Water-Energy Nexus Conference 2017

Program Agenda

Note: Subject to change. Additional speakers and presentations to be announced.

Tuesday, February 28, 2017

8.00 - 9.00 am -- Continental Breakfast
8.00 - 5.00 pm -- Registration Open

Understanding Embedded Energy in Water - Concepts, Tools, and Opportunities

9.00 - 9.30 am

Making progress in the water-energy nexus requires an understanding of how the two industries are related, particularly how California's water infrastructure uses energy. As we plan to upgrade our water and energy infrastructure in the future it is imperative that we begin to think in an integrated fashion. This presentation will discuss the historic statewide perspective of energy use by the water sector, discuss methods and processes to develop a deeper understanding of energy use by retail water systems, and discuss how this information can be used to better inform energy decisions by water utilities.

Amul Sathe
Director, Energy Efficiency and Demand Side Management Group
Navigant  

Bridging the Divide: The Challenges of Integrated Resource Management for Water and Power

9.30 - 10.00 am

Reliable, equitable access to energy and water are essential for a resilient society - one having a sustainable resource base and a robust economy. Despite strong interdependencies between these sectors, joint solutions are difficult to integrate because each sector's services are provided by different entities, and regulated by separate agencies. Innovation in the energy and water sectors is needed to: achieve climate change mitigation and adaptation; understand how combined water-energy systems might behave under future conditions; attain a strategic vision to enhance water and energy system resilience (e.g., managing drought); and, improve resource efficiency -- the water delivered per unit of energy expended, and the energy delivered per unit of water used.

Innovation requires (1) a shared systems understanding that simulates the behavior of the combined water-energy system; (2) data and analytics that inform shared system development; (3) meaningful measures of impact and overcoming logistical barriers; (4) expeditiously diffusing innovations, (5) strong inter-organizational partnerships; and (6) data platforms that protect proprietary information while facilitating data sharing. The presentation concludes by focusing on emerging lessons for California based on current research which suggests that: adaptation actions are unlikely to approach their full potential for cost-effective risk reduction without investments of policy, management, and financial resources. Many strategies will involve high capital costs, and social acceptance of some alternatives may be limited.

David L. Feldman, PhD
Professor of Planning, Policy, and Design and Political Science
School of Social Ecology
University of California, Irvine

The Water-Energy Nexus and California's Progress Toward Clean Energy Goals

10.00 - 10.30 am

David Hochschild
Commissioner
California Energy Commission

10:30 - 11:00    Networking Break

The Water-Energy Innovation Gap

11.00 - 11.30 pm

Regions around the world face a future of increasing energy demand and water variability, but they have yet to unleash their collective potential to innovate. Supply disruptions are already affecting business in California, China, India, and elsewhere. This is true not just for the electric power and water industries, but for customers and communities who rely on them. This is not strictly a supply problem -- nor a problem that water or power companies can solve alone. It is just as much a demand challenge, and therefore an opportunity to expand the scope of innovators who have "skin in the game" when it comes to securing future energy and water resources. If necessity is the mother of invention then those who need and use water and energy the most will be the best partners in finding ways to address demand. Companies and countries alike must find new ways to work with stakeholders who can help change the way we manage the world's most important resources.

Eliot Metzger
Senior Associate
World Resources Institute

Technology Advances and Innovations for Ensuring Sustainable, Clean Water

11.30 - 12.00 pm

Roughly 10% of the earth's population is forced to rely on contaminated water sources for basic needs. As climate change and other demographic trends increase the stress on available water sources, the urgeny of providing adequate, clean water to people in developing and rural areas becomes more acute. Additionally, industrial countries must also meet the needs of urban areas with deteriorating water systems, while new investment and improvements are being planned and deployed (eg., Flint, Michgan). This presentation will discuss new technology advances that are enabling clean, safe, and sustainable water supplies to remote and rural areas, many of whom also lack power from the grid. It will also take a look at the water-energy nexus from an international perspective, with particular focus on the evolving water needs of an increasingly decentralized grid.

Roberta Gamble
Partner
Frost & Sullivan
Art Robbins
President, Americas & Partner
Frost & Sullivan

12.00 - 1.00 pm    Networking Lunch

Integrating Renewables and Achieving Cost Savings with Battery Storage

1.00 - 1.30 pm

Battery storage has successfully been integrated into a complex energy portfolio at the Inland Empire Utilities Agency (IEUA). Battery storage has initiated a shift from grid independence to grid interdependence with the ability to work with investor-owned utilities to ease grid demand when needed. IEUA has found that the storage technology lends itself toward applications in the wastewater industry, where facility loads are fairly predictable.

This presentation discusses a microgrid deployment at IEUA, in which battery storage will interconnect with IEUA's generation sources to provide a level of control for power distribution and achieve cost savings through strategic electricity procurement. A total of 7.3MWh of battery storage will be installed across six IEUA facilities, with each applying sophisticated analytics software to optimize electricity purchases and meet each facility's energy needs in the most cost efficient manner. The batteries will also serve to enhance IEUA's demand side management and improve the ability to assist the electric utility in times of high grid demand.

Jesse Pompa, PE
Senior Engineer
Inland Empire Utility Agency (IEUA)

Legal and Regulatory Influence over the Water/Energy Nexus

1.30 - 2.30 pm

This panel will focus on legal and regulatory issues affecting the water/energy nexus. There are myriad ways in which legal requirements impact the connection between water and energy. On the energy side, environmental regulations may impact the use and disposal of water used for energy production and generation. On the water side, regulations may impose compliance obligations on energy used or generated by water projects. From fracking to cap-and-trade, this panel will discuss some of the major ways in which state and federal regulations impact the water/energy nexus, and how that impact influences the operations of water and energy companies.

Noah Perch-Ahern
Partner, Environmental Law Group
Glaser Weil
George Minter
Regional Vice President, External Affairs and Environmental Strategy
Southern California Gas Company

David Asti
Principal, Corporate Environmental Affairs & Sustainability
Southern California Edison
Jamie Ormond
Advisor to Commissioner
Catherine J. K. Sandoval
California Public Utilities Commission

2.30 - 3.00    Networking Break

The Role of Natural Gas in California's Water-Energy Nexus

3.00 - 3.30 pm

This presentation will provide an update on the availability and future projected costs of natural gas. The interaction of natural gas with renewables and how natural gas increases reliability and flexibility in the water industry will also be covered, as well as details of SoCalGas' incentive programs.

Ranjiv Goonetilleke, P.E.
Principal Engineer
Southern California Gas Company

Water and Energy Programs at Irvine Ranch Water District

3.30 - 4.00 pm

Irvine Ranch Water District (IRWD) is recognized as a leader throughout California in implementing Water-Energy Nexus programs and projects. This presentation will highlight IRWD's innovative embedded energy programs, its ongoing partnerships with energy utilities to reduce energy and water use in residential areas, IRWD's energy and greenhouse gas master planning processes, and the District's energy storage programs that will reduce demands for electricity during peak periods.

Paul Weghorst
Executive Director of Water Policy
Irvine Ranch Water District


4.00 - 4.15    Coffee Break

Getting Out of Hot Water: Energy Savings Potential in the Water Sector

4.15 - 4.45 pm

Nineteen percent of California's energy is used by water utilities for conveying, treating and distributing water. Right? Well, not quite. Understanding where electricity and natural gas is used in California's water sector is critical for developing successful partnerships between water agencies and energy utilities. This presentation will unpack the nineteen percent and cover:
  • Trends in California's water-related energy use
  • Energy savings opportunities in the water sector
  • How Metropolitan and other water utilities are addressing the water energy nexus
Warren Teitz
Senior Resource Specialist
Metropolitan Water District of Southern California

Distributed Energy Resources (DERs) from the Water-Energy Sector

4.45 - 5.15 pm

Southern California Edison (SCE) will be conducting a scaled deployment in 2017 to study the application of both pumped water storage and load shifting as distributed energy resource (DER) solutions to address the oversupply of renewable generation on the electrical grid (Over-Generation). SCE believes there is also potential for this customer sector to develop innovative "fast and flexible" operational strategies to meet the demand side ramping needs for Over-generation, and that the potential for water storage strategies for Over-Generation has not been fully investigated. The Over-Generation Pilot will also provide SCE with information and insights necessary to establish effective over-generation pricing strategies, and the investigation will help SCE determine if an over-generation mitigation program involving water pumping, treatment, and storage is feasible and would deliver significant and effective results. This presentation will identify the definition of Over-Generation, and how the activity will focus on demand side water pumping and water conveyance and processing applications to offset the increased availability of renewable generation on low demand days, allowing a more seamless utilization of renewable generation into the electric grid.

Mark S. Martinez
Manager, Emerging Markets & Technologies
Southern California Edison

5.15 - 6.15 pm    Drink Reception

Wednesday, March 1, 2017

8.00 - 9.00 am -- Continental Breakfast
8.00 - 5.00 pm -- Registration Open

Water Conservation: Why Do Energy Utilities Care?

9.00 - 9.30 am

Customers across all market segments are acutely aware of water constraints in California. PG&E is operationalizing a Water-Energy Calculator to calculate embedded energy in water savings for the pumping and treatment of water and wastewater. This tool will allow PG&E to assist customers in achieving their water conservation goals while continuing to support traditional energy efficiency needs. PG&E's proposed entry into this program area is to begin with measures that share direct water and energy savings before moving in to other program models with only water savings. Key market opportunities include residential indoor and outdoor programs, as well as agricultural irrigation water use efficiency. In preparing for these new programs, PG&E solicits input from water agencies on how PG&E can assist water agencies in expanding their current offerings or establishing new conservation programs. By leveraging water agency expertise in water conservation and PG&E's breadth of customers across the state, PG&E is confident that more can be achieved through collaboration than through working alone.

Carolyn Weiner
Manager of Industrial, Agricultural, and Water Programs
Pacific Gas and Electric Company

Making It All Work: Implementation Strategies and Overcoming Obstacles

9.30 - 10.45 am

This panel discussion features industry insiders who have practical application insights into how technology, programs and technology make a difference. Hear from industry leaders who have implemented programs and who will share their experiences in successfully realizing efficiency and demand response initiatives.

Charles Wilson
Executive Director and CEO
Southern California Water Committee
Brian J. Smith
Founder, CEO and President
Signature Control Systems

Joone Lopez
General Manager
Moulton Niguel Water District
Will English
Integrated Demand Side Management Program Advisor
San Diego Gas & Electric

10.45 - 11.15 am    Networking Break

Improving the Efficiency and Reliability of Water Systems Using Data Analytics

11.15 - 11.45 am

The energy content contained in supplying water to society is a significant portion of the total cost of water resources. Approaches to improving the energy efficiency of water systems often focus on replacement of capital equipment with more modern and efficient products. These remain valid approaches, but there is now another tool in the toolbox -- data analytics. Data analytics can automatically identify operational issues and inform operators through clear, intuitive displays. The use of data analytics for water systems will be highlighted through a number of examples including: detecting water loss (leaks), detecting equipment degradation trends, detecting overridden or failed controls, and detecting failed sensors.

John Petze
Principal
SkyFoundry

Embracing Disruptive Technology for Water Utility Optimization and Energy Efficiency

11.45 - 12.15 pm

Utilities require large sums of money to operate, maintain and replace their assets while being continually squeezed to do more with less. Water utilities are typically large electrical users and pay substantial electrical bills. However, early-adopting utilities that embrace new disruptive technologies operate more efficiently, are more responsive to customer needs, and maximize capital expenditures. With new business intelligence comes the need for a work force that can support the new data systems and interpret new insights for the benefit the water-energy utility and its customers. The challenge for the utility staff is two-fold: 1) understanding how to use the technology to its fullest potential; and, 2) communicating the benefits to customers.

This session will walk through the latest disruptors, outlining a step-by-step process of how to leverage the tools and information throughout your organization with a strategic focus on water-energy efficiency. Key Takeaways:
  • The utility organization paradigm shift that is required as a result of disruptive technologies
  • Steps to ensure disruptive technology projects provide maximum value throughout the organization
  • How to adopt a disruptive approach to improve water-energy efficiency initiatives
Kody M. Salem
Principal
UtiliWorks Consulting

12.15 - 1.15    Networking Lunch

The Estimated Impact of California's Urban Water Conservation Mandate on Electricity Consumption and Greenhouse Gas Emissions

1.15 - 1.45 pm

In April 2015, the Governor of California mandated a 25 percent statewide reduction in water use (relative to 2013 levels) by urban water suppliers. The more than 400 public water agencies affected by the regulation were also required to report monthly progress towards the conservation goal to the State Water Resources Control Board. The electricity savings associated with the water conservation were approximately 156% of the total first-year electricity savings secured by the investor-owned utilities' investments in electricity efficiency programs over roughly the same time period. In addition, the water conservation-related GHG savings represented the equivalent of taking about 149,000 cars off the road for a year. These indirect, large-scale electricity and GHG savings were achieved at costs that were competitive with existing programs that target electricity and GHG savings directly and independently. The energy and GHG savings associated with California's proposed indoor and outdoor water use efficiency standards will be further explored as part of this presentation.
  • Energy savings and GHG emission reductions associated with water conservation can be substantial
  • Investment of energy efficiency and carbon cap-and-trade funds into the water sector may accelerate the ability of, and create new opportunities for. water utilities to meet new state standards
Frank J. Loge, Ph.D., P.E.
Professor, Department of Civil and Environmental Engineering
Director, Center for Water-Energy Efficiency
Krone Endowed Professor in Environmental Engineering
University of California Davis

A San Diego County Water Authority Perspective

1.45 - 2.15 pm

Carlos Michelon
Principal Water Resources Specialist
San Diego County Water Authority

2.15 - 2.45 pm    Networking Break

Optimizing Wind or Solar-Power Water Desalinization

2.45 - 3.15 pm

This presentation discusses a method of integrating commercial wind turbines and solar PV arrays with Reverse Osmosis (RO) water desalinization plants to make fresh water from clean, sustainable energy. A proprietary logic controller is used to make extra fresh water when the winds are blowing strong or the sun is shining, and can store this water storage much more cost effectively that storing electricity itself. The presentation discusses pre-engineered wind/solar and RO system configurations that are being introduced for island communities, developing markets, or high energy cost regions. Key takeaways:
  • Storing water is less expensive than storing electricity
  • Special logic is required to ramp up and down RO filter stacks
  • RO plants can filter brackish or salt water into fresh water
Brian D. Kuhn,
Founder and Director of Development
Associated Energy Developers

Vagaries of the River: Delivering Reliable Hydropower Amid Uncertain Circumstances

3.15 - 3.45 pm

Western Area Power Administration, one of only four power marketing administrations in the country, is a wholesale provider of cost-based federal hydropower to nearly 700 utility customers, who in turn deliver electricity to about 40 million Americans in the West. WAPA's 1.4 million-square-mile territory includes 17,000+ miles of high-voltage transmission lines that traverse 15 states and diverse environments, ecosystems and climates.

Administrator and CEO Mark A. Gabriel will discuss how the organization overcomes the many challenges associated with operating across such a large footprint and succeeds in delivering reliable hydropower amid:
  • Varying hydropower production
  • The need to simultaneously maintain infrastructure and develop innovative solutions
  • An ever-increasing renewables world
  • The complex regulatory environment
  • The emergence of markets in the West
Mark A. Gabriel
Administrator and Chief Executive Officer
Western Area Power Administration