availability & impacts us eia 2010 energy conference ...repairing / replacing leaking &...
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California Energy Commission
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Energy & Water Nexus:Availability & Impacts
US EIA 2010 Energy Conference“Short-Term Stresses, Long-Term Change”
April 6 – 7, 2010; Washington, DC
Shahid [email protected] Energy Commission
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California Energy Commission
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• Water-Energy Link
Energy
Water for Electricity Production(Thermoelectric -- cooling) / Hydro / Mining)
Energy for Water & WW(Pumping / Extraction / Transfer, W&WW Treatment,
Distribution, Disposal)
Reliability & Sustainability of Both Entities Linked with Each Other Strongly
End Users End Users
Water
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California Energy Commission
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• Typical Urban Water Cycle
Extraction / TransfersPumping
Source WaterGround / Surface
Raw Water Treatment
Distribution Pumping
End Users
Pumping to WWT Plant
WWT / Water Recycling Plant
Disposal
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California Energy Commission
• Energy & the Water SectorWorldwide Water Pumping
~ 7% of World’s Total Energy Use ~ Energy Use in Japan &Taiwan Combined
U.S.* 3% of Total Electricity Use for Pumping+1% for Treatment of W&WW
Water Facilities 161,000 (Public & Private)~ 60,000 POWT Systems, Serves 92% of Population
WW Facilities 16,225 (~ All Publically Owned)
For U.S. Water Cycle**: 521 x 106 MWhr13% of All Electricity Produced in the U.S.
290 M Metric Tons CO2e GHG Emissions
* EPRI, 2002 ** River Network, 2009
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California Energy Commission
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• Energy Input in Typical Water CycleEnergy Intensity: 2,000 – 20,000 kWh/MG
Collection, Extraction & Conveyance
Water Treatment
End-use
Commercial IndustrialResidentialAgricultural
WaterDistribution
Resource Water Treatment
Resource Water CollectionDischarge
Recycled Water Treatment
Recycled Water Distribution
Source
Source
Energy Input
22.5%
~ 4%
~ 73.4%
12.6%17.3%28.3%15.2%
Nat. Gas Use:Ag., W & WWT 1.8%Residential: 48.4%Commercial: 5.6%Industrial: 44.2%
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California Energy Commission
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• Major Energy User in the Water Systems Electric Pump/Motors –Single Largest Category Electric End-Use, Consumes 23% of all Electricity Sold in the U.S., & Generally Most Inefficient (Survey Finds Eff. Range 5 – 80%)
Energy Cost45%
Maintenance Cost: 37%
Other Costs, 8% Initial Costs, 10%
(Source: World Pumps – Jan 2008)Life Cycle Cost of Pump
Water Treatment 90%WW Treatment
Aeration 55%Pumping 14%Solids Handling 14%Others (lighting, belt press, clarifiers, return sludge handling etc)
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California Energy Commission
• Electricity Use @ W&WWTP LevelEnergy Costs:
Could be as High As 80% of Plant’s Energy Costs,40 – 55% of W&WW Utilities’ Operating Budget,2nd after Staffing, &One of Five Top Rated Concerns.
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Energy34%
Staffing35%
Others13%
Chemicals16% Staffing 46%
Energy 28%
Sludge Disposal 12%
Chemicals 4%
Maintenance
Others 7%
3%
2%
Water Wastewater
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California Energy Commission
• Reducing Energy Use @ W&WW FacilitiesWater Conservation & Water Use Efficiency,Repairing / Replacing Leaking & Damaged Pipes & Equipment,Energy Efficient Buildings, Lighting, & HVAC Systems, Reducing Process Energy Usage,Replacing / Retrofitting Aging Equipment with More Efficient Technologies
(VFDs, More Efficient Pumps & Motor Systems, etc.) Improving Electrical Load Management through Scheduling or Control modifications, & Adding System Flexibility with Storage.
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California Energy Commission
• Emerging Challenges in W-E NexusIncreasing Population More Water & Energy NeedsTraditional Water Sources
Dwindling Supplies + Deteriorating Quality + New Contaminants + Environmental & Regulatory Constraints (i.e. Stringent Regulations) Energy Intensive Technologies
(UF, MF, UV, Ozone, MBRs, Desalination)Water Related Energy Demand is Increasing @ Much Faster Rate – May be 50% More by 2030
New Kids on the BlockGHG Emissions / Climate Change Impacts,
Carbon Neutrality; &Sustainability Considerations
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California Energy Commission
• Measures Needed - Water SideShort-Term Actions
Aggressively Increasing Water Conservation, Water Use Efficiency, & Water Leak Detections;Expanding Water Storage & Improved Coordination between Stored and Other Water Supplies; Developing Conjunctive Use Management Plans;Water Efficiency in Ag. Sector by Applying All Feasible Efficient Water Management Practices;Increasing Use of Recycled Water Developing Other Local Resources - Desalination
Long Term Strategies include R&D and Monitoring & Evaluation ActivitiesEvaluating Long Terms Impacts of CC on Future Water Supply through Expanded Monitoring and Atmospheric Observations, Identifying Research Needs to Help Reducing Vulnerability to Climate Change, etc.
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California Energy Commission
• Future Water & WW Treatment SystemsSustainability through Holistic Water-Energy Management Approach, Incorporate Broader Vision & Flexible Engineering Design Over the System’s Life Span in Terms of:
Treatment CapacityCapital Investment & Operating CostsSource Water QualityEffluent Standards, & Biosolids Management
Wastewater Treatment Systems will Serve as Resource Centers to Recover & Reuse:
Water, Energy, Nutrients, & Heavy Metals
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California Energy Commission
• Emerging Considerations in Sustainable Water Systems
Water Transfers vs. Developing Local Water Sources,Demand & Constraint Based Advanced Transport & Treatment Management Systems,Innovative & EE Treatment Processes & Technologies,Advanced Sensors and Real Time Monitoring of Raw Water Quality for Instantaneous Treatment Process Control & O&M Optimization;New Design, Management, & Operational Philosophies (e.g. Decentralized Treatment Systems);
Better CoordinationAmong Resource Management Agencies to Identify and Address Energy Implications of Water Policy Decisions.
Learn from OthersOil Industry - Avoid Racing to the Pump
Explore Alternatives
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California Energy Commission
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• Future Water Resources Development– On Case by Case Basis
(Singapore NEWater)900 – 1,150 kWh / AF
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California Energy Commission
• Renewable Energy Helps Saving Water(gal / kWh)
Wind 0.001PV Solar 0.030Oil 0.43Coal 0.49Nuclear 0.62Hydro 18.27
Avg. Water Use / Loss:Hydro vs. Thermal:
18.27 vs. 0.47 (Gal/kWh)
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California Energy Commission
• Government can Help Accelerating the Water-Energy Systems’ Sustainability by Supporting:
RD&D ProgramsTechnology Transfer Activities, and Education, Information Dissemination &
Out Reaching
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