals<br />
successfully completing concurrent technical sessions<br />
throughout the conference. PDHs are acquired on a contact<br />
hour basis with one PDH equaling one hour attended. It is<br />
the attendee’s responsibility to keep his or her own record of<br />
PDHs and submit them to the <strong>WateReuse</strong> office.<br />
Terminology and education credit requirements and restrictions<br />
vary widely. All participants are responsible for checking with<br />
their license/certification authority to ensure that the <strong>WateReuse</strong><br />
technical concurrent sessions meet specific requirements.<br />
NOTE: The form for tracking Professional Development<br />
Hours is located in your registration packet. These forms can<br />
be dropped off at one of the drop boxes located throughout<br />
the conference or mailed to the <strong>WateReuse</strong> <strong>Association</strong> office<br />
after the conference<br />
<strong>Conference</strong> Bookstore and Lounge<br />
The Symposium will have an onsite bookstore again this year<br />
which will offer <strong>WateReuse</strong> Foundation research reports and<br />
publications of the <strong>WateReuse</strong> <strong>Association</strong>, as well as books<br />
published and recommended by the conference speakers. In<br />
addition to the bookstore, we will have a reading lounge area<br />
and a cappuccino bar for attendees to enjoy.<br />
The conference bookstore and lounge will be located in the<br />
back of the Exhibit Hall in the Stemmons Ballroom.<br />
Public Transportation<br />
The Dallas Area Rapid Transit (DART) gets you around<br />
Dallas and 12 surrounding cities with modern public transit<br />
services and customer facilities tailored to make your trip fast,<br />
comfortable and economical. With 35 rail stations and 15 bus<br />
transit centers, your DART pass is like a key to the city —<br />
putting you within steps of the places you go every day.<br />
DART buses and trains operate daily from approximately<br />
5 a.m. to midnight. DART Rail offers service every 5–10 minutes<br />
during rush hours and every 20–30 minutes during<br />
midday and on nights and weekends.<br />
<strong>Conference</strong> Proceedings<br />
<strong>Conference</strong> registrants will receive the <strong>Conference</strong><br />
Proceedings on a USB flash drive with their registration<br />
materials. It will include papers for each session and provide<br />
a comprehensive and consistent body of knowledge for<br />
attendees to use. In addition, the flash drive will include<br />
information about the <strong>WateReuse</strong> <strong>Association</strong>, and a list of<br />
exhibitors and sponsors.<br />
PowerPoint presentations will not be available on the<br />
<strong>Conference</strong> Proceedings flash drive; however, we will post the<br />
presentations on our website after the conference.<br />
6 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 7
2008 <strong>WateReuse</strong> Award Winners<br />
<strong>WateReuse</strong> Projects of the Year – Large<br />
North Texas Municipal Water District East—Fork Raw<br />
Water Supply Project (Wylie, TX)<br />
Representing the largest project in Texas using reclaimed<br />
water to augment a surface water supply source, the East<br />
Fork Raw Water Supply Project will provide the North<br />
Texas Municipal Water District (NTMWD) with over<br />
102,000 acre-feet of water per year – enough water to<br />
serve a half million people. When completed in mid-2008,<br />
this project will divert an average of 91 million gallons per<br />
day (MGD) of effluent dominated water from the East<br />
Fork of the Trinity River and polish the water in one of<br />
the largest constructed wetlands in the country (1,840<br />
acres). After passage through the wetland, the water will<br />
be pumped through an 84-inch pipeline 43 miles north of<br />
the project site to Lavon Lake for storage, blending, and<br />
water supply use.<br />
The East Fork Raw Water Supply Project includes six major<br />
components:<br />
❖ 165-MGD peak capacity diversion pump station to take<br />
water from the East Fork of the Trinity River<br />
❖ 1,840-acre constructed wetland to provide polishing treatment<br />
of the diverted East Fork water<br />
❖ 165-MGD peak capacity conveyance pump station to<br />
pump the polished water to Lavon Lake<br />
❖ Electrical substation to provide power for the conveyance<br />
pump station<br />
❖ 43 miles of 84-inch diameter conveyance pipeline starting<br />
near Crandall, TX and extending through Kaufman,<br />
Rockwall, and Collin counties to transfer water from the<br />
wetlands to Lavon Lake<br />
❖ Nature Center to provide educational opportunities<br />
A multi-year project, work first began on the constructed<br />
wetland in 2004 with the design and construction of the first<br />
of two nursery wetlands. The initial nursery, 20-acres in size,<br />
was used to provide plant stock of selected emergent wetland<br />
species for a 200-acre second phase nursery. The 200-acre<br />
nursery, completed in early 2006, is being used to provide<br />
over 1.6 million plants for the full scale wetland, scheduled<br />
to be completed in mid 2008.<br />
The $31 million constructed wetland involved many design<br />
challenges, including maximizing the wetland treatment area<br />
within a confined project footprint; coordinating several<br />
local, state and federal regulatory entities and acquiring the<br />
needed permits from same; designing wetland cells and water<br />
conveyances to handle peak diversion rates up to 165 MGD<br />
while maintaining optimal water levels within the wetland;<br />
and planning a sequence of construction activities such that<br />
it is coordinated with four other projects and can be completed<br />
in the shortest time-frame possible. Other activities<br />
included the monitoring of wetland plant growth and water<br />
levels within the nurseries and wetland cells, as well as conducting<br />
a comprehensive survey relating to the mosquito<br />
dynamics within the project and nearby areas.<br />
Orange County Water District/Orange County Sanitation<br />
District – Groundwater Replenishment System<br />
(Fountain Valley, CA)<br />
The Groundwater Replenishment (GWR) System is the<br />
largest water purification and reuse project of its kind in<br />
the world. The new system increases Orange County’s<br />
water independence by providing a locally controlled,<br />
drought-proof supply of safe, high quality water. At full<br />
capacity, the GWR System will generate enough pure<br />
water to meet the needs of 500,000 people. GWR System<br />
purified water is higher quality than all state and federal<br />
drinking water standards and has water quality similar to<br />
distilled water.<br />
The GWR System takes highly treated wastewater that is<br />
currently going to the ocean and purifies and reclaims it to<br />
produce 72,000 acre-feet of purified water each year. The<br />
GWR System produces water using half the energy<br />
required to pump water to Southern California from<br />
Northern California – saving enough energy to power<br />
21,000 homes each year.<br />
More than a decade in development, the elected leaders of<br />
Orange County Water District (OCWD) and the Orange<br />
County Sanitation District (OCSD) were visionary in their<br />
pursuit of the GWR System and their understanding of<br />
water reuse and its potential as a new water resource. The<br />
partnership between the two agencies to develop the GWR<br />
System is groundbreaking and has already significantly<br />
assisted in the advancement of water reuse throughout the<br />
world. The GWR System is being replicated in Australia and<br />
other locations in the United States facing water supply<br />
challenges, such as Florida, California and Colorado.<br />
Additionally, the GWR System’s water quality research and<br />
data aided Singapore in pursuing their world renowned<br />
NEWater project.<br />
<strong>WateReuse</strong> Project of the Year – Small<br />
Carnation Wastewater Treatment Facility (Seattle, WA)<br />
Lack of centralized wastewater collection and treatment has<br />
limited growth and forestalled development plans within the<br />
City of Carnation. To enable Carnation to grow according to<br />
their Comprehensive Plan, the City of Carnation has partnered<br />
with King County to provide local wastewater treatment.<br />
The 1.1 square mile city lies in an environmentally and<br />
culturally sensitive rural area on the eastern edge of metropolitan<br />
King County with spawning grounds for Chinook<br />
and Coho salmon as well as habitat for a number of other<br />
documented special-status species located in the nearby<br />
stretch of Snoqualmie River.<br />
In May 2008, King County began operation of a 0.4 MGD<br />
membrane bioreactor and ultraviolet disinfection wastewater<br />
treatment facility. In partnership with Ducks Unlimited, a<br />
national environmental organization, this project has been<br />
combined with enhancement of the Chinook Bend Natural<br />
Area. This fall, all the treated water from the plant is planned<br />
to provide drought tolerant hydrology to a degraded natural<br />
wetland. Managed as an open space and habitat protection<br />
designated area, the Chinook Bend wetland will become the<br />
primary discharge location for Class A reclaimed water. The<br />
Snoqualmie River outfall adjacent to the wetland will serve as<br />
the backup discharge location.<br />
A number of strong interagency partnerships were developed<br />
to support a long-term holistic integrated water resource<br />
management approach. The shared goals successfully met<br />
obligations and regulatory requirements while providing<br />
wildlife benefits and enhancing the passive recreation opportunities<br />
in a forested wetland.<br />
<strong>WateReuse</strong> Project of the Year – Desalination<br />
Facility<br />
Kay Bailey Hutchison Desalination Facilities (El Paso, TX)<br />
In the arid southwest, on the United States-Mexico border<br />
where rainfall and water supplies are limited, water management<br />
and conservation are a way of life. In a collaborative<br />
and innovative move to preserve the region’s water resources,<br />
El Paso Water Utilities (EPWU) and the U.S. Army at Fort<br />
Bliss have jointly implemented the largest groundwater<br />
desalination project in North America. Tapping vast brackish<br />
water reserves beneath the desert floor, the 27.5-million-gallon-per-day<br />
(MGD) Kay Bailey Hutchison Desalination<br />
Facilities project—named after the senior U.S. senator from<br />
Texas—applies advanced technologies to develop a sustainable<br />
drinking water supply for the city of El Paso and Fort<br />
Bliss, helping to maintain a high quality of life for this growing<br />
desert community.<br />
The $87 million, state-of-the-art project—developed through<br />
the largest public-private partnership involving the<br />
Department of Defense and a municipality—is a collaborative<br />
and innovative approach to wisely managing the region’s<br />
limited resources. Reverse osmosis membranes—a proven<br />
technology for coastal desalination—were uniquely applied<br />
and refined for this inland application while deep-well injection—assisted<br />
by solar energy—safely conveys 3 MGD of<br />
waste concentrate nearly 4,000 feet below ground with no<br />
adverse environmental impact. Supported by this new drinking<br />
water supply, the Army increased personnel and operations<br />
at Fort Bliss, ensuring military readiness and benefiting<br />
the local economy.<br />
This flagship project demonstrates a holistic water supply<br />
approach, integrating fresh groundwater, brackish groundwater,<br />
reclaimed water and surface water to maximize limited<br />
supplies, and will serve as a model and center of learning for<br />
other communities that are looking for sustainable options<br />
to meet their long-term water needs.<br />
<strong>WateReuse</strong> Institution of the Year<br />
City of Santa Rosa’s Subregional Water Reuse System<br />
(Santa Rosa, CA)<br />
The City of Santa Rosa is the owner of the Santa Rosa<br />
Subregional Water Reclamation System (SWRS), which also<br />
serves its regional partners including the Cities of Rohnert<br />
Park, Cotati, and Sebastopol in Northern California. The<br />
SWRS treats all of its wastewater to California’s highest<br />
standard—Disinfected Tertiary Recycled Water for<br />
Unrestricted Use. More importantly, the SWRS has<br />
achieved an unprecedented level of reuse for a utility of its<br />
size in California—95% (20,000 acre-feet/year) of the<br />
wastewater that is generated by the system is recycled for<br />
beneficial uses! To achieve this, the SWRS has invested over<br />
$350 million of local funds to build:<br />
❖ 1.6 billion gallons of storage facilities to manage<br />
seasonal demand patterns<br />
❖ A 46 mile long network of transmission and distribution<br />
piping to irrigate over 6,400 acres of land, including:<br />
• 6,000 acres of agriculture that produces local organic<br />
food and award-winning Sonoma County wines<br />
• 400 acres of urban landscapes including Sonoma State<br />
University, schools, parks, and other essential community<br />
sites<br />
❖ The largest recycled water to renewable energy project in<br />
the world, consisting of a 41-mile long, 48-inch diameter<br />
Geysers Pipeline along with pump stations and storage<br />
facilities to lift recycled water up to a mountain top where<br />
it is injected into a geothermal steamfield. Recovered<br />
steam is used to create a new, sustainable energy supply<br />
(150 MW) for over 100,000 homes.<br />
The SWRS is also in the process of expanding urban irrigation<br />
to new customers, offsetting potable demands from the<br />
8 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 9
Russian River and increasing water supply and supply reliability<br />
for agriculture, the environment, and the growing<br />
population within the service area. The remaining 5% of<br />
the recycled water that is not beneficially reused is discharged<br />
during the winter to the Laguna when stream flows<br />
are high in a manner that is protective of three federally<br />
endangered salmonid species.<br />
<strong>WateReuse</strong> Public Education <strong>Program</strong> of the Year<br />
Cheyenne Board of Public Utilities/Cheyenne Water Reuse<br />
<strong>Program</strong> (Cheyenne, WY)<br />
Cheyenne’s Water Reuse System became a phenomenal success<br />
following the implementation of it’s Public<br />
Information <strong>Program</strong>. The effort resulted in a successful<br />
outreach curriculum to educate end users and residents,<br />
who now use Cheyenne’s water resources wisely by irrigating<br />
with recycled water.<br />
As Cheyenne launched the first major water recycling program<br />
in Wyoming, irrigation with recycled water was misunderstood.<br />
Other cities in Wyoming had tried to recycle water<br />
and stopped when their efforts were rejected by the public.<br />
With foresight, commitment, and a program to enhance<br />
understanding, the residents of Cheyenne rallied to show<br />
public support, resulting in the successful reuse project.<br />
duce up to 150 MW of clean reliable geothermal power for<br />
the California power grid. This very successful public-private<br />
partnership project also helps keep waterways clean and<br />
eliminate fossil fuel emissions.<br />
Calpine is the customer of the Santa Rosa Geysers Recharge<br />
Project and has a 30-year contract with Santa Rosa to<br />
receive recycled water. Recycled water is pumped to The<br />
Geysers geothermal field located 41 miles from, and at an<br />
elevation of 3,300 feet higher than the wastewater treatment<br />
facility. Calpine injects the recycled water into the<br />
steam reservoir where it is heated up to make new steam to<br />
generate clean renewable geothermal energy. Calpine<br />
receives and manages up to 5 billion gallons per year of<br />
recycled water from Santa Rosa.<br />
Calpine constructed various facilities at the Geysers to<br />
use the recycled water including water pipelines, a pumping<br />
station, and injection wells. Calpine provides electrical<br />
power from its Geysers power plants to power four of five<br />
pump stations for the system. Calpine operators control<br />
distribution of water to multiple injection wells across The<br />
Geysers. The green power produced reduces carbon dioxide<br />
by 570 million pounds and nitrous oxides by 253<br />
thousand pounds annually over that of natural gas-fired<br />
power plants.<br />
40%. This major decrease in per capita water use places<br />
Pinellas County among the lowest in per capita water consumption<br />
in the nation with a 2006-07 per capita use of 89<br />
gallons per person per day.<br />
One of the largest efforts toward conservation was embodied<br />
in the effort to create a reclaimed water system that was<br />
focused on reducing potable water use. Pinellas County<br />
began providing reclaimed water in the mid 1970s and<br />
currently has 340 miles of reclaimed water lines in operation,<br />
providing an average of 30 million gallons of water<br />
per day to 18,500 county resident and business accounts. A<br />
significant component of the system is the purchase of<br />
reclaimed water from other cities through interconnects<br />
for sale to County customers.<br />
<strong>WateReuse</strong> Award of Merit<br />
Alan Plummer, Alan Plummer Associates, Inc.<br />
(Fort Worth, TX)<br />
With a visionary spirit and a personal commitment to environmental<br />
stewardship, Alan Plummer has played a key role<br />
in the promotion, support and implementation of water<br />
reuse in Texas. Alan’s success can be attributed to his unique<br />
ability to allay the political, financial, and public perception<br />
issues related to water reuse. In about 1980, Alan worked on<br />
the largest water reuse project at the time for the Dallas<br />
County Utility and Reclamation District. This supply system,<br />
still in operation, supplies up to 16-MGD of reclaimed water<br />
from the Trinity River Authority’s Central Regional<br />
Wastewater System to irrigate golf courses and landscaped<br />
areas as well as maintain water levels in over 30 canals and<br />
lakes. This project has supplied over 20 billion gallons of<br />
reclaimed water since inception. Alan has also assisted the<br />
Tarrant Regional Water District and the North Texas<br />
Municipal Water District with two of the largest indirect<br />
reuse projects in the United States. These projects divert water<br />
from the Trinity River, which, during dry periods, consists<br />
primarily of wastewater effluent from Dallas-Fort Worth. The<br />
projects use constructed wetland systems for polishing treatment<br />
prior to supply reservoir delivery. These projects, once<br />
complete, will provide over 250-MGD of additional supply to<br />
Dallas-Fort Worth. Alan has served on numerous state and<br />
national water reuse committees and is nationally-recognized<br />
as a passionate advocate of water reuse’s importance to the<br />
future of water supply. His leadership and vision have been<br />
instrumental in advancing awareness and development of<br />
water reuse and deserve recognition.<br />
Cheyenne’s Board of Public Utilities (BOPU) presented the<br />
outreach items, as well as presentations, brochures, infomercials<br />
and frequently asked Q&As. Based on its investigations<br />
of previous projects, BOPU set three objectives for the outreach<br />
campaign for use of recycled water for irrigation,<br />
including:<br />
By using up to 5 billion gallons per year of recycled water,<br />
Calpine Corporation is one of the largest users (customers)<br />
of recycled water in the world. Calpine is so convinced of the<br />
value of recycled water that it has invested almost $100 million<br />
in facilities to ensure that this valuable resource will be<br />
used over the next 30 years and beyond.<br />
❖ Communication detailing recycled water benefits.<br />
❖ Facts to prove the safety of recycled water.<br />
<strong>WateReuse</strong> Person of the Year<br />
Pick Talley (Tampa, Fl)<br />
❖ Outline of BOPU’s outstanding reputation as the source of<br />
quality water in Cheyenne.<br />
Currently, Cheyenne is receiving national attention, an<br />
immense honor for a city of 54,000. The American Water<br />
Works <strong>Association</strong> and Rural Water <strong>Association</strong> have both<br />
expressed interest in using the training materials developed<br />
for the BOPU. Considering that the Public Information<br />
<strong>Program</strong> for Cheyenne’s Water Reuse System was hesitantly<br />
approved by the Board, it has excelled into a nationally recognized<br />
public education program.<br />
<strong>WateReuse</strong> Customer of the Year<br />
Calpine Corporation (Middletown, CA)<br />
In 1994, Pinellas County’s Water System, Sewer System and<br />
Department of Solid Waste Management began the process<br />
of consolidation to form Pinellas County Utilities. The consolidation<br />
brought new strengths to the utility, its divisions<br />
and conservation initiatives. The new Utilities organization<br />
and logo were officially recognized in February of 1995.<br />
Pick Talley, as director of utilities, headed the new organization<br />
made up of nine departments and their respective<br />
directors. He continued in that role until his retirement<br />
earlier this year.<br />
Pinellas County Utilities and its 600-plus strong staff, serves<br />
the daily needs of over 600,000 water customers, 350,000<br />
wastewater customers, and handles solid waste disposal for<br />
the entire county.<br />
The Santa Rosa Geysers Recharge Project is the largest recycled<br />
water to renewable energy project in the world. This<br />
innovative project converts recycled water into steam to pro-<br />
Under Pick’s leadership, the use of public education and<br />
water conservation techniques helped residential consumption<br />
of water in Pinellas County steadily decrease by over<br />
10 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 11
<strong>WateReuse</strong> Award of Merit<br />
Global Water Center (Maricopa, AZ)<br />
Sunday<br />
In May 2007, Global Water Resources celebrated the opening<br />
of its administrative facility, the Global Water Center, in<br />
Maricopa, Arizona. Awarded LEED © Silver Certification in<br />
2008, Global believes this critically progressive facility will<br />
stand for future generations as a beacon for water conservation<br />
and sustainability.<br />
Global Water designed this facility to epitomize its corporate<br />
ethic which calls for a holistic and integrated approach to<br />
good water resource management; an approach that<br />
embraces the truth that good water resource policy must be<br />
grounded in innovative engineering and a sound financial<br />
approach and is ultimately dictated by public perception.<br />
The goal was to create a facility that would not only serve<br />
simply as Global’s administrative center, but as an educational<br />
force—engaging and educating the public about water<br />
scarcity and how the deployment of recycled water can safely<br />
and cost-effectively address this serious water resource issue.<br />
Water security, purification and reuse<br />
Chemical and biological testing<br />
Technology evaluation and development<br />
Emerging contaminants analyses<br />
NELAP and LT2 accreditation<br />
Indiana<br />
219-644-3511<br />
Texas<br />
254-751-9823<br />
12 2008 SYMPOSIUM PROGRAM
23 rd Annual <strong>WateReuse</strong> Symposium <strong>Program</strong><br />
9:00 a.m. –<br />
5:30 p.m.<br />
Sunday, September 7, 2008<br />
Registration Open Atrium Convention Registration Desk<br />
S1: Current Issues<br />
in Desalting<br />
Moderator: John Morris<br />
Metropolitan Water District of<br />
Southern California<br />
Room: L’Entrecote<br />
S2: Groundwater<br />
Recharge<br />
Moderator: Mark McNeal<br />
ASRus, LLC<br />
Room: Grand Ballroom B<br />
S3: Microconstituents<br />
Moderator: Kevin Conway<br />
Greeley and Hansen LLC<br />
Room: Grand Ballroom A<br />
S4: Regional<br />
Water Reuse Issues/<br />
Funding Strategies<br />
Moderator: Lisa Prieto<br />
CDM<br />
Room: Obelisk<br />
1:00 p.m. –<br />
1:30 p.m.<br />
Sustainable Water Supplies<br />
from Across the Pacific: A Tale<br />
of Two Countries<br />
Brent Alspach<br />
Malcolm Pirnie<br />
IPR – It’s Time Has Come!<br />
Tom Richardson<br />
RMC Water and Environment<br />
Performance Monitoring in Indirect<br />
Potable Reuse to Assure Proper<br />
Removal of Regulated and<br />
Unregulated Trace Organic Chemicals<br />
Jörg Drewes<br />
Colorado School of Mines<br />
The Importance of the Tucson Water<br />
Regional Reclaimed Water System to<br />
the Economic Vitality of the City of<br />
Tucson – Pima County Region<br />
Tim Thomure<br />
HDR Engineering<br />
1:30 p.m. –<br />
2:00 p.m.<br />
Critical Assessment of<br />
Implementing Seawater<br />
Desalination<br />
Pei Xu<br />
Colorado School of Mines<br />
Tracer Study of Reclaimed Water<br />
at Aquifer Recharge Systems<br />
Wontae Lee<br />
HDR Engineering<br />
EDC Removal: A Comparison of GAC<br />
Sorption and UV/Peroxide Oxidation<br />
Pilot Studies<br />
Clinton Rogers<br />
Carollo Engineers<br />
Low-cost Treatment Technologies for<br />
Small-Scale Water Reclamation Plants<br />
(<strong>WateReuse</strong> Foundation 06-008)<br />
Andrew Salveson<br />
Carollo Engineers<br />
2:00 p.m. –<br />
2:30 p.m.<br />
Offshore Desalination Plant<br />
Feasibility<br />
Mark Graves<br />
HDR Engineering<br />
Design, Construction, and Operation<br />
of a Groundwater Extraction and<br />
Treatment System for a Potable<br />
Water Supply<br />
Marc Schlebusch<br />
CDM<br />
Removal of EDCs in Septic Systems<br />
Designed for Production of Nonpotable<br />
Reuse Water<br />
Benjamin Stanford<br />
Southern Nevada Water Authority<br />
Satellite Versus Regional Treatment:<br />
A New Tool for a Big Choice<br />
Steve Davis<br />
Malcolm Pirnie<br />
2:30 p.m. –<br />
3:00 p.m.<br />
Refreshment Break Grand Ballroom Foyer<br />
3:00 p.m. –<br />
3:30 p.m.<br />
Application of Large-Diameter<br />
RO Membrane Elements for<br />
Desalination<br />
Robert Bergman<br />
CH2M HILL<br />
Transitioning Effluent Management<br />
from Direct Recharge to Achieving<br />
100% Beneficial Reuse in Surprise,<br />
Arizona<br />
Steven Sagstad<br />
Brown and Caldwell<br />
Removal of PhACs, EDCs, and<br />
Estrogenic Activity by a Pilot-Scale<br />
Photocatalysis Treatment Plant<br />
Mark Benotti<br />
Southern Nevada Water Authority<br />
Now We’re in the Business of Reuse:<br />
How Do We Pay for It?<br />
Dina O’Reilly and Cil Pierce<br />
HDR Engineering<br />
3:30 p.m. –<br />
4:00 p.m.<br />
Results from a Year-Long<br />
Seawater Desalination Pilot<br />
Study in San Francisco Bay<br />
Todd Reynolds<br />
Kennedy/Jenks Consultants<br />
Attention: Orange County Water<br />
District’s Groundwater Replenishment<br />
System is Now Operational<br />
Donald Cutler<br />
CDM<br />
Removal of Biochemically Active<br />
Compounds from Wastewater Effluent<br />
Using UV/H2O2 Treatment<br />
Erik Rosenfeldt<br />
University of Massachusetts, Amherst<br />
Reclaimed Water Rates — Is Full<br />
Cost Recovery for You?<br />
Alan Rimer<br />
Black & Veatch<br />
4:00 p.m. –<br />
4:30 p.m.<br />
Tampa Bay Seawater<br />
Desalination Facility:<br />
Acceptance Testing and<br />
Long Term Operations<br />
Efrain Rodriguez<br />
American Water<br />
Feasibility Study for Aquifer Recharge<br />
and Subsequent Indirect Potable<br />
Reuse in Southwest Florida<br />
John Powers<br />
CH2M HILL<br />
The Use of Surrogates and Indicators<br />
to Assess the Performance of Soil<br />
Aquifer Treatment Systems Treating<br />
Recycled Water<br />
Eric Dickenson<br />
Colorado School of Mines<br />
Reclaimed Water — Issues and<br />
Funding<br />
Diane Kemp<br />
CDM<br />
5:30 p.m. –<br />
7:00 p.m.<br />
Welcome Reception Stemmons Ballroom<br />
2008 SYMPOSIUM PROGRAM 15
Sunday Session Descriptions<br />
S1: Current Issues in Desalting<br />
L’Entrecote<br />
Sustainable Water Supplies from Across the Pacific:<br />
A Tale of Two Countries<br />
–Brent Alspach, Malcolm Pirnie<br />
With Australia locked in the grip of a persistent drought, the<br />
country is developing six major seawater desalination facilities<br />
ranging from 13 to 66 MGD. This presentation will highlight<br />
key aspects of these plants, including desalination alternatives,<br />
intake, outfall, project proponents, pretreatment,<br />
permitting, cost, and sustainability features.<br />
Critical Assessment of Implementing<br />
Seawater Desalination<br />
–Pei Xu, Colorado School of Mines<br />
The study identified a comprehensive set of challenges associated<br />
with implementation of seawater desalination, and<br />
developed a structural framework for a multi-criteria assessment<br />
of implementing desalination.<br />
Offshore Desalination Plant Feasibility<br />
–Mark Graves, HDR Engineering<br />
The feasibility of platform and mobile vessel based desalination<br />
plants are evaluated. Includes construction and operating<br />
strategies and costs to elucidate the economic, environmental,<br />
and technical challenges of constructing an offshore<br />
desalination facility based on the findings of previous studies<br />
and an ongoing <strong>WateReuse</strong> Foundation sponsored study.<br />
Application of Large-Diameter RO Membrane<br />
Elements for Desalination<br />
–Robert Bergman, CH2M HILL<br />
RO plant capacity has increased dramatically to meet increasing<br />
water needs. Recently-commercialized large-diameter (16"<br />
and 18") RO elements can reduce the number of required<br />
components of a membrane system, the required “footprint”<br />
area, and associated costs. This presentation will summarize the<br />
development and application of large-diameter RO elements.<br />
advanced MF and UF pretreatment and SWRO technologies<br />
for desalting water from San Francisco Bay. Extensive water<br />
quality and environmental studies were also conducted to<br />
support project permitting.<br />
Tampa Bay Seawater Desalination Facility: Acceptance<br />
Testingand Long Term Operations<br />
–Efrain Rodriguez, American Water<br />
This presentation will provide details on the strict criteria<br />
utilized to demonstrate adequate and sustainable operation<br />
of the Tampa Bay Seawater Desalination facility during the<br />
Acceptance Testing performed after the modifications to the<br />
facility were implemented by American Water Acciona Agua.<br />
It also will provide a snapshot of current long-term operation<br />
and maintenance activities.<br />
S2: Groundwater Recharge<br />
Grand Ballroom B<br />
IPR – It’s Time Has Come!<br />
–Tom Richardson, RMC Water and Environment<br />
Water supply reliability and environmental drivers necessitate<br />
maximizing local recycled water supplies, and potable<br />
reuse provides the expanded market and year-round take to<br />
accomplish this goal. This presentation covers three<br />
California examples of how potable reuse can augment water<br />
supply reliability in an environmentally and economically<br />
sustainable manner.<br />
Tracer Study of Reclaimed Water at Aquifer<br />
Recharge Systems<br />
–Wontae Lee, HDR Engineering<br />
This presentation will discuss results from a tracer study to<br />
determine travel times of reclaimed water and wastewater<br />
constituents in artificial recharge systems augmented with<br />
reclaimed water.<br />
Design, Construction, and Operation of a<br />
Groundwater Extraction and Treatment System<br />
for a Potable Water Supply<br />
–Marc Schlebusch, CDM<br />
Transitioning Effluent Management from Direct Recharge<br />
to Achieving 100% Beneficial Reuse in Surprise, Arizona<br />
–Steven Sagstad, Brown and Caldwell<br />
This presentation will describe how the City of Surprise,<br />
Arizona will make the most of its groundwater supply<br />
through reclamation, aquifer recharge, and direct reuse. The<br />
city’s source aquifer is fully appropriated and is in overdraft<br />
condition. The city must make choices between recharge and<br />
reuse of effluent as it grows.<br />
Attention: Orange County Water District’s Groundwater<br />
Replenishment System is Now Operational<br />
–Donald Cutler, CDM<br />
The Groundwater Replenishment System uses an innovative<br />
approach to supply Orange County’s groundwater basin with<br />
a reliable source for meeting the region’s future potable water<br />
needs. By starting early in the design and continuing through<br />
construction, the project team have identified and met every<br />
challenge to successfully implement one of the largest indirect<br />
potable reuse projects in the world. This presentation<br />
focuses on the approach used by OCWD to commission,<br />
test, and startup the GWR facility, highlighting some of the<br />
project successes and challenges.<br />
Feasibility Study for Aquifer Recharge and Subsequent<br />
Indirect Potable Reuse in Southwest Florida<br />
–John Powers, CH2M HILL<br />
The results of a feasibility study to convert an existing production<br />
well to a recharge/injection well will be presented.<br />
Reclaimed water will be recharged into the subsurface to<br />
freshen a production zone. The reclaimed water/ambient<br />
groundwater will be recovered and treated at a RO WTP.<br />
Implications of aquifer recharge with reclaimed water and<br />
indirect potable reuse in Florida will be discussed.<br />
S3: Microconstituents<br />
Grand Ballroom A<br />
Performance Monitoring in Indirect Potable Reuse to<br />
Assure Proper Removal of Regulated and Unregulated<br />
Trace Organic Chemicals<br />
–Jörg Drewes, Colorado School of Mines<br />
EDC Removal: A Comparison of GAC Sorption and<br />
UV/Peroxide Oxidation Pilot Studies<br />
–Clinton Rogers, Carollo Engineers<br />
The goal of this pilot study is to make a recommendation to<br />
Snyderville Basin as to the feasibility of EDC removal at fullscale<br />
operation using existing plant infrastructure. Results<br />
from EDC removal, bioassays, and cost analysis will be presented<br />
for full-scale implementation of GAC sorption,<br />
ozone/peroxide, and peroxide/UV treatment techniques.<br />
Removal of EDCs in Septic Systems Designed for<br />
Production of Nonpotable Reuse Water<br />
–Benjamin Stanford, Southern Nevada Water Authority<br />
This presentation will describe the transformation and<br />
removal of steroid estrogens, nonylphenols, and total estrogenicity<br />
through case studies of two septic systems plumbed<br />
for nonpotable water reuse. Measurement techniques<br />
include LC/MS/MS, GC/MS/MS, and a yeast estrogen screen<br />
(YES) assay.<br />
Removal of PhACs, EDCs, and Estrogen Activity by a<br />
Pilot-Scale Photocatalysis Treatment Plant<br />
–Mark Benotti, Southern Nevada Water Authority<br />
A pilot-scale UV/TiO 2 treatment plant was evaluated. Most<br />
of the 31 targeted pharmaceutically-active compounds<br />
(PhACs) and endocrine disrupting compounds (EDCs) were<br />
removed from surface water, as was most of the estrogenic<br />
activity. Removal followed pseudo-first order kinetics. This<br />
technology offers great potential for water reuse practices.<br />
Removal of Biochemically Active Compounds from<br />
Wastewater Effluent Using UV/ H 2 O 2 Treatment<br />
–Erik Rosenfeldt, University of Massachusetts, Amherst<br />
The presence of Biologically Active Compounds in reuse<br />
water is of concern due to the persistence of these compounds.<br />
This project examines the effectiveness of UV/H 2 O 2<br />
AOP for degradation of 4 BACs (three antimicrobial compounds<br />
and 1 EDC) in wastewater treatment plant effluent<br />
as a potential source for reuse water.<br />
Results from a Year-Long Seawater Desalination<br />
Pilot Study in San Francisco Bay<br />
–Todd Reynolds, Kennedy/Jenks Consultants<br />
This presentation will provide results from the Marin<br />
Municipal Water District Seawater Desalination Pilot<br />
<strong>Program</strong>: a successful year-long desalination pilot study of<br />
This presentation will describe the reuse of contaminated<br />
groundwater after treatment to supplement a local potable<br />
water supply. Reused water can become a considerable asset<br />
provided that community stakeholders are assured of the<br />
quality of the treated water and that treatment operations<br />
meet or exceed federal, state, and local requirements.<br />
This presentation will report on the application of an<br />
approach using appropriate surrogate parameter (e.g., TOC)<br />
and indicator compounds (representing certain properties)<br />
to assess the removal efficiency of emerging trace organic<br />
chemicals in water treatment processes employed in indirect<br />
potable reuse projects.<br />
16 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 17
Sunday Session Descriptions (cont.)<br />
The Use of Surrogates and Indicators to Assess the<br />
Performance of Soil Aquifer Treatment Systems Treating<br />
Recycled Water<br />
–Eric Dickenson, Colorado School of Mines<br />
This study proposes the use of surrogates (bulk parameters)<br />
and indicators (individual organic compounds) to assess<br />
the performance of soil aquifer treatment systems treating<br />
wastewater-derived organic contaminants. Potential surrogates<br />
and indicators were identified and their ability to predict<br />
the removal of wastewater-derived chemical contaminants<br />
was tested.<br />
S4: Regional Water Reuse Issues/Funding Strategies<br />
Obelisk<br />
The Importance of the Tucson Water Regional Reclaimed<br />
Water System to the Economic Vitality of the City of<br />
Tucson – Pima County Region<br />
–Tim Thomure, HDR Engineering<br />
Due to historic groundwater over-pumping in central and<br />
southern Arizona, large turf users have been required to shift<br />
to the use of renewable water resources. Through the use of<br />
reclaimed water, the destination resort golf industry is able to<br />
expand and continually invest in ventures throughout the<br />
greater Tucson community.<br />
Low-cost Treatment Technologies for Small-Scale Water<br />
Reclamation Plants (<strong>WateReuse</strong> Foundation 06-008)<br />
–Andrew Salveson, Carollo Engineers<br />
The cost and operability data from existing small-scale water<br />
reuse facilities is being gathered and synthesized. From this<br />
analysis, treatment trains suitable for small-scale operation<br />
will be recommended with minimum capital, operation, and<br />
maintenance (O&M) cost while maintaining high product<br />
water quality.<br />
Satellite Versus Regional Treatment: A New Tool for a<br />
Big Choice<br />
–Steve Davis, Malcolm Pirnie<br />
This presentation will demonstrate a new decision support<br />
system (DSS) tool developed for the <strong>WateReuse</strong> Foundation<br />
which compares and contrasts satellite versus regional treatment<br />
for water reuse feasibility planning. The MS Excelbased<br />
spreadsheet will be described and demonstrated to<br />
show broad geographic applicability for a multiplicity of<br />
state regulations.<br />
Now We’re in the Business of Reuse: How Do We Pay for It?<br />
–Dina O’Reilly and Cil Pierce, HDR Engineering<br />
With the growth of communities, stringent regulations and<br />
rapidly shrinking supplies of potable water, utilities are looking<br />
to alternative sources of water to plan for their future<br />
and turning to reclaimed water. Often, pricing and cost<br />
recovery has been an obstacle. This presentation will discuss<br />
options for funding and rate development.<br />
Reclaimed Water Rates – Is Full Cost Recovery for You?<br />
–Alan Rimer, Black & Veatch<br />
Developing water reuse rates is considered by some to be an<br />
almost arbitrary process – rates are set without appropriate<br />
objectives in mind. There are a variety of ways to set rates.<br />
Some communities perceive it necessary to keep reclaimed<br />
water rates low to encourage use. Others, who view<br />
reclaimed water as a resource comparable to their raw water<br />
supply, are looking at the true cost of production and distribution<br />
of reclaimed water. These communities are looking at<br />
full cost recovery to establish their rates.<br />
This presentation will discuss the costs to be considered<br />
when developing reuse water rates. It is based on work done<br />
for the Orange Water & Sewer Authority (North Carolina)<br />
which has established such full cost recovery rates for a reuse<br />
system that will initially serve the University of North<br />
Carolina in Chapel Hill, NC.<br />
Reclaimed Water – Issues and Funding<br />
–Diane Kemp, CDM<br />
Water supply needs in Florida for the three major water<br />
management districts establish demands to be met with<br />
alternative water supplies. Funding and financial information<br />
for reclaimed water is presented. Examples of reclaimed<br />
water projects that have been implemented are presented.<br />
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brownandcaldwell.com<br />
Monday<br />
18 2008 SYMPOSIUM PROGRAM
23 rd Annual <strong>WateReuse</strong> Symposium <strong>Program</strong><br />
7:00 a.m. –<br />
3:30 p.m.<br />
7:00 a.m. –<br />
3:30 p.m.<br />
Monday, September 8, 2008<br />
Registration Open Atrium Convention Registration Desk<br />
Exhibit Hall Open Stemmons Ballroom<br />
7:00 a.m. –<br />
8:00 a.m.<br />
Continental Breakfast Stemmons Ballroom<br />
8:00 a.m. –<br />
9:30 a.m.<br />
Opening Session Grand Ballroom CDE<br />
9:30 a.m. –<br />
10:00 a.m.<br />
Refreshment Break Stemmons Ballroom<br />
A1: The Move to<br />
Desalination —<br />
A Panel Discussion<br />
Moderator: Bob Reed<br />
Reed & Associates<br />
Room: L’Entrecote<br />
B1: Health Effects &<br />
Risk Assessment<br />
Moderator: Craig Riley<br />
Washington State Department<br />
of Health<br />
Room: Grand Ballroom B<br />
C1: Innovative<br />
Reuse Applications<br />
Moderator: Alan Plummer<br />
Alan Plummer Associates<br />
Room: Grand Ballroom A<br />
D1: Storage/<br />
Irrigation Issues<br />
Moderator: Richard Nagel<br />
West Basin Municipal Water District<br />
Room: Obelisk<br />
10:00 a.m. –<br />
10:30 a.m.<br />
10:30 a.m. –<br />
11:00 a.m.<br />
Introductory Presentations:<br />
Australia and the World<br />
Gary Crisp<br />
GHD, Australia<br />
Texas Overview<br />
Jorge Arroyo<br />
Texas Water Development Board<br />
California Overview<br />
Peter MacLaggan<br />
Poseidon Resources Corporation<br />
Quantitative Health Risk Assessment for<br />
Indirect Potable Water Reuse<br />
Jörg Drewes<br />
Colorado School of Mines<br />
Safe Exposure Levels of Selected<br />
PPCPs, EDCs and Other Chemicals of<br />
Interest in Recycled Water<br />
Gretchen Bruce<br />
Intertox<br />
Reclaimed Water Without<br />
Pipelines?<br />
Robert Johnson<br />
Dallas Water Utilities<br />
Betty Jordan<br />
Alan Plummer Associates<br />
Texas Style Subsidence Credit<br />
Solutions—How Reuse Solved<br />
One Utility’s Problem<br />
Don Vandertulip<br />
CDM<br />
Monitoring Water Quality in Seasonal<br />
Storage Reservoirs — How Utilities<br />
Maximize Recycling Without Going<br />
Bright Green<br />
Nichole Baker<br />
RMC Water and Environment<br />
Innovative Thinking and Adaptability<br />
for Reuse System Integration in the<br />
City and County of Broomfield, CO<br />
David Dalsoglio<br />
City and County of Broomfield<br />
Bo Botteicher<br />
Underground Solutions<br />
11:00 a.m. –<br />
11:30 a.m.<br />
Florida Overview<br />
Christine Owen<br />
Tampa Bay Water<br />
Followed by 40 minutes of lively<br />
discussion and interaction among<br />
panelists, audience, and moderator.<br />
Occurrence and Relevance of Endocrine<br />
Disruptors and Pharmaceuticals in<br />
Water<br />
Shane Snyder<br />
Southern Nevada Water Authority<br />
Qingdao Ecoblock Sustainable<br />
Development: TheChallenge of<br />
Water Neutrality<br />
Rowan Roderick Jones and<br />
Manish Dalia<br />
Arup<br />
Keeping Up with the Jones’<br />
Reuse Irrigation Demands<br />
Heather Cavanagh<br />
PBS&J<br />
11:30 a.m. –<br />
12:00 p.m.<br />
I. Contaminants in Highly Treated<br />
Wastewaters<br />
II. Bromate Health Research<br />
Progress<br />
Joseph Cotruvo<br />
Joseph Cotruvo & Associates<br />
A Novel Hybrid Forward Osmosis<br />
Process for Drinking Water<br />
Augmentation Using Impaired<br />
Water and Saline Water Sources<br />
Tzahi Cath<br />
Colorado School of Mines<br />
System Safety Verification and<br />
Improvement of Internal Procedures<br />
to Prevent Misconnections and<br />
Cross Connections<br />
Rod Posada<br />
Otay Water District<br />
2008 SYMPOSIUM PROGRAM 21
Monday, September 8, 2008<br />
Monday Session Descriptions<br />
12:00 p.m. –<br />
1:30 p.m.<br />
1:30 p.m. –<br />
2:00 p.m.<br />
2:00 p.m. –<br />
2:30 p.m.<br />
2:30 p.m. –<br />
3:00 p.m.<br />
Awards Luncheon and Annual Membership Meeting Grand Ballroom CDE<br />
A2: Inland/<br />
Brackish Water<br />
Desalination Issues<br />
Moderator: Paul Kinshella<br />
Phoenix Water Services Department<br />
Room: L’Entrecote<br />
Comparison of Parallel RO, NF and<br />
EDR Desalination Technologies After<br />
Nine Years of Operation<br />
Todd Reynolds<br />
Kennedy/Jenks Consultants<br />
Desalination Challenges in the Desert –<br />
Stabilization of RO Concentrate for<br />
Large Inland Water Treatment Plant<br />
Charlie He<br />
Carollo Engineers<br />
Hedging Your Bets: Designing a Water<br />
Treatment Facility in an Uncertain<br />
Water Use Permitting Environment<br />
Cory Johnson<br />
CH2M HILL<br />
B2: Membrane<br />
Technologies for<br />
Water Reuse<br />
Moderator: R. Shane Trussell<br />
Trussell Technologies<br />
Room: Grand Ballroom B<br />
Assessing Impact of Wastewater<br />
Treatment and Effluent Quality on<br />
Tertiary Membrane Design<br />
James Lozier<br />
CH2M HILL<br />
Start-up & Operations Results at<br />
an Australian Advanced Water<br />
Reclamation Plant<br />
Srinivas Veerapaneni<br />
Black & Veatch<br />
The Osmotic Membrane Bioreactor:<br />
A Dual Barrier System for Potable<br />
Water Reuse<br />
Andrea Achilli<br />
University of Nevada, Reno<br />
C2: Water Reuse<br />
Planning Issues<br />
Moderator: Alan Rimer<br />
Black & Veatch<br />
Room: Grand Ballroom A<br />
In the Beginning — Planning for<br />
the South District Water<br />
Reclamation Facility<br />
Bruce Chalmers<br />
CDM<br />
Water Scarcity Drives the Need for<br />
Advanced Water Treatment<br />
Cindy Wallis-Lage<br />
Black & Veatch<br />
Water Resources Planning: The<br />
Recycled Water Component<br />
Pablo Martinez<br />
San Antonio Water System<br />
D2: Industrial<br />
Issues<br />
Moderator: Bahman Sheikh<br />
Water Reuse Consultant<br />
Room: Obelisk<br />
UF-RO Pilot Study at a Water<br />
Reclamation Plant in Singapore<br />
Jianjun Qin<br />
Singapore Center for Advanced Water<br />
Technology<br />
Finding Reclaimed Water Customers<br />
Round 2 — A Different Approach<br />
Karen Lowe and Elwood Herom<br />
CDM<br />
Standard on MBR Technology<br />
Todd Reynolds<br />
Kennedy/Jenks Consultants<br />
Opening Session<br />
Grand Ballroom CDE<br />
The 23 rd Annual <strong>WateReuse</strong> Symposium will feature several<br />
prominent speakers in the opening session. Mayor Tom<br />
Leppert of Dallas will welcome Symposium attendees to the<br />
City. He will be followed by <strong>WateReuse</strong> President Richard<br />
Atwater, who will deliver the Presidential Address.<br />
Congresswoman Kay Granger (R-TX), who represents the<br />
Fort Worth area in the Congress, will be the keynote speaker.<br />
Congresswoman Granger is a member of the House<br />
Appropriations Committee, is very knowledgeable regarding<br />
water issues, and is supportive of <strong>WateReuse</strong>’s strategic goals.<br />
The Symposium's opening session will also include presentations<br />
by Rebecca West, President-Elect of the Water<br />
Environment Federation (WEF) and Jerry Stevens, Vice-<br />
President of the American Water Works <strong>Association</strong><br />
(AWWA). AWWA and WEF partner with <strong>WateReuse</strong> in the<br />
planning and convening of the <strong>WateReuse</strong> Symposium.<br />
The opening session will be moderated by Danny Vance,<br />
General Manager of the Trinity River Authority and immediate<br />
Past President of the Texas Section of <strong>WateReuse</strong>.<br />
A1: The Move to Desalination — A Panel Discussion<br />
L’Entrecote<br />
B1: Health Effects & Risk Assessment<br />
Grand Ballroom B<br />
Quantitative Health Risk Assessment for<br />
Indirect Potable Water Reuse<br />
–Jörg Drewes, Colorado School of Mines<br />
This presentation will describe a number of quantitative<br />
health risk assessment techniques as they are currently being<br />
trialed in Australia for their application to different indirect<br />
potable water recycling schemes within the established<br />
framework of the Australian Guidelines for Water Recycling<br />
(AGWR).<br />
Safe Exposure Levels of Selected PPCPs, EDCs and Other<br />
Chemicals of Interest in Recycled Water<br />
–Gretchen Bruce, Intertox<br />
This presentation summarizes acceptable daily intakes (ADI)<br />
established for contaminants potentially present in recycled<br />
water intended for indirect potable reuse, selected based on<br />
their properties, occurrence, and stakeholder interest.<br />
Compounds include pharmaceuticals/personal care products,<br />
endocrine disrupting compounds, and others of emerging<br />
interest. ADIs were derived using published toxicity and<br />
pharmacology data.<br />
3:00 p.m. –<br />
3:30 p.m.<br />
3:30 p.m. –<br />
4:00 p.m.<br />
4:00 p.m. –<br />
4:30 p.m.<br />
Refreshment Break Stemmons Ballroom<br />
Using Reclaimed Water and<br />
Desalination to Reduce the Effects<br />
of the 2007 and 2008 Drought in<br />
South Florida<br />
Ashie Akpoji<br />
South Florida Water Management District<br />
Chino Basin Desalter Authority<br />
Update <strong>Program</strong><br />
Amy Jones<br />
Inland Empire Utilities Agency<br />
Ground Water Recharge in South<br />
Florida: A Pilot Study of High-Level<br />
Wastewater Treatment<br />
Sangeeta Dhulashia<br />
MWH<br />
Taking a Holistic Approach in Meeting<br />
Alternative Water Supply Needs<br />
Ronald Abraham<br />
CDM<br />
Satisfying Multiple Competing<br />
Objectives on the First Nonpotable<br />
Municipal-Wide Irrigation System in<br />
New Jersey<br />
Thomas Dumm<br />
O’Brien & Gere<br />
Using Technology to Administer a<br />
Reclaimed Water <strong>Program</strong><br />
Karen Dotson<br />
Tucson Water<br />
Valuing Water in the Land of<br />
10,000 Lakes — Reclaimed Water<br />
for Minnesota’s Industries<br />
Patti Craddock<br />
Craddock Consulting Engineers<br />
Municipal–Industrial Partnership<br />
for Reuse: A Case Study in the<br />
Northeast U.S.<br />
Randall Booker<br />
Malcolm Pirnie<br />
The opening panelist will be Gary Crisp with GHD from<br />
Australia. Mr. Crisp will present information pertaining to<br />
the implementation of desalination projects in Australia as<br />
well as other parts of the world where he has been involved<br />
as Project Manager. The next panelist will be Peter<br />
MacLaggan with Poseidon Resources. Mr. MacLaggan will<br />
discuss the issues Poseidon Resources have been addressing<br />
over the past years while preparing to build a 50 MGD plant<br />
in Southern California. Our third panelist will be Jorge<br />
Arroyo with the Texas Water Development Board. Mr.<br />
Arroyo is the Desalination <strong>Program</strong> Manager for TBWD. He<br />
will provide an overview of the status of desalination in the<br />
state of Texas. The final panelist is Christine Owen with<br />
Tampa Bay Water where she is the Water Quality Assurance<br />
Officer. She will provide an update on major desalination<br />
plants built and operated in the United States.<br />
Occurrence and Relevance of Endocrine Disruptors and<br />
Pharmaceuticals in Water<br />
–Shane Snyder, Southern Nevada Water Authority<br />
Water was collected from several drinking and reuse systems<br />
and analyzed for EDCs/PPCPs. Based on extensive literature<br />
reviews, the risk to human health of selected EDCs/PPCPs in<br />
water was evaluated. Detected concentrations of target compounds<br />
were well below the threshold values calculated to be<br />
of health concern.<br />
I.Contaminants in Highly Treated Wastewaters<br />
II. Bromate Health Research Progress<br />
–Joseph Cotruvo, Joseph Cotruvo & Associates<br />
4:30 p.m. –<br />
5:00 p.m.<br />
Beneficial Use of Coal Bed<br />
Methane Produced Water: Water<br />
Quality Issues and Treatment<br />
Strategies<br />
Katie Benko<br />
Colorado School of Mines<br />
Photo-Cat: An Upstream, Multi-Barrier<br />
AOP Approach to Reduce RO and NF<br />
Membrane Fouling<br />
Benjamin Stanford<br />
Southern Nevada Water Authority<br />
“Honestly…What’s the Reuse”<br />
Objectives and Approaches for<br />
Pricing Recycled Water<br />
Robert Lockridge and Todd Cristiano<br />
Red Oak Consulting, a division of<br />
Malcolm Pirnie<br />
Water Reuse at Palo Verde Nuclear<br />
Generating Station<br />
Henry Day<br />
Arizona Public Service<br />
This will be a two part status report on:<br />
1. Research on Detoxification of Ingested Bromate<br />
2. Progress on WRF-06-004: Health Effects Concerns of<br />
Water Reuse Industry and Prioritizing Research Needs of<br />
Chermicals<br />
5:30 p.m. –<br />
7:00 p.m.<br />
President’s Reception – Welcome to Texas Y’all Atrium 1<br />
22 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 23
Monday Session Descriptions (cont.)<br />
C1: Innovative Reuse Applications<br />
Grand Ballroom A<br />
Reclaimed Water Without Pipelines<br />
–Robert Johnson, Dallas Water Utilities & Betty Jordan, Alan<br />
Plummer Associates<br />
Water providers are turning to reclaimed water as part of the<br />
solution to meeting the increasing demands for water supplies.<br />
Development of delivery systems is an expensive longterm<br />
proposition. With new technologies, there may be alternatives<br />
available to provide high-quality reclaimed water to<br />
the customer without significant infrastructure.<br />
Texas Style Subsidence Credit Solutions – How Reuse<br />
Solved One Utility’s Problem<br />
–Don Vandertulip, CDM<br />
Fort Bend Subsidence District has enacted water use regulations<br />
that require all significant groundwater users in the<br />
county to reduce groundwater use by 30% in 2013 and 60%<br />
by 2025. This presentation reviews three significant conversions<br />
opportunities, the potential benefits, and concurrent<br />
drivers that influenced choosing to implement reuse.<br />
Qingdao Ecoblock Sustainable Development:<br />
The Challenge of Water Neutrality<br />
–Rowan Roderick Jones and Manish Dalia, Arup<br />
The Qingdao Ecoblock Sustainable Development strives to<br />
push the limits of water reuse to reverse China’s trend of<br />
unsustainable development. The water, wastewater treatment,<br />
and stormwater systems aim to achieve nearly 60% of<br />
“closed loop” recycling for potable uses. This discussion will<br />
focus on the preliminary concepts for the water systems at<br />
the Qingdao EcoBlock including collection, treatment and<br />
reuse, and to describe some of the technical challenges inherent<br />
to this project.<br />
A Novel Hybrid Forward Osmosis Process for Drinking<br />
Water Augmentation Using Impaired Water and Saline<br />
Water Sources<br />
–Tzahi Cath, Colorado School of Mines<br />
Osmotically-driven membrane processes can be efficiently<br />
combined in an integrated membrane system to provide<br />
superior pretreatment and simultaneous augmentation of<br />
water supplies during desalination of seawater and reclamation<br />
of impaired water. Energy demand of seawater desalination<br />
can be substantially reduced when employing the novel<br />
forward osmosis/reverse osmosis hybrid system.<br />
Alternate Presentation:<br />
Efficient Reuse and Water Conservation Using a Satellite<br />
Reclaimed Water Production and Facility<br />
–Jason Christensen, HDR Engineering<br />
This presentation will discuss the development of the satellite<br />
reclaimed water production project in Midland TX, the<br />
Texas Commission on Environmental Quality rule making to<br />
streamline the authorization process for construction of a<br />
satellite facility, sizing of the satellite WWTP based on irrigation<br />
consumption data, and preliminary engineering and<br />
design of the membrane bioreactor system.<br />
D1: Storage/Irrigation Issues<br />
Obelisk<br />
Monitoring Water Quality in Seasonal Storage<br />
Reservoirs – How Utilities Maximize Recycling Without<br />
Going Bright Green<br />
–Nichole Baker, RMC Water and Environment<br />
Lengthy residence time and open nature of reservoirs introduce<br />
water quality problems not typically encountered in<br />
enclosed tanks. This presentation will summarize a survey of<br />
recycled water seasonal storage in California and Nevada and<br />
evaluate the effects of physical characteristics of the reservoirs<br />
on recycled water quality.<br />
Innovative Thinking and Adaptability for Reuse System<br />
Integration in the City and County of Broomfield, CO<br />
–David Dalsoglio, City and County of Broomfield & Bo<br />
Botteicher, Underground Solutions<br />
The City and County of Broomfield has benefited from a<br />
dedicated reuse water system that went online in 2004.<br />
Dedication to the concept of reuse water irrigation has<br />
Broomfield poised to support future growth and do so<br />
responsibly in a climate of water shortage in the Front Range<br />
of Colorado.<br />
Keeping Up with the Jones’ Reuse Irrigation Demands<br />
–Heather Cavanagh, PBS&J<br />
Clay County Utility Authority in Northeast Florida has over<br />
8,000 reuse customers, making peak demands difficult to<br />
meet. The system depends on storage tanks, ponds, back-up<br />
wells, pump stations, and transfer pipe. Anticipating an<br />
increase in demand for reuse water, the Authority is preparing<br />
creative strategies to meet increasing demands.<br />
System Safety Verification and Improvement of<br />
Internal Procedures to Prevent Misconnections and<br />
Cross Connections<br />
–Rod Posada, Otay Water District<br />
A misconnection of a potable water service lateral into a<br />
recycled water main occurred at the Fenton Business Center<br />
in Chula Vista, CA. This business park is within Otay Water<br />
District's source area. The business center consists of 29<br />
suites, 17 of which were occupied, including two food related<br />
establishments.<br />
Alternate Presentation:<br />
Meeting the Demand – Corona’s Recycled Water <strong>Program</strong><br />
Challenges<br />
–Surendra Thakral, P.E., BCEE. & Viraj deSilva, Ph.D., P.E., BCEE<br />
This presentation examines the unique water needs of the<br />
City of Corona, CA. Corona has a more critical need to harness<br />
its recycled water resources than neighboring cities<br />
because it has less groundwater supply, a relatively confined<br />
groundwater aquifer, and a relatively higher demand due to a<br />
denser and rapidly expanding population and uniquely characteristic<br />
green belt. Use of recycled water will help Corona<br />
meet future potable water and landscape water demands as<br />
well as reduce dependence on less reliable outside water<br />
sources, reduce overall capital and operating costs, and<br />
maintain water quality standards in its potable water supply<br />
and groundwater aquifer.<br />
Awards Luncheon<br />
Grand Ballroom CDE<br />
The Awards <strong>Program</strong> recognizes excellent water reuse, reclamation,<br />
and recycling projects and practitioners. The<br />
<strong>WateReuse</strong> <strong>Association</strong> will identify projects that advance<br />
reuse, have a new reclamation twist, or have made significant<br />
contributions to water reuse. The following awards will be<br />
presented during the luncheon on Monday:<br />
• 2008 <strong>WateReuse</strong> Project of the Year (Large, Small, Desalination)<br />
• 2008 <strong>WateReuse</strong> Institution of the Year<br />
• 2008 <strong>WateReuse</strong> Public Education <strong>Program</strong> of the Year<br />
• 2008 <strong>WateReuse</strong> Person of the Year<br />
• 2008 <strong>WateReuse</strong> Customer of the Year<br />
• 2008 <strong>WateReuse</strong> Award of Merit<br />
The 2008 <strong>WateReuse</strong>Award winners can be foundon pages<br />
8–12 of this program<br />
The <strong>WateReuse</strong> <strong>Association</strong> will also conduct its annual<br />
membership meeting during this luncheon.<br />
A2: Inland/Brackish Water Desalination Issues<br />
L’Entrecote<br />
Comparison of Parallel RO, NF and EDR Desalination<br />
Technologies After Nine Years of Operation<br />
–Todd Reynolds, Kennedy/Jenks Consultants<br />
This presentation will provide an overview of an innovative<br />
groundwater desalination facility with parallel RO, NF, and<br />
EDR desalination membrane technologies. It highlights<br />
lessens learned after nine years of operation and presents a<br />
comparison of the three desalination technologies in terms<br />
of water quality, production, maintenance and cost of water.<br />
Desalination Challenges in the Desert – Stabilization of RO<br />
Concentrate for Large Inland Water Treatment Plant<br />
–Charlie He, Carollo Engineers<br />
The City of Phoenix commissioned a one-year phased pilot<br />
study to validate a concentrate management strategy for its<br />
future inland Reverse Osmosis (RO) facility. A two-stage RO<br />
system for ~92% recovery with an intermediate softening<br />
process on the 1st-Stage RO concentrate is being evaluated<br />
for both brackish surface and groundwater.<br />
Hedging Your Bets: Designing a Water Treatment Facility<br />
in an Uncertain Water Use Permitting Environment<br />
–Cory Johnson, CH2M HILL<br />
The Coral Springs Improvement District (CSID) plans to<br />
install membranes to replace the existing lime-softening system.<br />
Because water use permitting for CSID may take more<br />
than a year, CSID is designing a RO facility to treat a range of<br />
potential water quality from a hard and a brackish water<br />
source, respectively.<br />
Using Reclaimed Water and Desalination to Reduce the<br />
Effects of the 2007 and 2008 Drought in South Florida<br />
–Ashie Akpoji, South Florida Water Management District<br />
South Florida is experiencing one of the most severe<br />
droughts and widespread droughts in recent history, seriously<br />
impacting all aspects of life in South Florida. This presentation<br />
discusses water shortages and how desalination, conservation,<br />
reclaimed water, and cooperation between agencies<br />
and utilities were used to reduce drought impacts.<br />
24 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 25
Monday Session Descriptions (cont.)<br />
Chino Basin Desalter Authority <strong>Program</strong> Update<br />
–Amy Jones, Inland Empire Utilities Agency<br />
The Chino Basin Desalter Authority (CDA) was created to<br />
remove high levels of nitrates and total dissolved solids from<br />
the groundwater, in accordance with the Optimum Basin<br />
Management Plan (OBMP), through Reverse Osmosis and<br />
Ion Exchange technology to provide potable water. The CDA<br />
currently operates the Chino I Desalter (14.2 MGD) and<br />
Chino II Desalter (10 MGD).<br />
Beneficial Use of Coal Bed Methane Produced Water:<br />
Water Quality Issues and Treatment Strategies<br />
–Katie Benko, Colorado School of Mines<br />
Produced water management is necessary for coalbed<br />
methane development to increase gas production and to<br />
minimize environmental impact caused by the discharge of<br />
untreated brackish water. Ideal treatment strategies for produced<br />
water allowing beneficial reuse will be reliable, robust,<br />
flexible, easy to operate, and generate minimal residuals.<br />
Alternate Presentation:<br />
Advanced RO Polymers and Zeolite Filtration Media as<br />
Sole Pretreatment for RO Systems in High TDS Application<br />
–Sid Fly, Hydro Source<br />
This presentation will provide the audience with innovative<br />
ways to pre-treat high TDS reverse osmosis feed water. By<br />
using advanced polymer (dendrite) antiscalents and a zeolite<br />
(clinoptilolite) filtration media we can eliminate the softening<br />
step and save you 50% on your current operating costs.<br />
If your high TDS RO feed water comes from a well or<br />
whether you want to reuse your RO concentrate stream, this<br />
presentation should interest you.<br />
B2: Membrane Technologies for Water Reuse<br />
Grand Ballroom B<br />
Assessing Impact of Wastewater Treatment and Effluent<br />
Quality on Tertiary Membrane Design<br />
–James Lozier, CH2M HILL<br />
The design of tertiary membrane systems is strongly<br />
dependent on the quality of effluent produced by the<br />
upstream wastewater treatment process. This presentation<br />
will discuss results of four pilot studies conducted with a<br />
pressurized microfiltration system treating wastewater<br />
effluents of different qualities to illustrate the impact on<br />
membrane system design.<br />
Start-up & Operations Results at an Australian Advanced<br />
Water Reclamation Plant<br />
–Srinivas Veerapaneni, Black & Veatch<br />
This presentation will give a brief overview the planning, and<br />
fast-track construction of an advanced water reclamation plant<br />
in australia using MF, RO, UV/H 2 O 2 and nutrient removal<br />
from concentrate. Initial operating data is also presented.<br />
The Osmotic Membrane Bioreactor: A Dual Barrier System<br />
for Potable Water Reuse<br />
–Andrea Achilli, University of Nevada, Reno<br />
The osmotic membrane bioreactor (OsMBR) utilizes forward<br />
osmosis to transport water from the mixed liquor into<br />
a draw solution having a higher osmotic pressure. To produce<br />
potable water, the diluted draw solution is treated in a<br />
reverse osmosis unit; the by-product is a reconcentrated<br />
draw solution for reuse in the forward osmosis process.<br />
Ground Water Recharge in South Florida: A Pilot Study of<br />
High-Level Wastewater Treatment<br />
–Sangeeta Dhulashia, MWH<br />
City of Sunrise in cooperation with South Florida Water<br />
Management District completed a pilot study on Advance<br />
Wastewater Treatment technologies using membranes to<br />
investigate the low nutrient level required by the Broward<br />
County for groundwater recharge through the use of rapid<br />
infiltration trenches.<br />
Taking a Holistic Approach in Meeting Alternative<br />
Water Supply Needs<br />
–Ronald Abraham, CDM<br />
The City of Fort Lauderdale is considering the use of satellite<br />
reclaimed water production facilities (e.g., membrane bioreactors<br />
[MBRs]) to treat raw sewage to tertiary levels and meet<br />
stringent reuse water quality standards for the defined applications<br />
in the City’s service area. This facility would also reduces<br />
the wastewater flow to the City’s existing wastewater treatment<br />
plant, which utilizes deep well injection for disposal.<br />
Photo-Cat: An Upstream, Multi-Barrier AOP Approach to<br />
Reduce RO and NF Membrane Fouling<br />
–Benjamin Stanford, Southern Nevada Water Authority<br />
This presentation will describe the use of a pilot-scale Photo-<br />
Cat (UV/TiO 2 nanoparticle) unit to change the amount and<br />
character of NOM and how those changes impact reverse<br />
osmosis and nanofiltration membranes. Freshwater, brackish<br />
water, and wastewater scenarios will each be presented.<br />
C2: Water Reuse Planning Issues<br />
Grand Ballroom A<br />
In the Beginning – Planning for the South District Water<br />
Reclamation Facility<br />
–Bruce Chalmers, CDM<br />
The South District Water Reclamation Plant is vital to the<br />
development of a sustainable water resource solution for<br />
South Florida, treating 23 MGD for groundwater replenishment.<br />
This presentation highlights the initial thoughts and<br />
findings of how to plan and implement an indirect potable<br />
reuse project from the earliest stages.<br />
Water Scarcity Drives the Need for Advanced<br />
Water Treatment<br />
–Cindy Wallis-Lage, Black & Veatch<br />
Water scarcity issues are at an all time high in the world. To<br />
address the water shortfall, utilities are implementing a variety<br />
of strategies including desalination, water reuse, and<br />
purification of impaired waters. This presentation will discuss<br />
two municipalities who have addressed water scarcity<br />
issues via the use of Advanced Water Treatment Plants.<br />
Water Resources Planning: The Recycled Water Component<br />
–Pablo Martinez, San Antonio Water System<br />
Water resources planning for San Antonio began in late<br />
1980s. Recycled water was projected to increase with population<br />
increases. Construction of the delivery system began in<br />
the 1990s, by the new millennium the demands of the local<br />
market, existing utilities and environmental interests are<br />
beginning to challenge the available supply.<br />
Satisfying Multiple Competing Objectives on the<br />
First Nonpotable Municipal-Wide Irrigation System<br />
in New Jersey<br />
–Thomas Dumm, O’Brien & Gere<br />
This presentation will discuss the challenges and insights<br />
associated with development of an irrigation system master<br />
plan including technical, financial, and environmental<br />
aspects such as investigating nonpotable water supply alternatives,<br />
identifying “offset” costs, defining agreements, maintaining<br />
instream flows, and satisfying NJDEP’s request to use<br />
the lowest quality water for nonpotable uses.<br />
Using Technology to Administer a Reclaimed<br />
Water <strong>Program</strong><br />
–Karen Dotson, Tucson Water<br />
This presentation will describe the six step re-engineering<br />
process used by Tucson Water to reorganize its backflow prevention<br />
and reclaimed water functions. It describes the<br />
development of an online, real time program management<br />
system, including a database, that allowed for a reduction in<br />
staff (2 FTEs) while taking on new responsibilities.<br />
“Honestly…What’s the Reuse” Objectives and Approaches<br />
for Pricing Recycled Water<br />
–Robert Lockridge and Todd Cristiano, Red Oak Consulting, a<br />
division of Malcolm Pirnie<br />
This <strong>WateReuse</strong> Foundation project includes the development<br />
of a planning manual and financial model to serve as a<br />
process and a tool for utilities considering a reclaimed water<br />
utility. The model includes the financial parameters associated<br />
with pricing reclaimed water and the economic implications<br />
as a result of these financial decisions.<br />
Alternate Presentation:<br />
Water Balance Modeling: An Integral Tool for Water<br />
Reuse Planning<br />
–Lisa Prieto, CDM<br />
Using a water balance model reduces the risk of not meeting<br />
the irrigation needs and the unnecessary disposal of reclaimed<br />
water during higher rainfall periods (when storage is not available)<br />
and demand is satisfied. Water balance models are integral<br />
to planning a comprehensive water reuse system.<br />
26 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 27
Monday Session Descriptions (cont.)<br />
D2: Industrial Issues<br />
Obelisk<br />
UF-RO Pilot Study at a Water Reclamation<br />
Plant in Singapore<br />
–Jianjun Qin, Singapore Center for Advanced Water<br />
Technology<br />
NEWater is the product from a multiple barrier water reclamation<br />
process. Singapore has a total of four operational<br />
NEWater factories, at Bedok, Kranji, Ulu Pandan, and Seletar<br />
Water Reclamation Plants (WRPs). NEWater factories in<br />
Singapore use micro or ultra filtration followed by reverse<br />
osmosis to treat the final effluent from WRPs to produce<br />
NEWater. The final effluent streams that the existing<br />
NEWater factories are taking feed from are relatively “good”<br />
streams, as the used water is predominantly of domestic<br />
nature with little industrial water (trade effluent). This is also<br />
applicable to Kranji NWF (KNWF) which currently uses the<br />
Kranji WRP (KWRP) Phase 3 Final Effluent. But KNWF was<br />
undergoing expansion, and eventually had to use final effluent<br />
from KWRP Phase 1, 2 which has some industrial component.<br />
The bulk of NEWater in this region is consumed by<br />
wafer fabs. Hence, there was concern whether this feedstock<br />
will be consistently suitable for NEWater production in particular<br />
with respect to the total organic carbon (TOC) and<br />
the ionic contaminants in the RO permeate. The pilot study<br />
was an approach to assess the suitability of water source for<br />
production of NEWater using final effluent from phase 1 & 2<br />
at KWRP.<br />
Finding Reclaimed Water Customers<br />
Round 2 – A Different Approach<br />
–Karen Lowe and Elwood Herom, CDM<br />
The City of Tampa has shifted focus from residential to commercial/industrial<br />
users for expansion of the reclaimed water<br />
system. Discussions include why the original residential<br />
reclaimed system did not meet the projected rate of connection,<br />
how the City of Tampa formulated a new approach, and<br />
why this new approach is going to be more successful.<br />
Valuing Water in the Land of 10,000 Lakes – Reclaimed<br />
Water for Minnesota’s Industries<br />
–Patti Craddock, Craddock Consulting Engineers<br />
Addressing stakeholder issues will promote industrial<br />
water reuse in Minnesota. Stakeholder input and other<br />
study findings identified key considerations to increase<br />
reuse practices in Minnesota: solve liability and risk concerns,<br />
provide and demonstrate economic incentives, and<br />
assure public acceptance.<br />
Municipal-Industrial Partnership for Reuse: A Case Study<br />
in the Northeast U.S.<br />
–Randall Booker, Malcolm Pirnie<br />
A case study of municipal-industrial partnering for water<br />
reuse in the northeastern U.S. is presented. Feed water quality<br />
challenges, reclaimed water quality requirements, treatment<br />
technology selection, and system design considerations<br />
are discussed. Economic considerations, including the challenges<br />
of producing and pricing reclaimed water for highquality<br />
industrial reuse are reviewed.<br />
Water Reuse at Palo Verde Nuclear Generating Station<br />
–Henry Day, Arizona Public Service<br />
Palo Verde NGS annually receives approximately 70,000 acre<br />
feet of secondary effluent for cooling water. Further treatment<br />
at the 90 MGD Water Reclamation Facility allows<br />
reuse, both at Palo Verde and Redhawk (a natural gas plant).<br />
Palo Verde is the only nuclear power plant in the U.S. using<br />
100% reclaimed water, and both Palo Verde and Redhawk<br />
are zero liquid discharge plants. Challenges include competition<br />
for reclaimed water, water quality, concentrate disposal,<br />
and regional planning.<br />
WATER RECYCLING?<br />
WE THINK OF IT AS<br />
CATCH AND RELEASE.<br />
Tuesday<br />
Standard on MBR Technology<br />
–Todd Reynolds, Kennedy/Jenks Consultants<br />
Information provided in this presentation may help attendees<br />
better understand MBR plant design concepts, membrane<br />
selection and differences, evaluation and design concepts,<br />
and procurement of membrane equipment. This presentation<br />
will also show the way to design and procure an<br />
MBR project since there is still no standard for MBRs and<br />
discuss what are the drivers in the MBR standardization.<br />
Want to Work<br />
Wonders with Water?<br />
If you’re passionate about water, you<br />
can make a difference and grow your<br />
career with Carollo. To learn more, visit<br />
workingwonderswithwater.com.<br />
Carollo Engineers has long been committed to water recycling and<br />
reuse. By advancing treatment technologies, practicing environmental<br />
stewardship and “Working Wonders With Water,” we serve as leaders in the<br />
<br />
in 12 states are dedicated solely to water and wastewater engineering.<br />
Meet us at the 2008 <strong>WateReuse</strong> Symposium in Dallas, Texas, and together<br />
we’ll solve your toughest water challenges...right now.<br />
1.800.523.5822 | carollo.com<br />
28 2008 SYMPOSIUM PROGRAM
23 rd Annual <strong>WateReuse</strong> Symposium <strong>Program</strong><br />
7:00 a.m. –<br />
3:30 p.m.<br />
7:00 a.m. –<br />
3:30 p.m.<br />
7:00 a.m. –<br />
8:00 a.m.<br />
Tuesday, September 9, 2008<br />
Registration Open Atrium Convention Registration Desk<br />
Exhibit Hall Open Stemmons Ballroom<br />
Continental Breakfast Stemmons Ballroom<br />
A3: Desalination<br />
Implementation<br />
and Economics<br />
Moderator: Sandy Robinson<br />
Malcolm Pirnie<br />
Room: L’Entrecote<br />
B3: Ground Water<br />
Issues and ASR<br />
Moderator: Keith Israel<br />
Monterey Regional Water Pollution<br />
Control Agency<br />
Room: Grand Ballroom A&B<br />
C3: Water Quality<br />
Issues<br />
Moderator: Jorge Arroyo<br />
Texas Water Development Board<br />
Room: Grand Ballroom C<br />
D3: National<br />
Legislative and<br />
Water Policy<br />
Outlook Session<br />
Moderator: Carolyn Ahrens<br />
Booth, Ahrens & Werkenthin, P.C.<br />
Room: Grand Ballroom D<br />
8:00 a.m. –<br />
8:30 a.m.<br />
8:30 a.m. –<br />
9:00 a.m.<br />
Developing a Groundwater<br />
Desalination Facility: A Road Map<br />
for Communities<br />
Michael Irlbeck<br />
NRS Consulting Engineers<br />
Climate Action Plans for<br />
Desalination Plants and the<br />
Water-Energy-Carbon Nexus<br />
Alan Zelenka<br />
Kennedy/Jenks Consultants<br />
Use of a Saline Aquifer to Advance<br />
Reclaimed Water ASR in Florida<br />
Mark McNeal<br />
ASRus<br />
Using Soil Aquifer Treatment to<br />
Address Public Concerns of Beneficial<br />
Reuse in a Sole Source Aquifer<br />
Tekla Taylor<br />
Brown and Caldwell<br />
Growth of Opportunistic Pathogens<br />
and Biofilm Formation in Reclaimed<br />
Water Distribution Systems<br />
Patrick Jjemba<br />
American Water<br />
Making High Quality Reclaimed<br />
Water: Challenges with RO<br />
Permeate Stabilization<br />
Amlan Ghosh<br />
Malcolm Pirnie<br />
Panelists Include:<br />
Jeff Garwood<br />
GE Water<br />
Amelia Jenkins (invited)<br />
Subcommittee on Water and<br />
Power, U.S. House of<br />
Representatives<br />
Eric Sapirstein<br />
ENS Resources<br />
9:00 a.m. –<br />
9:30 a.m.<br />
Desalination — Energy<br />
Efficiency Optimization and<br />
Sustainable Energy Sources<br />
Srinivas Veerapaneni<br />
Black & Veatch<br />
Leaching of Metals from Aquifer Soils<br />
During Infiltration of Reclaimed Water<br />
of Low Ionic Strength<br />
Qilin Li<br />
Rice University<br />
Safety and Suitability of Recycled<br />
Water for Irrigation of Edible Crops<br />
Bob Holden<br />
Monterey Regional Water Pollution<br />
Control Agency<br />
9:30 a.m. –<br />
10:00 a.m.<br />
Refreshment Break Stemmons Ballroom<br />
A4: Desalination<br />
Concentrate<br />
Management — Part I<br />
Moderator: Todd Reynolds<br />
Kennedy/Jenks Consultants<br />
Room: L’Entrecote<br />
B4: Treatment<br />
Technologies<br />
Moderator: Andrew Salveson<br />
Carollo Engineers<br />
Room: Grand Ballroom A&B<br />
C4: Water Reuse<br />
in the Urban<br />
Environment<br />
Moderator: Don Vandertulip<br />
CDM<br />
Room: Grand Ballroom C<br />
D4: Regulatory<br />
Forum<br />
Moderator: Jo Ann Jackson<br />
PBS&J<br />
Room: Grand Ballroom D<br />
10:00 a.m. –<br />
10:30 a.m.<br />
Feasibility for Concentrate Disposal<br />
in Depleted Oil and Gas Fields<br />
Robert Mace<br />
Texas Water Development Board<br />
Increasing California Title 22 Filter<br />
Loading Rate at Full-Scale Water<br />
Recycling Facilities: Effect on<br />
Removal of Particles and Inactivation<br />
of Pathogen Indicators<br />
Bahman Sheikh<br />
Water Reuse Consultant<br />
Integrating Wastewater Reuse<br />
Systems into Municipal<br />
Watershed Management<br />
Strategy<br />
Bo Butler, Smith Seckman Reid<br />
Mark Hilty, City of Franklin, TN<br />
Brief Updates from States and<br />
Nations in Attendance —<br />
Covering Rulemaking Activities,<br />
Issues Faced and<br />
Accomplishments<br />
10:30 a.m. –<br />
11:00 a.m.<br />
An Osmotically-Driven Membrane<br />
Processes for Minimizing Concentrated<br />
Brine Created During Inland Desalination<br />
Nathan Hancock<br />
Colorado School of Mines<br />
Pilot Testing of a High Rate Disk<br />
Filter for Title 22 Approval<br />
Keith Bourgeous<br />
Carollo Engineers<br />
Solving Issues of Water Supply and<br />
Quality through Optimal Urban<br />
Reuse Applications: A Case Study<br />
of the Lower St. John’s River Basin<br />
Aditya Tyagi<br />
CH2M HILL<br />
2008 SYMPOSIUM PROGRAM 31
11:00 a.m. –<br />
11:30 a.m.<br />
11:30 a.m. –<br />
12:00 p.m.<br />
12:00 p.m. –<br />
1:30 p.m.<br />
1:30 p.m. –<br />
2:00 p.m.<br />
2:00 p.m. –<br />
2:30 p.m.<br />
2:30 p.m. –<br />
3:00 p.m.<br />
3:00 p.m. –<br />
3:30 p.m.<br />
3:30 p.m. –<br />
4:00 p.m.<br />
4:00 p.m. –<br />
4:30 p.m.<br />
4:30 p.m. –<br />
5:00 p.m.<br />
A4 (Continued)<br />
Desalination of Cap Water – Use of the<br />
Vibratory Separation Enhanced Process<br />
(V-SEP ® ) for Water Recovery from Brine<br />
Umur Yenal<br />
University of Arizona<br />
Examination of Zero Liquid Discharge<br />
for Inland Desalination through two<br />
AwwaRF Research Projects<br />
Rick Bond<br />
Black & Veatch<br />
Lunch on Your Own<br />
A5: Desalination<br />
Concentrate<br />
Management — Part II<br />
Moderator: Darryl Miller<br />
Irvine Ranch Water District<br />
Room: L’Entrecote<br />
Enhanced Concentrate Recovery Feasibility<br />
Analysis for the San Antonio Water System<br />
(SAWS) Brackish Water Project<br />
Howard Steiman, R.W. Beck<br />
Kevin Morrison, San Antonio Water System<br />
Recent Developments in Underground<br />
Injection Statutes and Rules for<br />
Desalination Concentrate<br />
Management in Texas<br />
Michelle McFaddin<br />
Texas Water Development Board<br />
Going Deep! A Small Inland Water<br />
Agency Investigates Deep Well Injection<br />
in California<br />
Ryan Alameda<br />
RMC Water and Environment<br />
Treatment Wetlands for Concentrate:<br />
Developments in Australia, Arizona,<br />
and California<br />
Jim Jordahl<br />
CH2M HILL<br />
Spontaneous Solids Generation in the<br />
World’s Longest Municipal Brine Line<br />
Gregory Wetterau<br />
CDM<br />
Assessment of a Hybrid Approach for<br />
Desalination Concentrate Minimization<br />
Pei Xu<br />
Colorado School of Mines<br />
32 2008 SYMPOSIUM PROGRAM<br />
Tuesday, September 9, 2008<br />
B4 (Continued)<br />
Refreshment Break Stemmons Ballroom<br />
Indirect Potable Reuse: Balancing<br />
Costs and Benefits<br />
Bill Bellamy<br />
CH2M HILL<br />
Water Reuse Utility is Natural<br />
Selection for Environmentally<br />
Friendly Master Planned Community<br />
Dennis Cafaro<br />
The Bonita Bay Group<br />
B5: Disinfection<br />
Technologies<br />
Moderator: Joseph Cotruvo<br />
Joseph Cotruvo & Associates, LLC<br />
Room: Grand Ballroom A&B<br />
A Blending of Old and New School<br />
for Reclaimed Water Disinfection in<br />
Arizona and California<br />
Andrew Salveson<br />
Carollo Engineers<br />
Impact of Sequential &<br />
Preformed Chloramine Dosing<br />
on NDMA Formation in<br />
Re-purified Wastewater<br />
Mary Portillo and Karla Kinser<br />
MWH<br />
Disinfection Design and Operation<br />
Implications for Facilities Practicing<br />
Reuse<br />
Edmund Kobylinski<br />
Black & Veatch<br />
An Empirical Method for Accurately<br />
Sizing Wastewater UV Reactors for<br />
Disinfection of any Microorganism<br />
Tavy Wade<br />
Carollo Engineers<br />
Implementing an Effective UV<br />
Advanced Oxidation Process<br />
Paul Swaim<br />
CH2M HILL<br />
The Validation of HiPOx for<br />
Reclaimed Water Disinfection Using<br />
Ozone<br />
Keel Robinson<br />
Applied Process Technology<br />
C4 (Continued)<br />
Subsurface Drip Irrigation of<br />
Omaha Golf Course Fairways<br />
with Treated Effluent<br />
Rodney Ruskin<br />
Geoflow<br />
Don’t Waste a Drop —<br />
How Marco Island is<br />
Maximizing Water Reuse<br />
Solomon Abel<br />
CDM<br />
• Potable Reuse Committee Meeting Batile A<br />
• Public Education & Outreach Committee Meeting Batile B<br />
• Membership Committee Meeting Cardinal A<br />
• International Committee Meeting Cardinal B<br />
C5: Surface Water<br />
Augmentation<br />
Moderator: Tim Coughlin<br />
Loudoun Water<br />
Room: Grand Ballroom C<br />
Water Quality Through Advanced<br />
Wastewater Treatment (AWT)<br />
Facilities and Recharge Modeling<br />
(<strong>WateReuse</strong> Foundation 06-019)<br />
Zhi (George) Zhou<br />
Carollo Engineers<br />
Leading Australia’s Water Security<br />
Solutions for Inland Cities and<br />
Towns: A Case Study from the<br />
National Capital – Canberra<br />
John Dymke<br />
ACTEW Corporation<br />
Strategies to Minimize Impacts of<br />
a Microchip Manufacturer on a<br />
Potable Water Reuse System<br />
Robert Angelotti<br />
Upper Occoquan Service Authority<br />
Reuse for Potable Water Supply<br />
Augmentation in the Trinity River<br />
Basin<br />
Glenn Clingenpeel<br />
Trinity River Authority<br />
The PUReWater Solution: Cloudcroft,<br />
NM Indirect Potable Reuse Project<br />
Eddie Livingston<br />
Livingston Associates<br />
Micropollutant Treatment with<br />
UV-Oxidation at Colorado’s First<br />
Indirect Potable Reuse Project<br />
Michael Leach<br />
Trojan Technologies<br />
D4 (Continued)<br />
Open Discussion of Regulatory<br />
Issues Related to Microconstituents,<br />
Nutrients, Public Health, Public<br />
Acceptance, Indirect Potable Reuse,<br />
Rulemaking, Water Quality,<br />
Permitting, Disinfection, and<br />
Developing National/International<br />
Consistency.<br />
D5: User Issues Forum:<br />
Use of Reclaimed<br />
Water at Golf Courses<br />
Moderator: Mike McCullough<br />
Northern California Golf <strong>Association</strong><br />
Room: Grand Ballroom D<br />
Between a Rock or Groundwater:<br />
Our Course’s Conversion to Recycled<br />
Water<br />
Charles Joachim<br />
CGCS Champions Golf Club<br />
A Successful Transition to Recycled<br />
Water — Positive Experiences with<br />
Local Staff, Consultants and Water<br />
Quality<br />
Pat Finlen<br />
CGCS The Olympic Club<br />
Salinity Outreach — Utilizing Technology<br />
to Teach Landscape Professionals<br />
about Salt and Salinity Issues<br />
Bahman Sheikh<br />
Water Reuse Consultant<br />
An Update on the Regulations<br />
Concerning the Satellite Plant in<br />
Midland, TX<br />
Brad Castleberry<br />
Lloyd Gosselink Blevins Rochelle &<br />
Townsend, P.C.<br />
Are Small-Scale, Pre-Packaged<br />
Treatment Systems Right for You?<br />
Andrew Salveson<br />
Carollo Engineers<br />
Continued Discussion of User<br />
Issues by Speakers and Attendees<br />
Tuesday Session Descriptions<br />
A3: Desalination Implementation and Economics<br />
L’Entrecote<br />
Developing a Groundwater Desalination Facility: A Road<br />
Map for Communities<br />
–Michael Irlbeck, NRS Consulting Engineers<br />
By 2060, brackish groundwater desalination is expected to<br />
provide over 150 million gallons per day of water treatment<br />
capacity in Texas. The presentation will address key principles<br />
in the planning, design, permitting, and construction of<br />
these desalination projects and provide lessons learned from<br />
a recently completed case study project.<br />
Climate Action Plans for Desalination Plants and the<br />
Water-Energy-Carbon Nexus<br />
–Alan Zelenka, Kennedy/Jenks Consultants<br />
A step-by-step walk-through of the rationale and process to<br />
do a Climate Action Plan (CAP) to reduce or eliminate greenhouse<br />
gas emissions. A case study of a desalination plant CAP<br />
showing the application of the five steps will be presented.<br />
Desalination – Energy Efficiency Optimization and<br />
Sustainable Energy Sources<br />
–Srinivas Veerapaneni, Black & Veatch<br />
This presentation will give a brief overview of existing seawater<br />
desalination processes from energy consumption perspective.<br />
It discusses various means of improving energy efficiency<br />
through newer technologies as well as optimization of<br />
existing technologies.<br />
B3: Ground Water Issues and ASR<br />
Grand Ballroom A&B<br />
Use of a Saline Aquifer to Advance Reclaimed<br />
Water ASR in Florida<br />
–Mark McNeal, ASRus<br />
This presentation will discuss the Englewood (FL) Water<br />
District 10-year chronology of events to obtain the first<br />
reclaimed water Aquifer Storage Recovery (ASR) operating<br />
permit in Florida. The technical and regulatory challenges of<br />
utilizing a 20,000 mg/L TDS aquifer to store and recover<br />
approximately 50 MG of water annually will be presented.<br />
Using Soil Aquifer Treatment to Address Public Concerns<br />
of Beneficial Reuse in a Sole Source Aquifer<br />
–Tekla Taylor, Brown and Caldwell<br />
The City of Bisbee faced many public challenges as they transitioned<br />
their wastewater discharge from disposal to beneficial<br />
reuse. Although benefits were evident, convincing residents<br />
that their "sole source aquifer" would be protected<br />
proved challenging. SAT was used to demonstrate regulatory<br />
compliance and protection of the City's water supply.<br />
Leaching of Metals from Aquifer Soils During Infiltration<br />
of Reclaimed Water of Low Ionic Strength<br />
–Qilin Li, Rice University<br />
Potential of metal leaching from a vadose zone soil and an<br />
aquifer material during surface infiltration using reverse<br />
osmosis treated wastewater was evaluated by bench desorption<br />
equilibrium experiments under systematically varied<br />
solution conditions.<br />
C3: Water Quality Issues<br />
Grand Ballroom C<br />
Growth of Opportunistic Pathogens and Biofilm<br />
Formation in Reclaimed Water Distribution Systems<br />
–Patrick Jjemba, American Water<br />
The disinfectant residual rapidly declined in all three distribution<br />
systems and various pathogens (i.e., Aeromonas,<br />
Mycobacterium, Pseudomonas and Legionella) regrew in<br />
reclaimed water. Giardia, Cryptosporidium and algae were<br />
also detected. Disinfection with chlorine or chloramine<br />
increased assimilable organic carbon in the biofilm and the<br />
biofilm protected some organisms from disinfection.<br />
Making High Quality Reclaimed Water: Challenges with<br />
RO Permeate Stabilization<br />
–Amlan Ghosh, Malcolm Pirnie<br />
The existing lime stabilization process at the Los Angeles'<br />
Advanced Wastewater Treatment Facility is unable to treat the<br />
RO permeate to meet LA County’s water quality requirements<br />
for reclaimed water. Bench-scale tests were performed<br />
to study alternative techniques for permeate stabilization.<br />
This presentation will discuss the test results and conclusions.<br />
2008 SYMPOSIUM PROGRAM 33
Tuesday Session Descriptions (cont.)<br />
Safety and Suitability of Recycled Water for Irrigation of<br />
Edible Crops<br />
–Bob Holden, Monterey Regional Water Pollution<br />
Control Agency<br />
Half of the recycled water delivered in California is used for<br />
irrigation of agricultural crops, ranging the gamut of produce<br />
from artichokes to zucchini. Although most of<br />
Florida’s reclaimed water was used to irrigate feed and fodder<br />
crops, 13 MGD was used to irrigate over 14,000 acres of<br />
edible crops. Use of recycled water for irrigation of food<br />
crops is safe.<br />
Alternate Presentation:<br />
A Bench and Pilot-Scale Studies for Reducing Total<br />
Phosphorus Levels from RO Concentrate Water for<br />
the New 12 MGD Indirect Potable Water Reuse Facility<br />
in Colorado<br />
–Shahnawaz Sinha, Richard P. Arber Associates<br />
The presentation will discuss results of one year long pilot<br />
and bench-scale studies for the new 12 mgd indirect potable<br />
reuse facility at Centennial, Colorado. Presentation will discuss<br />
choosing an effective antiscalant/ antifoulant for RO<br />
treatment at pilot-scale and selecting an effective coagulant<br />
at bench-scale in removing phosphorus from the RO concentrate<br />
water.<br />
D3: National Legislative and<br />
Water Policy Outlook Session<br />
Grand Ballroom D<br />
Moderated by Carolyn Ahrens, Chair of the <strong>WateReuse</strong><br />
<strong>Association</strong>’s National Legislative Committee, this session<br />
will include speakers Jeff Garwood, CEO of GE Water;<br />
Amelia Jenkins (invited); and Eric Sapirstein, the <strong>WateReuse</strong><br />
<strong>Association</strong>’s lobbyist in Washington. As the name indicates,<br />
the focus of the session will be on water policy and the<br />
prospects for new national legislation, both in 2008 and<br />
when the new Congress convenes in January, 2009.<br />
A4: Desalination Concentrate Management – Part I<br />
L’Entrecote<br />
Feasibility for Concentrate Disposal in Depleted Oil and<br />
Gas Fields<br />
–Robert Mace, Texas Water Development Board<br />
Depleted oil and gas fields occur in many parts of Texas, oiland<br />
gas-field operators already inject oil field brines into<br />
these fields in more than 30,000 wells, and the impact to the<br />
environment is negligible to non-existent. Can we use these<br />
wells for the disposal of brine concentrates?<br />
An Osmotically-Driven Membrane Processes for<br />
Minimizing Concentrated Brine Created During<br />
Inland Desalination<br />
–Nathan Hancock, Colorado School of Mines<br />
Osmotically-driven membrane processes for treatment of<br />
impaired water streams have lately been the focus of many<br />
studies. Forward osmosis was found to be effective in highrecovery<br />
desalination of brackish water. This study focuses<br />
on solute transport, rather than solvent transport, and its<br />
critical role in future commercialization of the process.<br />
Desalination of Cap Water – Use of the Vibratory<br />
Separation Enhanced Process (V-SEP®) for Water Recovery<br />
from Brine<br />
–Umur Yenal, University of Arizona<br />
This presentation will describe an on-going pilot-scale study<br />
to establish the feasibility and limitations of Vibratory Shear<br />
Enhanced Processing (V-SEP®) for enhanced water recovery<br />
from concentrate derived from RO treatment of Colorado<br />
River water. The overall recovery reached to date is 93%,<br />
although results are mixed whether VSEP performance is<br />
maximized.<br />
Examination of Zero Liquid Discharge for Inland<br />
Desalination through two AwwaRF Research Projects<br />
–Rick Bond, Black & Veatch<br />
This presentation will address considerations in zero liquid<br />
discharge desalination using examples and results from two<br />
AwwaRF research projects.<br />
B4: Treatment Technologies<br />
Grand Ballroom A&B<br />
Increasing California Title 22 Filter Loading Rate at Full-<br />
Scale Water Recycling Facilities: Effect on Removal of<br />
Particles and Inactivation of Pathogen Indicators<br />
–Bahman Sheikh, Water Reuse Consultant<br />
The pilot phase tested loading rates on filter columns under<br />
simulated full-scale conditions. That phase showed a fullscale<br />
testing phase was warranted. At the higher loading rates<br />
full-scale filters also met or exceeded equivalency criteria of<br />
the California Department of Public Health both at<br />
Monterey and at San Jose facilities.<br />
Pilot Testing of a High Rate Disk Filter for<br />
Title 22 Approval<br />
–Keith Bourgeous, Carollo Engineers<br />
The pilot testing results and the unique aspects of an innovative<br />
tertiary disk filter system that operates at flux rates<br />
greater than two times conventional filtration rates will be<br />
presented. The ability of the filtration system to meet<br />
California’s Title 22 water recycling requirements will also<br />
be presented.<br />
Indirect Potable Reuse: Balancing Costs and Benefits<br />
–Bill Bellamy, CH2M HILL<br />
Public health, water scarcity, and environmental issues are creating<br />
a call for the examination of sustainable approaches to<br />
potable reuse. This presentation compares a dual-membrane<br />
treatment process to a less energy intensive process with<br />
respect to public health, cost, and carbon dioxide emissions.<br />
Water Reuse Utility is Natural Selection for<br />
Environmentally Friendly Master Planned Community<br />
–Dennis Cafaro, The Bonita Bay Group<br />
Southwest Florida’s rapidly expanding population is<br />
projected to increase by 70% between 2000 and 2020.<br />
Traditional groundwater sources will not be adequate to<br />
meet future demand.<br />
Resource Conservation Services (RCS) was founded in 1985<br />
to provide non-potable water as an alternate source. This<br />
presentation details RCS’ water resource management strategy<br />
and serves as a model for the start-up of a for-profit irrigation<br />
utility.<br />
Alternate Presentation<br />
Evaluation of Sequencing Batch Membrane Bioreactor<br />
Technology for Onsite Treatment<br />
–Richard Huggins, Colorado School of Mines<br />
Hybrid sequencing batch reactor and membrane bioreactor<br />
technology provides a process capabable of superior treatment<br />
of domestic wastewater. A full scale 12 gpm SBR-MBR<br />
system designed for onsite treatment of wastewater from<br />
small community was operated under various operational<br />
conditions to evaluate the performance, advantages, and limitations<br />
of this technology.<br />
C4: Water Reuse in the Urban Environment<br />
Grand Ballroom C<br />
Integrating Wastewater Reuse Systems into Municipal<br />
Watershed Management Strategy<br />
–Bo Butler, Smith Seckman Reid and Mark Hilty,<br />
City of Franklin, TN<br />
A Municipal Reclaimed Water program can provide additional<br />
water for nonpotable use at a much lower cost than<br />
potable water and in this manner supplement the potable<br />
water supply. Case studies of two relatively new systems in<br />
Tennessee highlight their experiences and methods for those<br />
wishing to start their own systems.<br />
Solving Issues of Water Supply and Quality through<br />
Optimal Urban Reuse Applications: A Case Study of the<br />
Lower St. John’s River Basin<br />
–Aditya Tyagi, CH2M HILL<br />
The St. Johns River Water Management District (SJRWMD)<br />
is assisting utilities in the Lower St. Johns River Basin<br />
(LSJRB) in their water supply and wastewater integrated<br />
management planning. To achieve their desired planning<br />
goals utilities are looking for opportunities to maximize<br />
reclaimed water reuse to offset potable water supply and<br />
remove discharges from the Lower St. Johns River in order to<br />
be in compliance with TMDL allocations. The main impediment<br />
to wider use of reclaimed water identified by the stakeholders<br />
is the need for inter-utility regional planning. This<br />
project was initiated jointly with SJRWMD and the major<br />
utilities in the LSJRB to maximize reclaimed water reuse to<br />
offset potable water supply and remove discharges from the<br />
Lower St. Johns River in most economical way using an optimized<br />
solution.<br />
Subsurface Drip Irrigation of Omaha Golf Course<br />
Fairways with Treated Effluent<br />
–Rodney Ruskin, Geoflow<br />
Omaha Beach is a region with a shortfall of groundwater.<br />
After evaluating the irrigation alternatives, which was a key<br />
component of the new golf course expansion, subsurface<br />
drip irrigation of treated wastewater under the new fairways<br />
and surrounding landscape was selected. The system has<br />
operated successfully since 2002.<br />
34 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 35
Tuesday Session Descriptions (cont.)<br />
Don’t Waste a Drop – How Marco Island is Maximizing<br />
Water Reuse<br />
–Solomon Abel, CDM<br />
The City of Marco Island has the perfect situation for reuse.<br />
The climate requires intensive irrigation during the dry<br />
months and tourism requires maintained landscape. Last<br />
year the City sold 80% of the reclaimed water produced and<br />
is on track to sell 100% for irrigation.<br />
D4: Regulatory Forum<br />
Grand Ballroom D<br />
This is your opportunity to learn, share, and debate regulatory<br />
issues affecting projects across the nation and around<br />
the world. The Regulatory Forum will include brief<br />
updates from states and nations in attendance covering<br />
rulemaking activities, issues, and accomplishments. In<br />
addition, there will be open discussion of regulatory issues<br />
related to microconstituents, nutrients, public health, public<br />
acceptance, indirect potable reuse, rulemaking, water<br />
quality, permitting, disinfection, and developing national/<br />
international consistency.<br />
A5: Desalination Concentrate Management – Part II<br />
L’Entrecote<br />
Enhanced Concentrate Recovery Feasibility Analysis for the<br />
San Antonio Water System (SAWS) Brackish Water Project<br />
–Howard Steiman, R.W. Beck and Kevin Morrison, San<br />
Antonio Water System<br />
The San Antonio Water System (SAWS) is currently developing<br />
a 20 MGD brackish water desalination facility. This presentation<br />
will provide a brief description of the project and<br />
SAWS program to optimize its concentrated disposal method<br />
by determining if an enhanced recovery alternative is feasible<br />
for the project.<br />
Recent Developments in Underground Injection<br />
Statutes and Rules for Desalination Concentrate<br />
Management in Texas<br />
–Michelle McFaddin, Texas Water Development Board<br />
This presentation will examine recent developments in<br />
underground injection regulations in Texas; highlight current<br />
water planning trends that favor alternative water supply<br />
options; describe the federal and state regulatory framework<br />
for underground injection and concentrate disposal,<br />
and consider potential implications of these actions at a<br />
national level.<br />
Going Deep! A Small Inland Water Agency Investigates<br />
Deep Well Injection in California<br />
–Ryan Alameda, RMC Water and Environment<br />
This presentation will look at the use of deep well injection for<br />
desalination concentrate management in Hollister, CA.<br />
Treatment Wetlands for Concentrate: Developments in<br />
Australia, Arizona, and California<br />
–Jim Jordahl, CH2M HILL<br />
This presentation will integrate feasibility study and pilot test<br />
results from several projects to define the current understanding<br />
of the potential role of wetlands for concentrate<br />
management, including pilot scale results from Brisbane,<br />
Australia, and Oxnard, CA, and initial feasibility study results<br />
from Goodyear, AZ.<br />
Spontaneous Solids Generation in the World’s Longest<br />
Municipal Brine Line<br />
–Gregory Wetterau, CDM<br />
The 72 mile Santa Ana Regional Interceptor brine line, in<br />
operation for over 15 years, has recently begun experiencing<br />
problems with spontaneous generation of suspended solids<br />
inside the pipeline. This presentation discusses results of studies<br />
identifying the source of these solids and problems experienced<br />
blending desalination brine with domestic wastewater.<br />
Assessment of a Hybrid Approach for Desalination<br />
Concentrate Minimization<br />
–Pei Xu, Colorado School of Mines<br />
The study investigated the viability of employing a hybrid<br />
RO-intermediate precipitation-ED system to improve water<br />
recovery and minimize concentrate volume of brackish water<br />
desalination. The operational conditions and the performance<br />
of different ED membranes were tested through laboratory<br />
experiments, and optimized through water quality modeling<br />
and cost analysis.<br />
Alternate Presentation:<br />
Bench Scale Study of Reverse Osmosis Membrane<br />
Treatment of CAP Water<br />
–Dongxu Yan, University of Arizona<br />
This presentation will present results of bench scale study of<br />
RO desalination of Central Arizona Project (CAP) water.<br />
These results will be used to recommend pilot or full-scale<br />
RO plant operation conditions and to estimate operational<br />
costs under these conditions.<br />
B5: Disinfection Technologies<br />
Grand Ballroom A&B<br />
A Blending of Old and New School for Reclaimed Water<br />
Disinfection in Arizona and California<br />
–Andrew Salveson, Carollo Engineers<br />
Faced with the dual challenge of coliform disinfection and<br />
DBP criteria, many utilities will select UV disinfection. This<br />
presentation outlines other treatment technology options,<br />
detailing disinfection and DBP investigations for two cities.<br />
Technologies investigated on the bench top include optimized<br />
filtration, chlorination, chloramination, UV, ozone,<br />
and carbon filtration.<br />
Impact of Sequential & Preformed Chloramine Dosing on<br />
NDMA Formation in Re-purified Wastewater<br />
–Mary Portillo and Karla Kinser, MWH<br />
A study has been conducted on reuse water from the<br />
Australian Gibson Island Advanced Water Treatment Plant to<br />
determine if different chloramine dosing conditions affect<br />
the formation potential of NDMA. The study focuses on<br />
evaluating sequential and preformed chloramines addition<br />
for disinfection.<br />
Disinfection Design and Operation Implications for<br />
Facilities Practicing Reuse<br />
–Edmund Kobylinski, Black & Veatch<br />
Long retention time chlorination systems typically have difficulties<br />
maintaining a chlorine residual. This presentation discusses<br />
flow related issues and variable volume contact chamber<br />
design. A discussion of chlorine chemistry pertaining to<br />
chloramines is also relevant to maintaining a proper residual<br />
chlorine concentration. Multiple chlorine addition points are<br />
also discussed.<br />
An Empirical Method for Accurately Sizing Wastewater UV<br />
Reactors for Disinfection of any Microorganism<br />
–Tavy Wade, Carollo Engineers<br />
This research proposes a new method whereby the log<br />
reduction of any organism can be predicted as a function of<br />
the flow rate, the UV transmittance of the water, and the<br />
UV sensitivity of the organism as determined in collimated<br />
beam tests.<br />
Implementing an Effective UV Advanced Oxidation Process<br />
–Paul Swaim, CH2M HILL<br />
Following the widespread implementation of UV disinfection,<br />
many utilities have begun to consider the potential use<br />
of the UV advanced oxidation process (AOP), both for water<br />
reuse and drinking water treatment. This presentation will<br />
include project experience and lessons learned from three<br />
early UV-AOP projects across the world.<br />
The Validation of HiPOx for Reclaimed Water<br />
Disinfection Using Ozone<br />
–Keel Robinson, Applied Process Technology<br />
This presentation will detail the efforts by Applied Process<br />
Technology and Carollo Engineers to perform testing for<br />
ozone to meet the stringent disinfection criteria for “tertiary<br />
recycled water” in California. All testing was performed on<br />
versions of the Applied high-pressure oxidation system<br />
(HiPOx TM ), on pilot- and bench-scale reactors.<br />
C5: Surface Water Augmentation<br />
Grand Ballroom C<br />
Water Quality Through Advanced Wastewater Treatment<br />
(AWT) Facilities and Recharge Modeling (<strong>WateReuse</strong><br />
Foundation 06-019)<br />
–Zhi (George) Zhou, Carollo Engineers<br />
This project was designed to 1) demonstrate the removal of<br />
trace organics through various membrane processes; 2) correlate<br />
trace organic concentration to toxicological response<br />
using tissue culture and live fish bioassays; 3) track the fate<br />
and transport of trace organics from a surface water injection<br />
point to groundwater supply wells.<br />
Leading Australia’s Water Security Solutions for<br />
Inland Cities and Towns: A Case Study from the National<br />
Capital – Canberra<br />
–John Dymke, ACTEW Corporation<br />
This presentation will give an overview of the planning for<br />
an 8 ML/d demonstration water purification scheme in<br />
Canberra, Australia's national capital.<br />
Issues to be covered include the details of process selection,<br />
community and stakeholder engagement in the public discussion<br />
on the project and a brief overview of the project<br />
procurement methodology selection process for deploying<br />
this project.<br />
36 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 37
Tuesday Session Descriptions (cont.)<br />
Strategies to Minimize Impacts of a Microchip<br />
Manufacturer on a Potable Water Reuse System<br />
–Robert Angelotti, Upper Occoquan Service Authority<br />
Alternate Presentation:<br />
Lake Elsinore Rejuvenation<br />
–Norris Brandt, Elsinore Valley Municipal Water District<br />
a full-service consulting rm offering multidiscipline engineering services<br />
UOSA operates a 54 MGD indirect potable reuse system that<br />
augments the Occoquan Reservoir. This reservoir is a principle<br />
raw water supply for 1.3 million Northern Virginia customers.<br />
The paper describes why the discharge of an<br />
upstream microchip manufacturer is significant and methods<br />
UOSA uses to manage its impacts.<br />
Lake Elsinore, Southern California’s largest natural lake, is at<br />
the bottom of an approximately 800-square-mile watershed.<br />
This presentation will describe how Elsinore Valley<br />
Municipal Water District is providing almost 5,000 acre feet<br />
of recycled water each year to enhance the environment and<br />
provide high quality fishing and boating resources to the<br />
entire region.<br />
Reuse for Potable Water Supply Augmentation in the<br />
Trinity River Basin<br />
–Glenn Clingenpeel, Trinity River Authority<br />
D5: User Issues Forum: Use of<br />
Reclaimed Water at Golf Courses<br />
Grand Ballroom D<br />
This presentation will discuss the importance of reuse in<br />
potable water supply augmentation in the Trinity River<br />
basin of Texas. This will include a discussion of reuse in<br />
state water planning, an overview of water law relevant to<br />
indirect potable reuse, and examples of current reuse projects<br />
in the basin.<br />
The PUReWater Solution: Cloudcroft, NM Indirect Potable<br />
Reuse Project<br />
–Eddie Livingston, Livingston Associates<br />
The Village of Cloudcroft, NM will implement the first indirect<br />
potable reuse (IPR) project in the State of New Mexico.<br />
The PUReWater project will treat wastewater flows to drinking<br />
water quality, for blending with local natural water<br />
sources and augmentation into the potable water supply.<br />
Micropollutant Treatment with UV-Oxidation at<br />
Colorado’s First Indirect Potable Reuse Project<br />
–Michael Leach, Trojan Technologies<br />
The Arapahoe County Water and Wastewater Authority and<br />
the Cottonwood Water and Sanitation District collaborated<br />
to design and implement an indirect potable reuse system in<br />
landlocked Cottonwood, CO. The Water Treatment Plant will<br />
use RO and UV-oxidation to ensure that wastewater-derived<br />
contaminants are removed from water entering the potable<br />
system.<br />
This year’s User Issues Forum has a variety of topics that will<br />
address the diversity of issues that face recycled water users.<br />
Presentations from two prominent golf course superintendents<br />
will highlight how recycled water has impacted their<br />
facility. Learn how a Houston area club has transitioned<br />
from groundwater to recycled water and how a legendary<br />
San Francisco facility has worked with area officials to utilize<br />
this previously untapped resource for meeting their irrigation<br />
needs. A new outreach guide will use modern technologies<br />
to highlight salinity issues for landscape professionals.<br />
Also learn about pre-packaged treatment systems. Are these<br />
scaled down versions of wastewater treatment plants a good<br />
fit for local communities? The City of Midland, TX is currently<br />
trying to install a satellite plant. How are new regulations<br />
affecting this project? Attend the User Issues Forum to<br />
learn more about current issues regarding the ever-growing<br />
water supply resource – recycled water.<br />
CP&Y has been providing innovative<br />
water & wastewater solutions globally since 1980<br />
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water reuse<br />
water treatment/transmission<br />
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wastewater treatment/collection<br />
water supply<br />
Wednesday<br />
www.cpyi.com<br />
Austin Dallas Fort Worth Houston McKinney Oklahoma City Round Rock San Antonio<br />
38 2008 SYMPOSIUM PROGRAM
23 rd Annual <strong>WateReuse</strong> Symposium <strong>Program</strong><br />
Wednesday, September 10, 2008<br />
7:00 a.m. –<br />
8:30 a.m.<br />
Registration Open Atrium Convention Registration Desk<br />
7:00 a.m. –<br />
8:00 a.m.<br />
Continental Breakfast Grand Ballroom Foyer<br />
A6: Advances in<br />
Desalination<br />
Technology<br />
Moderator: Nikolay Voutchkov<br />
Poseidon Resources Corporation<br />
Room: L’Entrecote<br />
B6: Regulatory<br />
Considerations<br />
Moderator: Ray Longoria<br />
Freese and Nichols<br />
Room: Grand Ballroom A&B<br />
C6: Planning for<br />
Water Reuse<br />
Moderator: Anthony Andrade<br />
Southwest Florida Water<br />
Management District<br />
Room: Grand Ballroom C<br />
D6: Wetland Issues<br />
Moderator: Guy Carpenter<br />
HDR Engineering<br />
Room: Grand Ballroom D<br />
8:00 a.m. –<br />
8:30 a.m.<br />
Solarpump: A Solar-Driven System<br />
for Distilling and Transporting Water<br />
Using a Porous Material<br />
Shinichi Takami<br />
Kinki University<br />
Recycled Water is the Key to Resolving<br />
Regional Water Issues in Monterey,<br />
California<br />
Steven Kasower<br />
University of California, Santa Cruz<br />
Matching Service Level to Product<br />
Quality<br />
Joe Walters<br />
West Basin Municipal Water District<br />
Evolution of the Use of<br />
Constructed Wetlands for<br />
Beneficial Reuse in Florida<br />
Jo Ann Jackson<br />
PBS&J<br />
8:30 a.m. –<br />
9:00 a.m.<br />
Design Optimization of Anti-Fouling<br />
Micromixers for Reverse Osmosis<br />
Membranes<br />
Siri Sahib S. Khalsa<br />
Sandia National Laboratories<br />
California Dreamin’? A Case Study of<br />
State Efforts to Develop a Recycled<br />
Water Policy<br />
Cassie Aw-yang<br />
Somach Simmons & Dunn<br />
Southeast Texas Trends in Urban<br />
Reuse — Some Surprising<br />
Numbers<br />
Mark Lowry<br />
TCB|AECOM<br />
The Chino Creek Wetlands and<br />
Educational Park Project<br />
Lucia Fuertez & Bob Nienhuis<br />
Inland Empire Utilities Agency<br />
9:00 a.m. –<br />
9:30 a.m.<br />
Surface Water Augmentation —<br />
Integration of Desalination<br />
Dhananjay Mishra<br />
Malcolm Pirnie<br />
Reuse Water as a Texas Viable Water<br />
Supply Strategy<br />
Alan Plummer<br />
Alan Plummer Associates<br />
Water Reuse Planning for Military<br />
Installations<br />
Stacey Fredenberg<br />
Malcolm Pirnie<br />
Constructed Wetlands Provide<br />
Water Reuse<br />
Ronald Crites<br />
Brown and Caldwell<br />
9:30 a.m. –<br />
10:00 a.m.<br />
Assessing Water Quality and<br />
Treatment Goals for Ocean Water<br />
Desalination: Looking at All Sides<br />
Phil Lauri<br />
West Basin Municipal Water District<br />
R. Shane Trussell<br />
Trussell Technologies<br />
Building a Water Reuse <strong>Program</strong> in<br />
Anticipation of the Virginia Regulation<br />
Lisa Prieto<br />
CDM<br />
Reducing Your Carbon Footprint<br />
with Recycled Water<br />
Alan Zelenka<br />
Kennedy/Jenks Consultants<br />
Oxnard California’s Groundwater<br />
Recovery Enhancement and<br />
Treatment (GREAT) <strong>Program</strong><br />
Mary Vorissis<br />
CH2M HILL<br />
10:00 a.m. –<br />
10:15 p.m.<br />
Refreshment Break Grand Ballroom Foyer<br />
10:15 a.m. –<br />
12:00 p.m.<br />
Closing Plenary Session: Pharmaceuticals in Water — Should We Be Concerned?<br />
Grand Ballroom D&E<br />
12:00 p.m. –<br />
12:15 p.m.<br />
Closing Remarks Grand Ballroom D&E<br />
2008 SYMPOSIUM PROGRAM 41
Wednesday Session Descriptions<br />
A6: Advances in Desalination Technology<br />
L’Entrecote<br />
Solarpump: A Solar-Driven System for Distilling and<br />
Transporting Water Using a Porous Material<br />
–Shinichi Takami, Kinki University<br />
We have invented a solar still that can lift or transport water<br />
simultaneously during distillation. Because of its structure<br />
our system is also far more energy-efficient than conventional<br />
solar still. We shall present the operating principle, construction<br />
of a model apparatus, and some preliminary results<br />
of its performance.<br />
Design Optimization of Anti-Fouling Micromixers for<br />
Reverse Osmosis Membranes<br />
–Siri Sahib S. Khalsa, Sandia National Laboratories<br />
A design analysis was performed using computational fluid<br />
dynamics to optimize the shape of small protrusions<br />
(micromixers) fabricated on reverse-osmosis membranes,<br />
with the objective of reducing biofouling by increasing the<br />
amount of turbulent mixing along the membrane surface.<br />
Surface Water Augmentation-Integration of Desalination<br />
–Dhananjay Mishra, Malcolm Pirnie<br />
This presentation will discuss the experiences with respect to<br />
the surface water augmentation for potable use by the integrated<br />
membrane system, membrane procurement, and findings<br />
from the bench and pilot-scale testing.<br />
Assessing Water Quality and Treatment Goals for Ocean<br />
Water Desalination: Looking at All Sides<br />
–Phil Lauri, West Basin Municipal Water District and<br />
R. Shane Trussell, Trussell Technologies<br />
The West Basin Municipal Water District (WBMWD) is a<br />
clear leader in developing sustainable and innovative water<br />
sources for Southern California. The Edward Little water<br />
recycling facility in El Segundo, CA was one of the first fullscale<br />
implementations in the late 90’s of an integrated membrane<br />
process to reduce the overall treatment costs, using<br />
microfiltration as a pretreatment process for reverse osmosis.<br />
Today WBMWD has continued to expand their production<br />
of customized recycled water for the local industry and has<br />
delivered over 95 Billion gallons of recycled water to date.<br />
Despite these efforts, the District’s 2008 water portfolio is<br />
heavily dependent on the imported water supply from the<br />
Colorado River and the State Project Water, representing<br />
65% of the total water. In an effort to develop a more regional<br />
and sustainable solution, which would reduce the District’s<br />
dependence on imported water, the District is pursuing<br />
Ocean Water Desalination to supplement their water portfolio.<br />
This presentation will discuss District’s water quality<br />
goals and the basis for these water quality goals.<br />
Alternate Presentation:<br />
Overview of Seawater Desalination Advances in California<br />
–Nikolay Voutchkov, Poseidon Water<br />
This presentation will provide an overview of ongoing seawater<br />
desalination projects in California and of key challenges<br />
associated its wider implementation including: costs<br />
and energy for production of desalinated water; effect of various<br />
types of intakes on impingement and entrainment of<br />
marine organisms; and concentrate management.<br />
B6: Regulatory Considerations<br />
Grand Ballroom A&B<br />
Recycled Water is the Key to Resolving Regional Water<br />
Issues in Monterey, California<br />
–Steven Kasower, University of California, Santa Cruz<br />
The Monterey, CA urban and agricultural sectors face water<br />
shortage and groundwater degradation issues. A regional<br />
plan was identified comprised of conservation, stormwater<br />
reuse, brackish groundwater desalination and recycled water.<br />
This presentation describes recycled water alternatives within<br />
that plan and their key roles in resolving the regional water<br />
supply issues.<br />
California Dreamin’? A Case Study of State Efforts to<br />
Develop a Recycled Water Policy<br />
–Cassie Aw-yang, Somach Simmons & Dunn<br />
This presentation will explore efforts by the California state<br />
agency that regulates water quality and water supply to<br />
develop a recycled water policy in the face of competing<br />
stakeholder views. The purpose of the policy is to increase<br />
the use of recycled water to meet growing demands on the<br />
state’s water resources.<br />
Reuse Water as a Texas Viable Water Supply Strategy<br />
–Alan Plummer, Alan Plummer Associates<br />
To meet the demands of a growing population, the 2007<br />
Texas State Water Plan proposes that reuse water strategies<br />
provide 15% of the new water supplies. There are numerous<br />
planned and operating reuse water projects in Texas. Water<br />
reuse is critical to meet future water supply needs and to<br />
support economic development of Texas.<br />
C6: Planning for Water Reuse<br />
Grand Ballroom C<br />
Matching Service Level to Product Quality<br />
–Joe Walters, West Basin Municipal Water District<br />
When recycled water becomes a key element in the daily<br />
operations of a business, customer service effort by the water<br />
agency needs to evolve to a higher level. West Basin<br />
Municipal Water District shares insight into its customer<br />
service efforts to support “designer” recycled water and the<br />
ensuing customer expectations.<br />
Southeast Texas Trends in Urban Reuse –<br />
Some Surprising Numbers<br />
–Mark Lowry, TCB/AECOM<br />
A Texas development was planned for conjunctive use of<br />
effluent reuse and groundwater for irrigation purposes. TCB<br />
developed computer models to achieve the maximum utilization<br />
of the reuse water available and still safeguard valuable<br />
landscaping. All of the available effluent will be used for<br />
irrigation purposes at full development.<br />
Water Reuse Planning for Military Installations<br />
–Stacey Fredenberg, Malcolm Pirnie<br />
This presentation will compare and contrast water reuse feasibility<br />
planning for municipalities and for military installations.<br />
By examining water reuse in the military context, lessons<br />
can be drawn that help us further understand and master<br />
the study process. We can then more effectively identify<br />
the constraints and opportunities for water reuse in both<br />
cities and military installations.<br />
Building a Water Reuse <strong>Program</strong> in Anticipation of the<br />
Virginia Regulation<br />
–Lisa Prieto, CDM<br />
This presentation will detail the experiences of the Loudoun<br />
Water (LW) in building a water reuse program. LW considers<br />
water reuse to be an important, long-term, component of its<br />
nutrient management and water resource management plans.<br />
Reducing Your Carbon Footprint with Recycled Water<br />
–Alan Zelenka, Kennedy/Jenks Consultants<br />
Connections between water, energy, greenhouse gases<br />
(GHGs), and recycled water are explored with an example<br />
calculation comparing a recycled water project at Inland<br />
Empire Utilities Agency in Southern California to importing<br />
that water from the California State Water Project. Energy<br />
inputs are calculated and the GHG reductions are estimated.<br />
42 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 43
Wednesday Session Descriptions (cont.)<br />
Alternate Presentation:<br />
Recycled Water as a Vital Part of a Supply Portfolio:<br />
Developing an Integrated Resource Plan<br />
–Kelley Weaver, CDM<br />
This presentation will discuss the dynamic modeling of recycled<br />
water as part of a water resources systems model developed<br />
for an Integrated Resource Plan. A systems dynamics<br />
model is an innovative tool that provides a flexible technical<br />
framework for long-term water supply decision-making with<br />
multiple objectives and multiple water resource options.<br />
D6: Wetland Issues<br />
Grand Ballroom D<br />
Evolution of the Use of Constructed Wetlands for<br />
Beneficial Reuse in Florida<br />
–Jo Ann Jackson, PBS&J<br />
Constructed wetlands were first built in Florida as a means<br />
to meet stringent discharge criteria while creating beneficial<br />
habitat. As Florida has recognized limitations of its fresh<br />
water resources, a shift in the way constructed wetlands are<br />
being utilized has occurred. This paper examines this shift,<br />
through three case studies.<br />
The Chino Creek Wetlands and Educational Park Project<br />
–Lucia Fuertez and Bob Nienhuis, Inland Empire<br />
Utilities Agency<br />
Oxnard California’s Groundwater Recovery Enhancement<br />
and Treatment (GREAT) <strong>Program</strong><br />
–Mary Vorissis, CH2M HILL<br />
Oxnard California’s GREAT <strong>Program</strong> is a water resources<br />
project that combines water recycling and reuse, groundwater<br />
injection, storage and recovery, and groundwater desalination.<br />
The program includes innovative projects such as<br />
advanced wastewater treatment, wetland treatment for<br />
reverse osmosis concentrate, and public education.<br />
Closing Plenary Session: Pharmaceuticals in<br />
Water — Should We Be Concerned?<br />
Grand Ballroom D&E<br />
The water community is constantly being inundated by news<br />
articles and public inquiries regarding pharmaceuticals in<br />
reclaimed water, and this topic is of vital interest to water suppliers,<br />
wastewater dischargers, and water reclamation practitioners.<br />
At this final plenary session moderated by Dr. Jim<br />
Crook, a renowned expert in water reuse, panelists with varying<br />
viewpoints will address the question of whether – or how<br />
much – the water community should be concerned with pharmaceuticals<br />
in reclaimed water, particularly as it relates to<br />
potable reuse. The four panelists are Richard Bull of MoBull<br />
Consulting, Joseph Cotruvo of J. Cotruvo Associates, Sam<br />
Mowbray of the Orange County Sanitation District, and<br />
Shane Snyder of the Southern Nevada Water Authority. This<br />
session will be enlightening, provocative, and downright fun.<br />
Don’t miss it!<br />
The Chino Creek Park Wetlands and Educational Park is<br />
located within the Chino Basin Watershed Management<br />
Area. The park is designed to direct flows through wetland<br />
and riparian ponds and streams and continue under El<br />
Prado Road through pipes funneled into a lower wetland<br />
area which then discharges into a soft bottom portion of<br />
Chino Creek Reach 1.<br />
Constructed Wetlands Provide Water Reuse<br />
–Ronald Crites, Brown and Caldwell<br />
Constructed wetlands can provide direct water reuse, facilitate<br />
further water reuse, provide wildlife habitat benefits, and<br />
provide educational and social benefits. Wetlands at Kachina<br />
Village near Flagstaff in Arizona and at LOTT near Olympia<br />
in Washington provide examples of these beneficial uses.<br />
44 2008 SYMPOSIUM PROGRAM<br />
Sponsors & Exhibitors
2008 Symposium Sponsors<br />
Premier <strong>Conference</strong> Sponsors<br />
Advanced Concepts & Technologies International<br />
Virgil McCaleb, Executive Vice President<br />
1105 Wooded Acres, Suite 500<br />
Waco, TX 76710<br />
(254) 751-9823 • www.act-i.com<br />
ACT I specializes in innovative solutions to complex water<br />
issues including water security, purification and reuse, technology<br />
evaluation and development, and chemical/biological<br />
testing. Our highly trained scientists and engineers have<br />
extensive experience in water and wastewater, soil and sediment,<br />
process engineering, and detection technology development.<br />
NELAP and LT2 accredited.<br />
Brown and Caldwell<br />
Steve Sagstad, Associate<br />
201 East Washington Street, Suite 500<br />
Phoenix, AZ 85004<br />
(602) 567-4000 • www.brwncald.com<br />
Headquartered in Walnut Creek, CA, Brown and Caldwell is a<br />
full-service environmental engineering firm with 45 offices and<br />
1,600+ professionals across the country. For more than 60 years,<br />
our creative designs and progressive solutions have helped<br />
scores of municipal, federal and private agencies successfully<br />
overcome their most challenging environmental obstacles.<br />
Carollo Engineers<br />
Tracy Clinton, Engineer/Project Manager<br />
2700 Ygnacio Valley Road, #300<br />
Walnut Creek, CA 94598<br />
(925) 932-1710 • www.carollo.com<br />
For 75 years, Carollo has been the leader in water-focused<br />
engineering, partnering with clients to develop innovative<br />
water treatment solutions that support environmental stewardship<br />
and sustainability. With 25 offices in 11 states,<br />
Carollo remains committed to the one focus—working to<br />
help solve our client’s toughest water and wastewater challenges<br />
every day.<br />
Chiang, Patel & Yerby, Inc.<br />
Randel West, Principal<br />
1820 Regal Row<br />
Dallas, TX 75235<br />
(214) 638-0500 • www.cpyi.com<br />
CP&Y, a full-service consulting firm offering multidiscipline<br />
engineering services, has grown to be one of the most respected<br />
engineering firms in the southwestern United States. CP&Y’s<br />
reputation includes providing excellence in engineering by<br />
offering an unmatched level of service, attention to detail, and<br />
personal involvement by the firm’s top management.<br />
MWH Global<br />
Linda Summers, Major Campaigns Manager<br />
7557 Rambler Road, Suite 440<br />
Dallas, TX 75231<br />
(214) 346-4305 • www.mwhglobal.com<br />
Developing alternative water systems to counter the challenges<br />
of climate change is central to the mission at MWH<br />
and the heart of our core services and capabilities. For 150<br />
years, MWH has been a leader in water management technologies<br />
like desalination and advanced wastewater treatment<br />
as effective alternative solutions.<br />
Gold <strong>Conference</strong> Sponsors<br />
Welcome Reception Sponsor<br />
MWH Global<br />
Linda Summers, Major Campaigns Manager<br />
7557 Rambler Road, Suite 440<br />
Dallas, TX 75231<br />
(214) 346-4305 • www.mwhglobal.com<br />
Opening Session Sponsor<br />
CH2M HILL<br />
Larry Schimmoller, Global Technology Leader-Water Reuse<br />
9193 S. Jamaica Street<br />
Englewood, CO 80112<br />
(720) 286-5345 • www.ch2m.com<br />
Headquartered in Englewood, CO, employee-owned CH2M<br />
HILL is a global leader in full-service engineering, procurement,<br />
construction, and operations for public and private<br />
clients. With more than $5.1 billion in revenue and 24,000<br />
employees worldwide, CH2M HILL delivers innovative, practical,<br />
sustainable solutions—helping clients develop and<br />
manage infrastructure and facilities that improve efficiency,<br />
safety, and quality of life.<br />
Continental Breakfast Sponsor<br />
McCall, Parkhurst & Horton L.L.P.<br />
Chuck Kobdish, Partner<br />
717 N. Harwood, Suite 900<br />
Dallas, TX 75201<br />
(214) 754-9236 • www.mphlegal.com<br />
McCall, Parkhurst & Horton L.L.P. (est. 1919) exclusively<br />
practices public finance law. A national leader in the field<br />
with offices in Dallas, Austin and San Antonio, the firm<br />
ranks among the top law firms in the country in principal<br />
amount and number of municipal bonds approved since<br />
1985 and was the first firm in Texas to render an approving<br />
bond opinion acceptable to the national securities markets.<br />
Awards Luncheon Sponsor<br />
2008 SYMPOSIUM PROGRAM 47
Awards Luncheon Sponsor<br />
AECOM<br />
Joe King, Vice President<br />
1200 Summit Avenue, Suite 600<br />
Fort Worth, TX 76102-4409<br />
(317) 698-6735 • www.tcb.aecom.com<br />
AECOM is a global provider of professional technical and<br />
management support services to a broad range of markets,<br />
including transportation, water/wastewater facilities, environmental,<br />
and energy. AECOM provides a blend of global<br />
reach, local knowledge, innovation, and technical excellence<br />
in delivering solutions that enhance and sustain the world's<br />
built, natural, and social environments.<br />
Refreshment Break Sponsor<br />
Aqua-Aerobic Systems, Inc.<br />
William Moore, Western Regional Manager<br />
6306 N. Alpine Road<br />
Loves Park, IL 61111<br />
(815) 654-2501• www.aqua-aerobic.com<br />
Since 1969, Aqua-Aerobic Systems, Inc. has been a leader in<br />
the design and manufacture of wastewater treatment equipment<br />
and systems for municipal and industrial markets<br />
worldwide. Our experience in aeration and mixing coupled<br />
with years of expertise in biological processes and filtration<br />
systems allows us to provide the most advanced treatment<br />
solutions at the lowest life cycle cost. Our products are<br />
designed for long-term durability and reliability. Our<br />
advanced wastewater technologies meet or exceed the most<br />
stringent effluent requirements and are designed to easily<br />
accommodate changing effluent demands.<br />
President’s Reception Sponsor<br />
CDM<br />
Lisa Prieto, Project Manager<br />
2301 Maitland Center Parkway, Suite 300<br />
Maitland, FL 32751<br />
(407) 660-2552 • www.cdm.com<br />
CDM is a global engineering firm specializing in cuttingedge<br />
treatment technologies. A long-recognized leader in<br />
water reuse, the firm has also established a prominent role in<br />
desalination in the USA and abroad. The CDM-designed<br />
27.5 MGD brackish groundwater desalination facility in El<br />
Paso exemplifies this innovative approach to providing<br />
drinking water in the arid Southwest.<br />
Cappuccino Bar Sponsor<br />
Freese and Nichols, Inc.<br />
David Sloan, W/WW Treatment Engineer<br />
4055 International Plaza, Suite 200<br />
Fort Worth, TX 76109<br />
(817) 735-7300 • www.freese.com<br />
Freese and Nichols has provided innovative engineering<br />
solutions for Texas since 1894, when founder John Hawley<br />
became one of the state’s first independent water and<br />
sewer engineers.<br />
We are a multi-disciplined engineering, architectural, environmental<br />
science, construction services and master planning<br />
firm with offices across Texas to better serve our clients.<br />
Hotel Key Card Sponsor<br />
Alan Plummer Associates, Inc.<br />
Alan Plummer, Chairman of the Board<br />
1320 S. University Drive, Suite 300<br />
Fort Worth, TX 76107<br />
(817) 806-1700 • www.apaienv.com<br />
Alan Plummer Associates, Inc. (APAI) was founded in 1978<br />
with a vision to balance environmental stewardship with technical<br />
excellence. Today, with 100 employees in four offices in<br />
Texas, APAI remains committed to water resources and environmental<br />
engineering, balancing sound engineering principles<br />
with innovative technology tailored to clients’ needs.<br />
Closing Session Sponsor<br />
Kellogg Brown & Root<br />
Troy Hotchkiss, Project Manager<br />
1444 Oak Lawn Avenue, Suite 100<br />
Dallas, TX 75207<br />
(214) 752-8300 • www.kbr.com<br />
KBR is a global engineering, construction and services company.<br />
With over 90 years of service to federal, state and local<br />
governments, KBR has the resources and the proven dependability<br />
to deliver bottom-line benefits that increase the probability<br />
of project success. In the civil infrastructure market,<br />
KBR operates in diverse sectors including water supply, treatment<br />
and conveyance, wastewater collection, treatment and<br />
reuse, transportation, aviation, tunneling and facilities maintenance.<br />
In addition, KBR provides on-demand support services<br />
across the full military mission cycle, whenever and wherever<br />
our clients need them. KBR is a truly full service organization<br />
offering engineering planning, design and construction services<br />
as well as program and project management, construction<br />
management, operations and maintenance, and other services<br />
to public and private clients worldwide.<br />
T-Shirt Sponsor<br />
Black & Veatch<br />
Alan Rimer, Director of Water Reuse<br />
9000 Regency Parkway, Suite 200<br />
Cary, NC 27518<br />
(919) 462-7506 • www.bv.com<br />
Black & Veatch’s global water business provides innovative,<br />
technology-based solutions to utilities, governments and<br />
industries worldwide. Local project teams work with multinational<br />
water and wastewater treatment process experts to<br />
address site-specific challenges through a broad range of<br />
consulting, study, planning, design, design-build and construction<br />
management services.<br />
Bookstore and Lounge Sponsor<br />
Malcolm Pirnie, Inc.<br />
Stephen Davis, Vice President<br />
8001 Irvine Center Drive<br />
Irvine, CA 92618<br />
(914) 450-7948 • www.pirnie.com<br />
Malcolm Pirnie, Inc., a century-old environmental consulting<br />
firm, provides government and industrial clients with<br />
comprehensive services in water and wastewater engineering,<br />
solid and hazardous waste management, environmental<br />
sciences and, through its Red Oak Consulting Division,<br />
management and IT consulting. With a diversified staff of<br />
more than 1,700 engineers, scientists and consultants in 60-<br />
plus offices worldwide, Pirnie helps create enduring solutions<br />
that make the world cleaner and safer.<br />
Silver <strong>Conference</strong> Sponsors<br />
Notepad Sponsor<br />
Jaster-Quintanilla<br />
Stephen Lucy, Partner/Principal<br />
2105 Commerce Street<br />
Dallas, TX 75201<br />
(214) 752-9098 • www.jqeng.com<br />
Jaster Quintanilla (JQ) provides structural and civil engineering<br />
and surveying services throughout Texas and the<br />
southern United States from offices in Dallas, Fort Worth,<br />
Austin, and San Antonio. Providing water wise designs under<br />
challenging conditions, JQ has succeeded to the forefront of<br />
infrastructure design providing excellence in engineering<br />
services.<br />
Badge Holder Sponsor<br />
Gorrondona & Associates, Inc<br />
Jeffrey Vick, Director of Operations<br />
6707 Brentwood Stair Road, Suite 50<br />
Fort Worth, TX 76112<br />
(817) 496-1424 • www.ga-inc.net<br />
Gorrondona & Associates, Inc. (G & A) provides professional<br />
Land Survey services, Subsurface Utility Engineering (SUE),<br />
and Utility Coordination. Headquartered in Fort Worth, TX,<br />
G & A has successfully completed more than 2,000 engineering<br />
and construction projects since 1990.<br />
Bag Sponsor<br />
Damon S. Williams Associates, L.L.C.<br />
Damon S. Williams, Chief Executive Officer<br />
2355 E. Camelback Road, Suite 700<br />
Phoenix, AZ 85016<br />
(602) 265-5400 • www.dswa.net<br />
DSWA is a full service, multi-discipline, civil and environmental<br />
engineering firm specializing in water and wastewater<br />
facility design. Founded by Damon S. Williams, P.E., in<br />
Phoenix in 1987, the firm provides government, business and<br />
other engineering professionals with creative, practical, and<br />
cost-effective solutions to today’s environmental challenges.<br />
Pen Sponsor<br />
HDR Engineering<br />
Guy Carpenter, National Director of Water Reuse<br />
3200 E. Camelback Road, Suite 350<br />
Phoenix, AZ 85018<br />
(602) 522-7700 • www.hdrinc.com<br />
HDR is an employee-owned architectural, engineering, and<br />
consulting firm with more than 5,800 professionals in 140<br />
locations worldwide. All of them are committed to helping<br />
clients manage complex projects and make sound decisions.<br />
Water Bottle Sponsor<br />
Gupta & Associates, Inc.<br />
V.K. Gupta, President<br />
13626 Gamma Road<br />
Dallas, TX 75244<br />
(972) 490-7661 • www.gaiconsulting.com<br />
Gupta & Associates Inc. (GAI) was established in Dallas,<br />
Texas in January 2000. We are a client oriented consulting<br />
company consisting of engineers, designers and drafters with<br />
extensive experience. Our team is committed to providing<br />
sound and proven electrical/instrumentation systems design<br />
for water treatment plants, waste water treatment plants,<br />
pump stations and lift stations.<br />
Coffee Mug Sponsor<br />
Espey Consultants, Inc.<br />
Wayne Hunter, Dallas/Fort Worth Manager<br />
2777 North Stemmons Freeway, Suite 1102<br />
Dallas, TX 75207<br />
(214) 951-0807 • www.espeyconsultants.com<br />
Espey Consultants, Inc. (EC) is an environmental and engineering<br />
consulting firm with offices in Austin (corporate<br />
headquarters), Dallas, Houston, Laredo, and New Braunfels,<br />
TX. EC's staff has extensive engineering, management, and<br />
planning experience to successfully complete a broad range<br />
of projects to meet municipal, water resources, environmental,<br />
and land development service needs.<br />
48 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 49
Mouse Pad Sponsor<br />
Bureau of Reclamation<br />
William Steele, Area Manager<br />
27708 Jefferson Avenue, Suite 202<br />
Temecula, CA 92590<br />
(951) 695-5310 • www.usbr.gov<br />
The Bureau of Reclamation is the largest wholesale water<br />
supplier and the second largest producer of hydroelectric<br />
power in the United States, with operations and facilities in<br />
the 17 western states. The Title XVI Reclamation Wastewater<br />
and Groundwater Study and Facilities Act (P.L. 102-575, as<br />
amended) authorizes the Bureau of Reclamation to undertake<br />
a program to participate in research, planning, and construction<br />
opportunities that reclaim and reuse wastewaters<br />
and naturally impaired ground and surface water in the 17<br />
western states and Hawaii.<br />
General <strong>Conference</strong> Sponsors<br />
Fugro Consultants, Inc.<br />
Bruce Bailey, Senior Consultant<br />
2880 Virgo Lane<br />
Dallas, TX 75229<br />
(972) 484-8301 • www.fugro.com<br />
As a provider of geotechnical engineering services for more<br />
than 60 years, Fugro Consultants shows staying power—a valued<br />
trait in the unpredictable construction industry. Behind<br />
that stamina is global strength. We are part of the multi-disciplined,<br />
publicly traded Fugro Group of companies with over<br />
10,500 employees in 275 offices operating in 50 countries.<br />
Fugro Consultants' staff of over 450 people is comprised of<br />
engineers, technicians, and administrators with these common<br />
traits—imagination, dedication, and pure talent.<br />
GSWW, Inc.<br />
David Washington, Senior Vice President<br />
3950 Fossil Creek Blvd., Suite 210<br />
Fort Worth, TX 76137<br />
(817) 306-1444 • www.gswwengineers.com<br />
GSWW, Inc. has been providing civil and environmental<br />
engineering for over 30 years. The areas of expertise include<br />
paving and drainage design, utilities relocation and design,<br />
design of water and wastewater treatment systems, environmental<br />
studies, land planning, zoning, and all municipal-oriented<br />
and/or development-related civil engineering services<br />
Schrickel, Rollins and Associates, Inc.<br />
Dan Hartman, Vice President<br />
1161 Corporate Drive, W, #200<br />
Arlington, TX 76006<br />
(817) 649-3216• www.sradesign.com<br />
Founded in 1955 as Gene Schrickel and Associates and incorporated<br />
in 1967 as Schrickel, Rollins and Associates, SRA<br />
provides professional design services in three distinct yet<br />
complementary disciplines: civil engineering, landscape<br />
architecture, and planning. This multi-disciplinary structure<br />
provides clients with a complete in-house capability for<br />
determining the best use and efficient design for land and<br />
improvements on land.<br />
Freese and Nichols<br />
your natural resource for<br />
water reuse in Texas<br />
Austin<br />
Corpus Christi<br />
Dallas<br />
Fort Worth<br />
Houston<br />
San Antonio<br />
(817) 735-7300<br />
www.freese.com<br />
50 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 51
Exhibit Hall Floor Plan<br />
2008 Symposium Exhibitors<br />
Advanced Concepts & Technologies International –Booth #3<br />
Virgil McCaleb, Executive Vice President<br />
1105 Wooded Acres, Suite 500<br />
Waco, TX 76710<br />
(254) 751-9823 • www.act-i.com<br />
ACT I specializes in innovative solutions to complex water<br />
issues including water security, purification and reuse, technology<br />
evaluation and development, and chemical/biological<br />
testing. Our highly trained scientists and engineers have<br />
extensive experience in water and wastewater, soil and sediment,<br />
process engineering, and detection technology development.<br />
NELAP and LT2 accredited.<br />
Alan Plummer Associates, Inc. –Booth #6<br />
Alan Plummer, Chairman of the Board<br />
1320 S. University Drive, Suite 300<br />
Fort Worth, TX 76107<br />
(817) 806-1700 • www.apaienv.com<br />
Alan Plummer Associates, Inc. (APAI) was founded in 1978<br />
with a vision to balance environmental stewardship with technical<br />
excellence. Today, with 100 employees in four offices in<br />
Texas, APAI remains committed to water resources and environmental<br />
engineering, balancing sound engineering principles<br />
with innovative technology tailored to clients’ needs.<br />
American Water Works <strong>Association</strong> –Booth #32<br />
Cilia Kohn<br />
6666 W. Quincy Avenue<br />
Denver, CO 80235<br />
(303) 794-7711• www.awwa.org<br />
The American Water Works <strong>Association</strong> (AWWA) is an international<br />
nonprofit scientific and educational society dedicated<br />
to the improvement of water quality and supply. AWWA<br />
is defined by six core competencies, through which we communicate<br />
and interact with all of our audiences. More information<br />
about each competency is available by clicking the<br />
links listed across the top of every page on the Web site.<br />
Together, the competencies distinguish AWWA as the authoritative<br />
resource for knowledge, information, and advocacy to<br />
improve the quality and supply of water in North America<br />
and beyond.<br />
Aqua-Aerobic Systems, Inc. –Booth #7<br />
William Moore, Western Regional Manager<br />
6306 N. Alpine Road<br />
Loves Park, IL 61111<br />
(815) 654-2501 • www.aqua-aerobic.com<br />
Since 1969, Aqua-Aerobic Systems, Inc. has been a leader in<br />
the design and manufacture of wastewater treatment equipment<br />
and systems for municipal and industrial markets,<br />
worldwide. Our experience in Aeration and Mixing coupled<br />
with years of expertise in Biological Processes and Filtration<br />
Systems allows us to provide the most advanced treatment<br />
solutions at the lowest life cycle cost. Our products are<br />
designed for long-term durability and reliability. Our<br />
advanced wastewater technologies meet or exceed the most<br />
stringent effluent requirements and are designed to easily<br />
accommodate changing effluent demands.<br />
AquaTec, Inc. –Booth #40<br />
Ed Baltutis, Sales Manager<br />
1235 Shappert Drive<br />
Rockford, IL 61115<br />
(815) 654-1500 • www.aquatecinc.com<br />
For over 35 years, AquaTec has provided services and products<br />
to the environmental sector of industry and public utility<br />
markets. AquaTec, Inc. is highly experienced in aerobic<br />
and anaerobic wastewater treatment for a wide variety of<br />
applications. AquaTec has a worldwide reach in this industry.<br />
Aquatech International Corporation –Booth #30<br />
Amy Bloom, Marketing Coordinator<br />
1 Four Coins Drive<br />
Canonsburg, PA 15317<br />
(724) 746-5300 • www.aquatech.com<br />
Established in 1981, Aquatech International Corporation is a<br />
global leader in water purification technology for industrial<br />
and infrastructure markets with a focus on desalination,<br />
water reuse, and zero liquid discharge.<br />
Aquatech’s product groups include Raw Water Treatment,<br />
Ion Exchange, Membrane Processes (UF/RO/MBR), Thermal<br />
Desalination (MED/MSF), Wastewater/Effluent Treatment<br />
and Zero Liquid Discharge.<br />
Aquionics, Inc. –Booth #1<br />
Bree Trembly, Municipal Sales Manager<br />
21 Kenton Lands Road<br />
Erlanger, KY 41018<br />
(859) 341-0710 • www.aquionics.com<br />
Aquionics offers a wide range of reuse, waste, and potable<br />
water UV systems. Market specialists in closed vessel chambers<br />
utilizing medium pressure lamps. Reuse installations<br />
include: golf courses, citrus fields, drinking water recharge,<br />
and NWRI.<br />
52 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 53
Ashbrook Simon-Hartley –Booth #11<br />
Ben Gould, Marketing Manager Process Systems<br />
11600 East Hardy<br />
Houston, TX 77093<br />
(800) 362-9041 • www.as-h.com<br />
Chiang, Patel & Yerby, Inc. –Booth #36<br />
Randel West, Principal<br />
1820 Regal Row<br />
Dallas, TX 75235<br />
(214) 638-0500 • www.cpyi.com<br />
Enviroquip, a Division of Eimco Water Technologies –Booth #23<br />
Jim Carroll, Director of Sales, Membrane Systems<br />
2404 Rutlan Drive<br />
Austin, TX 78758<br />
(512) 652-5823 • www.glv.com<br />
Gorrondona & Associates, Inc. –Booth #35<br />
Jeffrey Vick, Director of Operations<br />
6707 Brentwood Stair Road, Suite 50<br />
Fort Worth, TX 76112<br />
(817) 496-1424 • www.ga-inc.net<br />
Ashbrook Simon-Hartley offers a wide variety of wastewater<br />
reuse technologies, including package and field erected<br />
WWTP utilizing continuous flow activated sludge and<br />
sequential batch reactors, plus the capability to achieve high<br />
quality effluents via high performance media and ultrafiltration<br />
membrane processes.<br />
Basin Water, Inc. –Booth #5<br />
PO Box 1400<br />
Rancho Cucamonga, CA 91729<br />
(909) 481-6800 • www.basinwater.com<br />
Basin Water provides turnkey, cost-effective, rapidly deployable<br />
solutions for treating at the wellhead to remove contaminants<br />
from groundwater or to condition water prior to<br />
injection for storage. Basin Water’s technology+services<br />
offerings include an NSF 61 certified system to remove<br />
organic contaminants, including MTBE, 1,4-dioxane and<br />
PPCPs, safely and efficiently.<br />
Brown and Caldwell –Booth #39<br />
Steve Sagstad, Chief Hydrogeologist<br />
201 East Washington Street, Suite 500<br />
Phoenix, AZ 85004<br />
(602) 567-4000 • www.brwncald.com<br />
Headquartered in Walnut Creek, CA, Brown and Caldwell is a<br />
full-service environmental engineering firm with 45 offices and<br />
1,600+ professionals across the country. For more than 60 years,<br />
our creative designs and progressive solutions have helped<br />
scores of municipal, federal and private agencies successfully<br />
overcome their most challenging environmental obstacles.<br />
Carollo Engineers –Booth #18<br />
Tracy Clinton, Engineer/Project Manager<br />
2700 Ygnacio Valley Road, #300<br />
Walnut Creek, CA 94598<br />
(925) 932-1710 • www.carollo.com<br />
For 75 years, Carollo has been the leader in water-focused engineering,<br />
partnering with clients to develop innovative water<br />
treatment solutions that support environmental stewardship<br />
and sustainability. With 25 offices in 11 states, Carollo remains<br />
committed to the one focus—working to help solve our client’s<br />
toughest water and wastewater challenges every day.<br />
CP&Y, a full-service consulting firm offering multidiscipline<br />
engineering services, has grown to be one of the most respected<br />
engineering firms in the southwestern United States. CP&Y’s<br />
reputation includes providing excellence in engineering by<br />
offering an unmatched level of service, attention to detail, and<br />
personal involvement by the firm’s top management.<br />
Columbia Analytical Services, Inc. –Booth #21<br />
Ed Wilson, Vice President<br />
1317 S. 13th Avenue<br />
Kelso, WA 98626<br />
(800) 695-7222 • www.caslab.com<br />
Columbia Analytical is an employee-owned, full-service<br />
environmental analytical network with laboratories and service<br />
centers nationwide. Our expertise encompasses air, water,<br />
dioxin, biological, pharmaceutical, solid and hazardous waste<br />
analyses. Our services are tailored to meet the individual<br />
needs of our clients by providing high quality, cost-effective,<br />
and timely analytical data.<br />
Columbian TecTank –Booth #16<br />
Mark Eklund, Product Manager Wastewater<br />
5400 Kansas Avenue<br />
Kansas City, KS 66106<br />
(913) 621-3700 • www.columbiantectank.com<br />
Columbian TecTank specializes in the turnkey production of<br />
premium performance bolted and shop-welded tanks, from<br />
design, fabrication and factory coating/thermally curing to<br />
field erection and service. CTT tanks offer a technologically<br />
advanced Trico Bond EP coating to ensure long-lasting<br />
corrosion resistance. Backed by more than 110 years of experience,<br />
ISO 9000/9001Certified CTT tanks are found in 123<br />
countries worldwide.<br />
Degremont Technologies –Booth #31<br />
John Hughes, Regional Business Manager<br />
8007 Discovery Drive<br />
Richmond, VA 23229<br />
(804) 756-7600 • www.degremont.com<br />
Degremont Technologies provides high performance solutions<br />
that result from the latest technological advancements<br />
in drinking water, wasterwater, and suldge treatment. Our<br />
specialists evaluate each application to determine the very<br />
best option. A member of the Degremont Group, the largest<br />
world group dedicated to water services, we brings more that<br />
a century of knowlege and innovation to a broad suite of<br />
trusted, reliable treatment solutions.<br />
As a provider of complete wastewater treatment plants<br />
(WWTP) Enviroquip, a Division of Eimco Water technologies<br />
understands that systems, not just components, must be<br />
easy to operate and reliable. At Enviroquip, our multidisciplinary<br />
staff draws on over 40 years of experience to integrate<br />
state-of-the-art technologies into custom plants or pre-engineered<br />
packages (MPACs) to maximize energy efficiency,<br />
optimize process control, and protect membrane equipment.<br />
Our goal is to provide our customers with comprehensive<br />
solutions to their wastewater problems.<br />
Espey Consultants, Inc. –Booth #10<br />
Wayne Hunter, Dallas/Fort Worth Manager<br />
2777 North Stemmons Freeway, Suite 1102<br />
Dallas, TX 75207<br />
(214) 951-0807 • www.espeyconsultants.com<br />
Espey Consultants, Inc. (EC) is an environmental and engineering<br />
consulting firm with offices in Austin (corporate<br />
headquarters), Dallas, Houston, Laredo, and New Braunfels,<br />
TX. EC's staff has extensive engineering, management, and<br />
planning experience to successfully complete a broad range<br />
of projects to meet municipal, water resources, environmental,<br />
and land development service needs.<br />
Geoflow, Inc. –Booth #41<br />
Rodney Ruskin, CEO<br />
506 Tamal Plaza<br />
Corte Modera, CA<br />
(415) 94925 • www.geoflow.com<br />
Geoflow manufactures subsurface dripline for wastewater reuse<br />
and dispersal. The water is pumped through a filter into the<br />
dripline and out into the root zone where it is further polished<br />
or taken up by the plants. Geoflow’s dripline is found in areas<br />
with shallow limiting layers, tight soils, and steep slopes.<br />
Golder Associates Inc. –Booth #14<br />
Paul Pigeon, Senior Project Manager<br />
44 Union Blvd., Suite 300<br />
Lakewood, CO 80228<br />
(303) 980-0540 • www.golder.com<br />
At Golder Associates we strive to be the most respected global<br />
group specializing in ground engineering and environmental<br />
services. With Golder, clients gain the advantage of working<br />
with highly skilled engineers, scientists, project managers, and<br />
other technical specialists who are committed to helping<br />
them succeed. By building strong relationships and meeting<br />
the needs of clients, our people have created one of the most<br />
trusted professional services firms in the world.<br />
Gorrondona & Associates, Inc. (G & A) provides professional<br />
Land Survey services, Subsurface Utility Engineering (SUE),<br />
and Utility Coordination. Headquartered in Fort Worth, TX,<br />
G & A has successfully completed more than 2,000 engineering<br />
and construction projects since 1990.<br />
Hanna Instruments –Booth #19<br />
Michael Silvia, Market Manager<br />
584 Park East Drive<br />
Woonsocket, RI 02895<br />
(401) 765-7500 • www.hannainst.com<br />
Hanna Instruments, for 30 years, a world leader in the development<br />
and manufacture of quality analytical equipment.<br />
Available in portable, bench top and in-line configurations,<br />
our products measure a wide range of critical parameters<br />
such as pH, Conductivity, Chlorine, Salinity, ORP, COD, DO,<br />
BOD, ISE, temp and more.<br />
ITT-WEDECO –Booth #17<br />
Matthias Boeker, Disinfection Market Manager<br />
14125 South Bridge Circle<br />
Charlotte, NC 28273<br />
(704) 716-7600 • www.itt.com<br />
WEDECO—a part of ITT's Water & Wastewater group—is a<br />
leading manufacturer of ultraviolet water disinfection and<br />
ozone oxidation systems. WEDECO UV systems provide<br />
chemical-free solutions to the drinking water and wastewater<br />
market. WEDECO supplies engineered ozone treatment<br />
solutions to customers worldwide.<br />
JMAR Technologies, Inc. –Booth #2<br />
Dave McCarty, VP Business Development<br />
10905 Technology Place<br />
San Diego, CA 92127<br />
(858) 946-6800 • www.jmar.com<br />
JMAR Technologies, Inc. is a late-stage technology company<br />
with expertise in the development and early commercialization<br />
of detection and laser-based technologies for nano-scale<br />
imaging, chemical and biological analysis, and fabrication.<br />
The Company is leveraging more than a decade of laser and<br />
photonics research in developing a portfolio of products<br />
with market applications in high interest areas such as homeland<br />
security, biological monitoring of water quality, and<br />
hazardous materials detection. These technologies represent<br />
significant intellectual property which includes more than<br />
thirty issued or pending patents.<br />
54 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 55
Koch Membrane Systems –Booth #13<br />
Alden Whitney, Sales Director, Water & Wastewater<br />
850 Main Street<br />
Wilmington, MA 01887<br />
(978) 694-7000 • www.kochmembrane.com<br />
Pinellas County Utilities –Booth #15<br />
David Baker, Manager, Conservation Resources<br />
14 South Fort Harrison Avenue<br />
Clearwater, FL 33756<br />
(727) 464-3896 • www.pinellascounty.org<br />
Severn Trent Services –Booth #22<br />
Nadia Abboud, Marketing Manager<br />
3000 Advance Lance<br />
Colmar, PA 18915<br />
(215) 997-4000 • www.severntrentservices.com<br />
Underground Solutions –Booth #4<br />
Dan Huffaker, Regional Manager<br />
14 Ivy Garden Street<br />
The Woodlands, TX 77382<br />
(713) 545-4789 • www.undergroundsolutions.com<br />
Koch Membrane Systems, Inc. (KMS) has been a leader in<br />
separation and filtration for over 30 years and has supplied<br />
membranes for more than 15,000 systems installed around<br />
the world. A designer and manufacturer of state-of-the-art<br />
membrane bioreactor modules and desalination systems,<br />
KMS products are specified for the most demanding municipal<br />
and industrial water reuse applications.<br />
Kruger Inc. –Booth #24<br />
Kate Koerber, Marketing Assistant<br />
401 Harrison Oaks Blvd., Suite 100<br />
Cary, NC 27513<br />
(919) 653-4574 • www.veoliawater.com<br />
Kruger is a water and wastewater solutions provider, specializing<br />
in advanced and differentiating technologies. Kruger provides<br />
complete processes and systems ranging from biological<br />
nutrient removal to mobile surface water treatment. With 90<br />
years of experience designing and developing a wide variety<br />
of technologies that protect our most precious resources,<br />
Kruger serves both the municipal and industrial markets.<br />
MWH Global –Booth #34<br />
Linda Summers, Major Campaigns Manager<br />
7557 Rambler Road, Suite 440<br />
Dallas, TX 75231<br />
(214) 346-4305 • www.mwhglobal.com<br />
Developing alternative water systems to counter the challenges<br />
of climate change is central to the mission at MWH<br />
and the heart of our core services and capabilities. For 150<br />
years, MWH has been a leader in water management technologies<br />
like desalination and advanced wastewater treatment<br />
as effective alternative solutions.<br />
Nova Water Technologies LLC –Booth #37<br />
Michael Schill, President<br />
7310 Annapolis Lane<br />
Parkland, FL 33067<br />
(954) 798-0254 • www.novawt.com<br />
Nova Water Technologies will be exhibiting the<br />
Ultrascreen(R)Microfilter which is the only disk filter in the<br />
world that employs "dynamic tangential filtration" to produce<br />
high quality effluents suitable for water reuse. The<br />
Ultrascreen operates at loading rates up to 14 gpm per<br />
square foot while using minimal wash water.<br />
Pinellas County Utilities provides water and wastewater service,<br />
and manages operation of the county's waste-to-energy<br />
plant. The reclaimed water distribution system serves<br />
approximately 19,000 homes and businesses. The emphasis<br />
on conservation has resulted in a potable water per capita<br />
usage of only 89 gallons per person per day.<br />
PolyPipe, Inc. –Booth #20<br />
Tina Ewing, Central Territory Sales Manager<br />
2406 N I-35, PO Box 390<br />
Gainesville, TX 76240<br />
(800) 433-5632 • www.polypipeinc.com<br />
PolyPipe® is one of the largest manufacturers of pressurerated<br />
polyethylene pipe. Our products are used in many<br />
industries such as: Natural Gas Gathering and Distribution,<br />
Municipal Water and Sewer, Telecommunication, Oilfield<br />
and Industrial and Mining application.<br />
Pumps and Controls –Booth #29<br />
Troy Welch, President<br />
PO Box 150207<br />
Arlington, TX 76015<br />
(817) 472-7337 • www.pumpsandcontrols.com<br />
Pumps and Controls, Inc., is a wholesale water treatment<br />
equipment supplier based in Arlington, TX. Starting out as<br />
an offshoot of Moore Control in June, 1986, today—nearly<br />
20 years later—our company is in steady growth mode,<br />
boasting over 5,000 customers customers nationwide.<br />
Purifics –Booths #48 & 49<br />
Brian Butters, President<br />
340 Sovereign Road<br />
London, Ontario N6M 1A8<br />
Canada<br />
(519) 473-5788 • www.purifics.com<br />
Purifics is an experienced industry leader in Chemical Free<br />
Multi Barrier Water Purification: A licensed Engineering firm<br />
offering unique solutions that purify condition & control<br />
water to achieve economic & environmental advantage.<br />
Photo-Cat combines the best of chemical-free Advanced<br />
Oxidation Technology, UV Disinfection and Ceramic<br />
Membranes with Full Remote Automation.<br />
Severn Trent Services is a leading global supplier of water and<br />
wastewater solutions. The company’s broad range of products<br />
and services is concentrated around disinfection and filtration<br />
technologies; including gas feed, on-site sodium hypochlorite<br />
generation, ultraviolet disinfection, membrane filtration, tertiary<br />
filters, advanced filters, and denitrification treatment systems.<br />
Siemens Water Technologies –Booths #45 & 46<br />
Keith Spiro, Vice President Corporate Communications<br />
181 Thorn Hill Road<br />
Warrendale, PA 15086<br />
(886) 926-8420 • www.siemens.com<br />
Siemens provides the world‘s broadest range of innovative water<br />
technologies designed to optimize plant operations and reduce<br />
operating costs, all while ensuring a sustainable environment.<br />
Count on Siemens to help you conserve, protect and reuse the<br />
world‘s most precious resource—now and into the future.<br />
SolarBee, Inc. –Booth #38<br />
Robert Nobile, Market Manager<br />
304 Main Avenue, Suite 206<br />
Norwalk, CT 06851<br />
(203) 569-5000 • www.solarbee.com<br />
SolarBee, Inc. pioneered long-distance circulation (LDC)<br />
technology, and is now the world leader in improving reservoir<br />
water quality in lakes, potable water tanks, and ponds<br />
for wastewater, storm water, and water reuse. With solarpowered<br />
LDC, significant cost reductions for energy and<br />
chemical usage expenses are typical.<br />
Texas Aquastore –Booth #43<br />
John Haddox, Sales Manager<br />
5011 North FM Highway 120<br />
Pottsboro, TX 75076<br />
(903) 786-9352<br />
Trojan Technologies –Booth #12<br />
Adam Festger, Market Manager<br />
3020 Gore Road<br />
London, Ontario N5V 4T7<br />
Canada<br />
(519) 457-3400 • www.trojanuv.com<br />
Trojan is the leader in UV treatment solutions to safeguard<br />
the world's water. Our UV solutions protect consumers from<br />
the potentially damaging effects of microbiological and<br />
chemical contaminants in drinking water, wastewater, wastewater<br />
reuse and residential applications. For 30 years, Trojan<br />
has set the standard in UV.<br />
Underground Solutions (UGSI) provides infrastructure<br />
technologies for water and sewer applications as well as conduit<br />
for applications ranging from electrical to fiber optics.<br />
UGSI's Fusible C-900®, Fusible C-905® and FPVC products<br />
contain a proprietary PVC formulation that, when combined<br />
with UGSI's patented fusion process, results in a monolithic,<br />
fully restrained, gasket-free, leak-free piping system.<br />
Duraliner is a patented, close-fit pipeline renewal system<br />
that creates a stand-alone, pressure-rated structural liner.<br />
Water Environment Federation –Booth #33<br />
John Dugan<br />
601 Wythe Street<br />
Alexandria, VA 22314<br />
(703) 684-2492 • www.wef.org<br />
Formed in 1928, the Water Environment Federation (WEF)<br />
is a not-for-profit technical and educational organization<br />
with 32,000 individual members and 80 affiliated Member<br />
<strong>Association</strong>s representing an additional 50,000 water quality<br />
professionals throughout the world. WEF and its member<br />
associations proudly work to achieve our mission of preserving<br />
and enhancing the global water environment.<br />
<strong>WateReuse</strong> <strong>Association</strong> –Booth #47<br />
Zachary Dorsey, Publications and Communications Manager<br />
1199 North Fairfax Street, Suite 410<br />
Alexandria, VA 22314<br />
(703) 548-0880 • www.watereuse.org<br />
The <strong>WateReuse</strong> <strong>Association</strong> is a nonprofit organization<br />
whose mission is to advance the beneficial and efficient use<br />
of water resources through education, sound science, and<br />
technology using reclamation, recycling, reuse, and desalination<br />
for the benefit of our members, the public, and the environment.<br />
Across the United States and the world, communities<br />
are facing water supply challenges due to increasing<br />
demand, drought, depletion and contamination of groundwater,<br />
and dependence on a single source of supply. Water<br />
reuse helps communities address these challenges.<br />
56 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 57
<strong>WateReuse</strong> <strong>Association</strong><br />
Board of Directors<br />
President<br />
Richard Atwater, Inland Empire Utilities Agency<br />
First Vice President<br />
John Shearer, Shearer Consulting, Inc.<br />
Second Vice President<br />
Robert Johnson, Dallas Water Utilities<br />
Immediate Past President<br />
Pick Talley, Pinellas County Utilities<br />
Secretary<br />
David Requa, Dublin San Ramon Services District<br />
Treasurer<br />
Darryl Miller, Irvine Ranch Water District<br />
Arizona Section Member<br />
Ron Doba, Ron Doba Management Services<br />
California Section Member<br />
Craig Lichty, Kennedy/Jenks Consultants<br />
Colorado Section Member<br />
Jenny Fifita, City of Westminster<br />
Florida Section Member<br />
Jo Ann Jackson, PBS&J<br />
Nevada Section Member<br />
Thomas Minwegen, Las Vegas Valley Water District<br />
Texas Section Member<br />
Don Vandertulip, CDM<br />
Carolyn Ahrens, Booth, Ahrens & Werkenthin, P.C.<br />
Guy Carpenter, HDR Engineering, Inc.<br />
Timothy Coughlin, Loudoun Water<br />
James Crook, Environmental Engineering Consultant<br />
Jon Freedman, GE Infrastructure Water & Process Technologies<br />
Brian Good, Denver Water<br />
Mike Gritzuk, Pima County Wastewater Management<br />
Margie Nellor, Nellor Environmental Associates, Inc.<br />
Greg Zlotnick, Santa Clara Valley Water District<br />
<strong>WateReuse</strong> Staff<br />
G. Wade Miller, Executive Director<br />
Joshua M. Dickinson, Deputy Executive Director<br />
Courtney Tharpe, Director of <strong>Conference</strong>s and Events<br />
Zachary Dorsey, Publications and Communications Manager<br />
Anna Durden, Project Manager<br />
Maria Greenly, Accounting Manager<br />
Burnett King, Project Manager<br />
Janet Pinkham, Administrative Assistant<br />
Caroline Sherony, <strong>Program</strong> Manager<br />
23 rd Annual <strong>WateReuse</strong> Symposium<br />
Planning Committee<br />
<strong>Conference</strong> Tri-Chairs<br />
Alan Rimer, Black & Veatch<br />
Danny Vance, Trinity River Authority<br />
Don Vandertulip, CDM<br />
Technical <strong>Program</strong> Development Committee<br />
David York, York Water Circle (Chair)<br />
Rick Arber, Richard P. Arber Associates, Inc.<br />
Kevin Conway, Greeley and Hansen<br />
Jim Crook, Environmental Engineering Consultant<br />
Val Frenkel, Kennedy/Jenks Consultants<br />
Paul Kinshella, Phoenix Water Services Department<br />
Mark McNeal, ASRus<br />
Darryl Miller, Irvine Ranch Water District<br />
John Morris, Metropolitan Water District of Southern<br />
California<br />
Bob Reed, Reed & Associates<br />
Craig Riley, Washington State Department of Health<br />
Alan Rimer, Black & Veatch<br />
Sandy Robinson, Malcolm Pirnie<br />
Bahman Sheikh, Water Reuse Consultant<br />
Don Vandertulip, CDM<br />
Nikolay Voutchkov, Poseidon Resources Corporation<br />
Opening Session<br />
Alan Rimer, Black & Veatch<br />
Wade Miller, <strong>WateReuse</strong> <strong>Association</strong><br />
Danny Vance, Trinity River Authority<br />
Don Vandertulip, CDM<br />
National Legislative and Water Policy Outlook Session<br />
Carolyn Ahrens, Booth, Ahrens & Werkenthin, P.C.<br />
Regulatory Forum<br />
Jo Ann Jackson, PBS&J<br />
User Issues Forum<br />
Mike McCullough, Northern California Golf <strong>Association</strong><br />
Gary Grinnell, Las Vegas Valley Water District<br />
Closing Plenary Session<br />
James Crook, Environmental Engineering Consultant<br />
Awards<br />
David Baker, Pinellas County Utilities (Chair)<br />
Brian Good, Denver Water<br />
Bart Hines, Trinity River Authority<br />
Jo Ann Jackson, PBS&J<br />
Paul Kinshella, Phoenix Water Services Department<br />
Bruce Lazenby, Rose Hills Mortuary and Memorial Park<br />
Eric Rosenblum, City of San Jose Environmental Services<br />
Department<br />
Bob Wilson, City of San Jose Environmental Services<br />
Department<br />
Facility Tours<br />
Betty Jordan, Alan Plummer Associates<br />
Ellen McDonald, Alan Plummer Associates<br />
Golf Tournament<br />
Robert Johnson, Dallas Water Utilities<br />
Moderator Coordination<br />
Christine Close, Scout Engineering<br />
Sponsorships<br />
Alan Rimer, Black & Veatch<br />
Wade Miller, <strong>WateReuse</strong> <strong>Association</strong><br />
Danny Vance, Trinity River Authority<br />
Don Vandertulip, CDM<br />
Additional Committee Members<br />
Mike Dimitriou, ITT Industries<br />
Cilia Kohn, AWWA<br />
Greg McNelly, WEF<br />
Pick Talley<br />
Todd Tanberg, Pinellas County Utilities<br />
Brian Veith, Brown and Caldwell<br />
58 2008 SYMPOSIUM PROGRAM 2008 SYMPOSIUM PROGRAM 59
Notes<br />
Notes<br />
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60 2008 SYMPOSIUM PROGRAM<br />
2008 SYMPOSIUM PROGRAM 62
Notes<br />
62 2008 SYMPOSIUM PROGRAM
Upcoming Events<br />
Water Reuse in Agriculture: Ensuring Food Safety<br />
October 26–28, 2008<br />
Monterey Plaza Hotel & Spa<br />
Monterey, CA<br />
Potable Reuse for Water Supply Sustainability: Critical Today – Essential Tommorow<br />
November 16–18, 2008<br />
Hyatt Regency Long Beach<br />
Long Beach, CA<br />
2009 California Section Annual <strong>Conference</strong><br />
March 22–24, 2009<br />
Intercontinental Mark Hopkins<br />
San Francisco, CA<br />
13th Annual Water Reuse & Desalination Research <strong>Conference</strong><br />
May 18–19, 2009<br />
Hilton Waterfront Beach Resort<br />
Huntington Beach, CA<br />
24th Annual <strong>WateReuse</strong> Symposium<br />
September 13–16, 2009<br />
Sheraton Seattle Hotel<br />
Seattle, WA<br />
25th Annual <strong>WateReuse</strong> Symposium<br />
September 12–15, 2010<br />
Omni Shoreham Hotel<br />
Washington, DC