STATE OF STATE OF The University of Arizona The University of - - PowerPoint PPT Presentation
STATE OF STATE OF The University of Arizona The University of - - PowerPoint PPT Presentation
STATE OF STATE OF The University of Arizona The University of Arizona National Science Foundation National Science Foundation Water Quality Center Water Quality Center FALL 2004 FALL 2004 Director: Director: Ian L. Pepper Ian L. Pepper
MISSION MISSION STATEMENT STATEMENT
The objective of the W The objective of the W-
- Q
Q-
- C is to investigate physical,
C is to investigate physical, chemical, and microbial processes that affect the chemical, and microbial processes that affect the quality of surface and subsurface waters used for quality of surface and subsurface waters used for drinking water supplies. drinking water supplies. Good quality drinking water is Good quality drinking water is defined as water with acceptable defined as water with acceptable purity, taste, and odor characteristics, purity, taste, and odor characteristics, which is safe with respect to human which is safe with respect to human health and welfare. health and welfare.
OVERALL GOALS OVERALL GOALS OF THE CENTER OF THE CENTER
- To improve the flow of scientific knowledge pertaining to
- To improve the flow of scientific knowledge pertaining to
quality, between the University of Arizona, Industry, quality, between the University of Arizona, Industry, Government Agencies, and the General Public Government Agencies, and the General Public
- To develop support for water quality research
- To develop support for water quality research
- To provide graduate students with a broad industry
- To provide graduate students with a broad industry
perspective perspective
- To inform and educate the public regarding water quality
- To inform and educate the public regarding water quality
issues issues
- To ultimately achieve self
- To ultimately achieve self-
- sufficiency by bonding with long
sufficiency by bonding with long-
- term industry and government partners
term industry and government partners
SUPPORT AND SUPPORT AND FUNDING FUNDING
- National Science Foundation support
National Science Foundation support
- State of Arizona support
State of Arizona support
- Private sector support, industrial firms, and federal, state,
Private sector support, industrial firms, and federal, state, and local government and nongovernmental agencies and local government and nongovernmental agencies – – Full Membership fees are $30,000 annually, which Full Membership fees are $30,000 annually, which includes member representation on the Industrial includes member representation on the Industrial Advisory Board (IAB). Advisory Board (IAB). – – Enhanced Associate Membership fees are $15K with IAB Enhanced Associate Membership fees are $15K with IAB representation. representation. – – Associate Membership fees are $3,000 annually with IAB Associate Membership fees are $3,000 annually with IAB representation. representation. – – Voting on IAB Board at all levels is based on fee Voting on IAB Board at all levels is based on fee membership with $3K = 10 votes. membership with $3K = 10 votes.
ADVANTAGES ADVANTAGES OF THE CENTER OF THE CENTER TO INDUSTRY TO INDUSTRY
- Prestigious association with the National Science
Prestigious association with the National Science Foundation Foundation, and the Water Quality Center , and the Water Quality Center provides provides credibility. credibility.
- There are no indirect costs on membership fees,
There are no indirect costs on membership fees, whereas University overhead is usually 51.5%. whereas University overhead is usually 51.5%.
- Industry members have the ability to fund
Industry members have the ability to fund additional additional directed research with 0% indirect costs or directed research with 0% indirect costs or administrative costs. administrative costs.
- There are little or no WQC administrative costs,
There are little or no WQC administrative costs, thus, all money is directed toward research. thus, all money is directed toward research.
- The WQC is a
The WQC is a ‘ ‘virtual virtual’ ’ Center with access to the Center with access to the
THE STATE OF THE THE STATE OF THE CENTER CENTER
FULL MEMBERS FULL MEMBERS C C The Brita Products Company / Clorox The Brita Products Company / Clorox
- Central Arizona Project
Central Arizona Project
- City of Peoria
City of Peoria
- Pima County Wastewater Management Department
Pima County Wastewater Management Department
- Synagro Technologies
Synagro Technologies
- Tucson International Airport Authority
Tucson International Airport Authority
- Tucson Water
Tucson Water
THE STATE OF THE THE STATE OF THE CENTER CENTER
ENHANCED ASSOCIATE MEMBERS ENHANCED ASSOCIATE MEMBERS
- Access Business Group
Access Business Group
- Amphion International
Amphion International
- County Sanitation Districts of Los Angeles County
County Sanitation Districts of Los Angeles County
- Northwest Biosolids Management Association
Northwest Biosolids Management Association
- Orange County Sanitation Districts
Orange County Sanitation Districts
- Philadelphia Water Department
Philadelphia Water Department
- Pinnacle West Energy
Pinnacle West Energy
- Resolution Copper Company
Resolution Copper Company
- Tucson Audubon Society
Tucson Audubon Society
- U.S. Department of Interior
U.S. Department of Interior
THE STATE OF THE THE STATE OF THE CENTER CENTER
ASSOCIATE MEMBERS ASSOCIATE MEMBERS
- Avra Gro Systems, Inc.
Avra Gro Systems, Inc.
- Town of Marana
Town of Marana
- U.S. Fish & Wildlife Service
U.S. Fish & Wildlife Service
- Water Quality Association
Water Quality Association HONORARY MEMBER HONORARY MEMBER (Non voting) (Non voting)
- Tohono Chul Park
- Tohono Chul Park
THE STATE THE STATE OF THE CENTER OF THE CENTER
Current Research (U of A) Current Research (U of A)
- Twenty three (23) projects currently underway
Twenty three (23) projects currently underway Research Focal Areas (U of A) Research Focal Areas (U of A)
- Water security
Water security
- Fate & remediation of commercial industrial
Fate & remediation of commercial industrial contamination contamination
- Agrochemical products and practices that influence water
Agrochemical products and practices that influence water quality quality
- Municipal waste treatment and reuse
Municipal waste treatment and reuse
- Mining
Mining
- Potable water quality
Potable water quality
Water Sustainability Program Water Sustainability Program (WSP) (WSP)
- In 2000, Arizona almost last in nation in
In 2000, Arizona almost last in nation in Education spending Education spending
- State referendum passed a 0.6 cent
State referendum passed a 0.6 cent State Sales Tax increase for Education State Sales Tax increase for Education
- •
- $36m goes to U of A, ASU and
$36m goes to U of A, ASU and Northern Arizona University annually Northern Arizona University annually
- Each University decides where to spend $12m
Each University decides where to spend $12m
WSP AT WSP AT THE UNIVERSITY OF ARIZONA THE UNIVERSITY OF ARIZONA State of WSP funding for ‘Water’ State of WSP funding for ‘Water’ First allocation arrived August 2001, $ given to 4 Centers First allocation arrived August 2001, $ given to 4 Centers
- NSF Water Quality Center (WQC)
NSF Water Quality Center (WQC)
- NSF Center for Sustainability of Semi
NSF Center for Sustainability of Semi-
- Arid Hydrology
Arid Hydrology and and Riparian Areas (SAHRA) Riparian Areas (SAHRA)
- NSF/SRC Engineering Research Center for
NSF/SRC Engineering Research Center for Environmentally Benign Semiconductor Manufacturing Environmentally Benign Semiconductor Manufacturing ERC) ERC)
- Water Resources Research Center (WRRC)
Water Resources Research Center (WRRC)
WSP funding for ‘Water’ WSP funding for ‘Water’ at The University of Arizona at The University of Arizona
- WSP
- WSP—
—Water Sustainability Program Water Sustainability Program
Fiscal Year Fiscal Year P Proposed Funding roposed Funding 2001 2001 500,000 500,000 U U 2002 2002 500,000 500,000 U U 2003 2003 2,000,000 2,000,000 U U 2004 2004 2,300,000 2,300,000 U U 2005 2005 3,500,000 3,500,000 U U (July 2005)
(July 2005)
WSP FUNDS WSP FUNDS 2004 2004
- $2.3m
$2.3m 6 6 Water Water
- All funds distributed through the four Centers
All funds distributed through the four Centers
- $115K directly to Water Quality center
$115K directly to Water Quality center
- Small grants program
Small grants program— —$1m (several WQC funded $1m (several WQC funded projects) projects)
WSP Small Grants Program WSP Small Grants Program 2004 2004– –2005 2005
- $1m total funds distributed through the four
$1m total funds distributed through the four Centers Centers
- RFP issued this month (November)
RFP issued this month (November)
- Proposals due January 31, 2005
Proposals due January 31, 2005
- New projects begin July 1, 2005
New projects begin July 1, 2005
- Heavy emphasis on projects that leverage
Heavy emphasis on projects that leverage funds from private sector funds from private sector
0% 20% 40% 60% 80% 100% Percent
- f
Total Funding 1998 1999 2000 2001 2002 2003 2004 Year
U of A WQC Percentage of Total Funding by Type: 1998- Present
NSF State Member and Enhanced Funds
WQC MILESTONES WQC MILESTONES FIRST FIVE YEARS FIRST FIVE YEARS
1999 1999 WQC established at U of A WQC established at U of A 2001 2001 Multi Multi-
- University Center established via
University Center established via ASU joining the WQC ASU joining the WQC 2001 2001 First State $ awarded to U of A WQC First State $ awarded to U of A WQC 2004 2004 Annual State funds surpass $0.5m/year Annual State funds surpass $0.5m/year 2004 2004 WQC 5 year renewal grant funded by WQC 5 year renewal grant funded by NSF NSF
WQC Proposal WQC Proposal CONCEPT FOR A ‘WATER CONCEPT FOR A ‘WATER VILLAGE’ VILLAGE’
I.L. Pepper I.L. Pepper The University of Arizona The University of Arizona
The Water Village The Water Village
Oasis Garden Oasis Garden Adobe House Adobe House Data Building Data Building Wood Frame House Wood Frame House Earth Contact House Earth Contact House Main Office Main Office Water Quality Center Environmental Research Laboratory
Rainwater Catchment Xeriscape Gardens
Project Office Project Office
Edible Garden Visitor Parking Mesquite Bosque
Tucson International Airport
Water Quality Center “Water Village” Water and Health Water Safety Water Aesthetics
Potential Research Areas of the ‘Water Village’
WATER SAFETY WATER SAFETY
- Real
Real-
- time monitoring for water intrusion
time monitoring for water intrusion
- f distribution lines.
- f distribution lines.
- Development of new technologies
Development of new technologies
- Intermediate field scale testing at Water
Intermediate field scale testing at Water Village Village
WATER AND HEALTH WATER AND HEALTH
- Influence of distribution systems on water
Influence of distribution systems on water quality quality
- Chemical and biological contaminants
Chemical and biological contaminants – – opportunistic pathogens
- pportunistic pathogens
– – endocrines endocrines – – arsenic arsenic – – perchlorate perchlorate
KEY FEATURES OF THE KEY FEATURES OF THE BRITA VILLAGE BRITA VILLAGE
- Four unique houses each plumbed with unique
Four unique houses each plumbed with unique distribution lines distribution lines
- State
State-
- of
- f-
- type
type-
- art access for water quality
art access for water quality monitoring monitoring within the distribution system within the distribution system
- Modular system to allow for addition of specific
Modular system to allow for addition of specific compounds or entities compounds or entities
- Continuous real
Continuous real-
- time monitoring capability for
time monitoring capability for water quality within the distribution system e.g., water quality within the distribution system e.g., TOC, free chlorine, oxygen, pH TOC, free chlorine, oxygen, pH
KEY FEATURES OF THE KEY FEATURES OF THE BRITA VILLAGE BRITA VILLAGE— —continued
continued
- Fiber optics to view water within distribution lines
Fiber optics to view water within distribution lines
- Capability to change distribution system water
Capability to change distribution system water quality as needed to allow studies on household quality as needed to allow studies on household water quality water quality at the tap at the tap
- Automated monitoring of water usage at tap
Automated monitoring of water usage at tap
- utlets
- utlets
- Chemical/microbial water quality laboratory for
Chemical/microbial water quality laboratory for water analysis water analysis
- Water and Education Training Center
Water and Education Training Center
EPA/HOMELAND SECURITY EPA/HOMELAND SECURITY MICROBIAL RISK ASSESSMENT MICROBIAL RISK ASSESSMENT CENTER CENTER
- Proposal submitted in October 2004
Proposal submitted in October 2004
- Results in February 2005
Results in February 2005
- Partners
Partners – – Michigan State University Michigan State University – – Harvard School of Risk Harvard School of Risk – – University of California, Berkeley University of California, Berkeley – – Drexel University Drexel University
- $1m proposed for work within
$1m proposed for work within ‘ ‘Water Village Water Village’ ’
WQC LABORATORY AT ERL WQC LABORATORY AT ERL
- New lab derived from old Soil/Plant/Water
New lab derived from old Soil/Plant/Water Analysis Lab on campus Analysis Lab on campus
- New equipment (State funds)
New equipment (State funds)
- Complements
Complements ‘ ‘Water Village Water Village’ ’
Water Quality Center Laboratory Soil textural analyses in columns ICP–OES Optima 5300DV
Flow meters and various sensors Wireless Data Transmission
Unit B Unit D
Data Acquisition and Analysis Center Injection Port
Unit C
Sampling port or Automatic Sampler Water Village Unit A
Schematic of the Risk Surveillance System at the Water Village Schematic of the Risk Surveillance System at the Water Village
AN INVITATION AN INVITATION TO JOIN TO JOIN
- Many reasons to join the WQC
- Many reasons to join the WQC
– – good science good science – – bottom line ($ matches) bottom line ($ matches) – – prestige/credibility prestige/credibility
- Website: http://
- Website: http://wqc