When it comes to the management of water resources, people are at the center of the debate, both in our capacity to implement strong governance systems and in our ability to ensure that those systems support individuals’ rights to access the resource. This presentation draws on the best of BSR’s water-related stakeholder engagement projects with companies in the agriculture, pharmaceuticals, bottled water industries and water utilities, and highlights the challenges and opportunities in engaging a broad variety of individuals and organizations in sustainable water resources management.
RecordedApr 23 201030 mins
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Laura Tam, SPUR & Manucher Alemi, Department of Water Resources
More than two-thirds of the Bay Area’s water is imported from outside the region. Today these supplies are regularly threatened by drought, earthquakes, water quality impairments and new regulations on availability and usage — risks that will intensify with future climate change. Meanwhile, our region of 7 million people will add 2 million more by 2040. Do we have the water we need to support our projected population growth? And what are the most sustainable and reliable ways to supply our future water needs?
SPUR's report Future-Proof Water, presented by Laura Tam, analyzes the Bay Area’s current water supplies and future growth projections, then recommends the best tools for meeting our water needs — both in the near term and through the end of the century.
The Governor’s California Water Action Plan (CWAP) released in January 2014 is a five-year plan outlining the ten central actions towards a sustainable water management. In January 2015, California Natural Resources Agency, California EPA and Department of Food and Agriculture released the CWAP Implementation Report, which highlights achievements to date and outlines activities for the next four years. Manucher Alemi will provide an overview of the CWAP and the Proposition 1 to achieve sustainable water management along with DWR’s roles, including expanding water conservation and water use efficiency.
Peter Rumsey, Point Energy Innovations; Bobby Markowitz, Ecological Concerns Inc., Central Coast Wilds
Onsite water resources including rainwater catchment and greywater can be used to decrease or eliminate net water demand of commercial and residential developments. Integrated design incorporating smart water-efficient landscape design with water re-use systems result in "Closed Loop Design". New practices such as bringing rainwater into the house for domestic, non-potable use and using grey water to irrigate landscapes with native and drought tolerant plants with innovative irrigation techniques, may be the future of development in California and beyond as water resources become more scarce and unreliable.
Ken Baerenklau, UC Riverside & Tim Barr, Western Municipal Water District
Ken Baerenklau will present the results of a study conducted at UC Riverside that examined the effects of switching from uniform to budget-based rates in the Eastern Municipal Water District of Southern California. The study utilized ten years of monthly water bills for 12,000 customers in EMWD’s service area to calibrate a household water demand model and then estimate the effects of the budget-based rate structure on water demand after controlling for average price level, weather, and income. The rate structure appears to have reduced demand by 10-15% primarily by causing previously inefficient households to become more efficient.
The second presentation, by Tim Barr, Western’s Deputy Director of Water Resources, will outline the Western Municipal Water District implementation of a water budget-based rate structure for its retail water customers. Western’s unique approach uses real-time, microzone-specific, evapotranspiration data and modified monthly turfgrass coefficients from UC research to calculate accurate landscape water budgets on a daily basis. Western’s finance and water efficiency staff collaborated with rate and horticultural consultants to develop a structure that safeguards the financial integrity of the District, provides each unique customer with the water they need, and sends appropriate pricing signals based on efficient water use with every water service bill. In 2015, Western linked the rate structure and the District’s shortage contingency program in anticipation of reduced water supplies due to statewide drought.
Michelle Maddaus, Maddaus Water Management; Marty Laporte, Stanford; Amin Delagah, PG&E Food Service Technology Center
The Stanford University water conservation project is a collaboration between Stanford and FishNick and it all started at the 2014 Annual PG&E water showcase! The goal of this project is to establish baseline water and energy use for old dishwashers in large kitchens and also to identify operational changes that can easily be implemented to improve efficiency of water and energy use by kitchen staff.
In our presentation we will review: elements needed for setting up this project, site selection, and analysis of metering and temperature data from the old and new dishwasher and kitchen processes in a large university kitchen. The data collected by FishNick is used to establish the baseline water and energy use for old inefficient equipment. By reviewing the kitchen operations and understanding staff needs and actions, additional kitchen equipment, maintenance, and efficiency improvements will be implemented. Comparing the water and energy use for the baseline conditions with consumption after the new equipment and processes are in place, helps quantify the potential for water and energy savings and a simple payback for equipment costs.
California Bay Area weather is some of the most difficult to predict across the United States due to microclimates and complex topography, yet the National Weather Service and emergency management agencies seldom are required to issue severe weather-related warnings. When moisture deficit is not on everyone’s minds, California weather is like a soldier’s life: 99% boredom and 1% panic. Infrequent so-called ‘atmospheric river’ events are the primary driver behind flooding-related hazards along the central CA coast and Bay Area, and also play a leading role in our state’s water supply. In contrast, during times of water shortage, the forecasting challenges remain while the continual emergency of drought persists over years. The National Weather Service, as part of NOAA, implements a Hydrology Program at a local level for water-related decision support and teams with other local, regional, and national resource agencies to provide information pertaining to both flooding and drought.
This presentation will provide an introduction to the National Weather Service: where we’re located, what we do, and how we partner with agencies, the media, and our customer base (local citizens). We’ll also discuss how both flooding and drought are monitored and predicted, and what data and tools are publicly available that may be used as a catalyst for wise green building design that affords hazard resilience. A modicum of discussion on what the future climate portends for Bay Area water balance will also be provided.
Jeremy Sigmon, U.S. Green Building Council; Adrienne Johnson, Stanford University; Jennifer Rosser, Sierra Business Council
How actively are California’s green buildings addressing water conservation and management? What can we do to catalyze an even greater focus on the state’s top environmental priority in these buildings? New research reveals insights from 1,300+ LEED-certified buildings in California and offers new approaches to leverage buildings as part of the solution to the current water crisis.
Sierra Business Council's Water Energy Nexus Study analyzes the potential to increase energy and water savings by improving the operational efficiency of several small to intermediate sized, Sierra foothill water agencies/districts with a focus on minimizing water losses and improving pumping efficiency.
Michael Hazinski, East Bay MUD; Eileen Kelly, Dig Your Garden Landscape Design; Jodie Sheffield, Delta Bluegrass
Eileen Kelly, Dig Your Garden Landscape Design, will discuss a variety of landscape design alternatives to replace or minimize the traditional lawn such as no-mow grasses, hardscape materials (gravel, decomposed granite, natural stone, boulders, mulch, and sculpture), and eco-friendly strategies such as “sheet mulching” to quickly eradicate the lawn.
For over ten years, East Bay Municipal Utility District has offered rebates for converting ornamental lawn to sustainable landscaping. Hear Michael Hazinski provide a water utility perspective on the trends in consumer acceptance of sustainable landscaping and a comprehensive approach to implementing landscape water conservation incentives.
Jodie Sheffield, Sod Development Expert from Delta Bluegrass Company will introduce you to their water saving California Native Sod products. The presentation and discussion will focus on: how to choose the right native sod for your project, water wise irrigation management, and how to maintain native sod.
Peter MacDonagh, Kestrel Design Group/University of Minnesota
Stormwater professionals have been studying stormwater control measures for decades, and foresters have been studying and growing urban trees for centuries. But the practice of combining the two to use trees as a Stormwater Control Measure is in its infancy. Recent results showing water quality benefits for urban tree/soil systems equal to and surpassing that of many traditional bioretention systems will be presented. As research is rapidly discovering ways to enhance performance of bioretention and urban tree/soil systems, this presentation will also highlight some of the most promising new developments, such as, for example, use of various soil amendments to enhance water quality performance, as well as design strategies to maximize stormwater volume and water quality benefits.
Brent Bucknum, Hyphae Design Laboratory and Urban Biofilter & Janice Nicol, Office of Cheryl Barton
This session will showcase the work of two innovative Bay Area design firms and demonstrate water conservation strategies at a range of scales-from broad-level planning and analysis through detailed landscape design and construction. We will look at recently completed projects as case studies for watershed management solutions that are at once beautiful and functional, and provide quantifiable benefits demonstrating water reduction, cost savings, and ecological improvements. Results from original research and prototype testing will be shared. Implementation strategies include stormwater management, plant and material selection, greywater systems, living roofs, water recycling, and irrigation best practices.
Laura Allen, Greywater Action & Sherry Bryan, Ecology Action
How does long-term use of greywater affect the soil? Do households reduce water consumption after installing a greywater system? How much maintenance is required? Find out the results of a comprehensive study of 83 greywater systems in California. We monitored the effects of greywater systems on soil, plant health, quality of irrigation water, household water consumption, as well as user satisfaction and maintenance. We will offer recommendations for future system design and installation based on the results of the study.
This panel presentation will explore recently-completed work by Affiliated Engineers Inc. and Sherwood Design Engineers with a focus on projects at large institutions including Stanford University and UC Berkeley. Panelists will establish that water use reduction is cost effective even in locations without drought conditions and with moderately priced water and sewer services. Panelists will also prove the viability of water-focused ecodistricts and acknowledge that client commitment to long-term water sustainability, backed by sound economics, can guide future development. Case study examples will include university campus projects, a research building, a hospital and a former Marine Corps Air Station.
Jullie Oritz, San Francisco; Deborah Elliott, Napa County; Chris Dundon, Contra Costa; Richard Harris, EBMUD; Robyn Navarra
Many consider the current drought in California the worst since precipitation record keeping began over a hundred years ago. With the federal government declaring 27 California counties as “Natural Disaster Areas”, water districts are in a crisis mode. This panel discussion will include presentations by some of the largest and most progressive water utilities in Northern California: Contra Costa Water District, East Bay Municipal Utility District, Napa County, San Francisco Public Utilities Commission and Zone 7 Water Agency. Each panelist will describe the water supply outlook for their district and outline the key activities they are pursuing to reduce water use.
Humans have been concerned over water and water supplies since agriculture and stock raising began some 10,000 years ago. What do we know about about droughts in the past and how did ancient societies handle them? Brian Fagan, an archaeologist, looks at examples from western North America and describes what we know about medieval droughts in California and their relevance to today’s water concerns. In what ways are we more vulnerable than those who lived through California droughts a thousand years ago? What fundamental differences are there between human relationships with water in the past and today?
Heather Cooley, Pacific Institute; Karen Koppett, Santa Clara; Sam Newman, PG&E; Kari Binley, PG&E; Amin Delagah, PG&E Food
Coordinating water-energy efficiency efforts provide a significant opportunity to achieve greater savings for both water and energy utilities. In particular, jointly run end-use water and energy efficiency programs have a huge potential to save energy and water at the home and at the supply source. Yet, coordinated programs face a number of challenges. In this panel, we will describe some of these challenges and how to overcome them. Panelists will include a researcher, a water specialist who has worked on the “Watts to Water” program and PG&E program managers for agricultural irrigation, clothes washers, and commercial kitchens.
Julie Ortiz, SFPUC; Richard Harris, EBMUD; Bill McDonnell, Metropolitan Water District; Chris Dundon, Contra Costa Water Dist
This session was conceived as a way to acknowledge the 10th anniversary of the Water Conservation Showcase and will be structured as a panel discussion. The intention of the session is to take a quick look back at the status of water conservation from ten years ago when the first showcase was held, consider some of the most successful conservation efforts that are active today and explore how utilities will address water management in the future. The presentation will focus on current and emerging approaches toward providing water management services and tools to assist water customers in managing their own water use. These tools are applicable to existing customers as well as new development to maximize cost-effective water efficiency benefits.
The panelists are from four of the most innovative and ambitious water utilities in California: Julie Ortiz of the San Francisco Public Utilities Commission (SFPUC), Richard Harris of the East Bay Municipal Utility District (EBMUD), Bill McDonald of the Metropolitan Water District, and Chris Dundon of the Contra Costa Water District. Each panelist will provide a brief presentation on their perspective of the past, present and future of water conservation. The bulk of the session will be set aside for what promises to be a lively discussion.
Dr. Juliet Christian-Smith, Senior Research Associate, Pacific Institute
It is zero hour for a new US water policy! At a time when many countries are adopting new national approaches to water management, the United States still has no cohesive federal policy, and water-related authorities are dispersed across more than 30 agencies. Here, at last, is a vision for what we as a nation need to do to manage our most vital resource. In this book, leading thinkers at world-class water research institution the Pacific Institute present clear and readable analysis and recommendations for a new federal water policy to confront our national and global challenges at a critical time.
What exactly is at stake? In the 21st century, pressures on water resources in the United States are growing and conflicts among water users are worsening. Communities continue to struggle to meet water quality standards and to ensure that safe drinking water is available for all. And new challenges are arising as climate change and extreme events worsen, new water quality threats materialize, and financial constraints grow. Yet the United States has not stepped up with adequate leadership to address these problems.
The inability of national policymakers to safeguard our water makes the United States increasingly vulnerable to serious disruptions of something most of us take for granted: affordable, reliable, and safe water. This book provides an independent assessment of water issues and water management in the United States, addressing emerging and persistent water challenges from the perspectives of science, public policy, environmental justice, economics, and law. With fascinating case studies and first-person accounts of what helps and hinders good water management, this is a clear-eyed look at what we need for a 21st century U.S. water policy.
Jon Gray, Principal & Senior Plumbing Engineer, Interface Engineering & Jeffrey Miller, Miller Company Landscape Architects
This session will focus on the completed projects of two design firms. These case studies will highlight the innovative solutions that both firms deploy in their efforts to reduce fresh water use and waste-water run-off. The panelists are Lisa Petterson of SERA Architects Inc. and Jeffrey Miller of Miller Company Landscape Architects. The specific projects they will present are described below. Each panelist will share how water conservation measures where achieved in their projects, the measured impact of these solutions and lessons-learned that impacted their future work. The session will end with questions from attendees.
In 2008, SERA Architects was commissioned to design a high-rise multi-family development to meet the then newly released Living Building Challenge Standard. The team recognized that Net Zero Water would be particularly challenging due to the water needs of a residential building. We applied for a grant to identify regulatory barriers project teams would face when creating Living Buildings. In the undertaking, we found ourselves doing more than just identifying barriers. Ultimately the team’s work resulted in passage of three alternate methods to the state building code and a house bill which legalized the use of rainwater and graywater in Oregon. As a result of these policy changes, the team is celebrating completion of one of the largest rainwater collection projects in Oregon and is now designing what will be one of the largest rainwater-to-potable systems ever built.
Miller Company Landscape Architects is an award-winning landscape architecture firm located in San Francisco. Case study projects illustrated in this presentation include over 20 green school yards the firm has designed and built in San Francisco. These projects include independent and public schools commissioned by SFUSD, SFPUC and include edible and native gardens, rainwater catchment systems and educational components.
Rachel Young, ACEEE; M. Lorraine White, GEI Consulting; Joe Castro, City of Boulder; Leslie Larocque, McKinstry
The first portion of the session will be a presentation of the results of a joint ACEEE/AWE Report, Tackling the Nexus: Exemplary Programs that Save Both Energy and Water, which identifies and recognizes the most successful programs that seek both energy and water savings, and chronicles these programs so that others can learn from them. The results of this research include case studies of each award winning programs and an overall synthesis and discussion of the research, including key common characteristics of the best practice programs, recommendations for successful programs, and useful lessons learned. It presents best practice ideas and lessons learned for next-generation customer energy and water efficiency programs, along with concrete examples of successful program implementation. This session will cover the water-energy nexus, the methodology of the report, the winning programs and best practice results and challenges discovered from the research.
The second portion of the session will be presented by Joe Castro. Joe is one of the winning program administrators and will present on the details of his program, The City of Boulder Colorado's Energy Performance Contracting Program, including the motivation for creating the program, program design, program performance and lessons learned.
The third portion of the session will be presented by Loraine White. Loraine was an expert panelist and helped determine the winning programs that were included in the report described above. Loraine will speak to the water-energy nexus in greater detail and draw on her years of work in this field and expertise.
Generating electricity requires significant quantities of water, primarily for cooling. This demand can be particularly challenging at a local level representing in many cases a community’s single largest consumer. In addition, wastewater from these facilities can have a significant impact on water quality within a region as well. Since 2003, the California Energy Commission evaluated new power plant proposals based on policies that encourage the use of degraded water supplies rather than fresh water by power facilities and where feasible, use zero liquid discharge systems to eliminate wastewater impacts. In addition, efforts to significantly increase the efficiency of water used by power facilities as resulted in significant reductions in overall water demand by new facilities as compared to older plants. This course will explore the water dependencies and efficiency opportunities associated with power plants and the policies that now govern this relationship in California.
Matthew Passmore, Rebar (moderator); Charles Brucker, PLACE Studio; Jennifer Easton, City of San Jose; Linda Wysong, PNCA
From the beginning, water has been at the center of our lives. We choose to live by it, harness its energy, and certainly depend upon it for sustenance. Historically we collect our stormwater and whisk it away in the most expedient and efficient manner never stopping to consider its ability to make additional contributions. Over the last few decades and with increasing frequency, stormwater has been treated as the important resource it presents. Designers and artists, together with engineers and agencies are looking to celebrate stormwater’s presence in our communities through creative expression, interpretation, and the visible additions of green infrastructure. There are inspiring examples from around the world to motivate us to join efforts with our colleagues and our communities to make an impact and to celebrate water.
Water and energy are quickly becoming some of the world’s most valuable and sought after commodities. These webcasts will feature live presentations by scientists, academics, and business leaders addressing the increasingly important issue of energy and water management. For businesses, efficiency will cut costs and promote environmental awareness, and for all, this summit will provide insight into best practices, tips, case studies, and solutions for responsible resource and facility management.
El tema a tratar será ‘Control y estrategia operativa del proceso de flotación’, en el cual Outotec demostrará la importancia de lograr el máximo control en una planta de flotación.
Algunas de las herramientas básicas y avanzadas que han sido desarrolladas por Outotec serán presentadas a los participantes, así como los pasos para implementar una estrategia de control exitosa – enfatizando la diferencia entre estabilización y optimización de un circuito de flotación. Se invitará a los participantes a discutir los problemas actuales relacionados al control y estrategia operativa con el instructor. La duración de la presentación es de aproximadamente 45 minutos con 15 minutos para preguntas al final.
The topic in focus will be ‘flotation control and operating philosophy,’ and Outotec will demonstrate the importance of having maximum control over a flotation plant. Some of the basic and advanced tools that have been developed will be introduced to participants, and how to build a successful control strategy will be discussed – highlighting the difference between the stabilization and optimization of a plant. Participants will be invited to discuss current issues in control and operating philosophy with the presenter. Duration of the presentation is approximately 45 minutes with 15 minutes Q&A at the end.
El tema a tratar será el de ‘Modernizaciones y mejoras para plantas de flotación’, y la importancia que tienen las modernizaciones a plantas y equipos de flotación operando bajo las condiciones adversas de la industria de la minería en la actualidad.
Con más de 100 años de desarrollo, Outotec ha logrado avances substanciales en tecnologías de flotación y control. Las nuevas tecnologías pueden ser utilizadas para reemplazar o mejorar los equipos existentes, logrando así mayores niveles de eficiencia, usabilidad, confiabilidad, estabilidad y flexibilidad. Los cambios en los cuerpos de mineral finalmente resultan en la necesidad de implementar cambios en los equipos existentes. Outotec explorará estos cambios y los últimos desarrollos en tecnología con los participantes, presentando herramientas simples que los asistentes podrán usar para identificar preliminarmente mejoras y sus beneficios. La duración de la presentación es de aproximadamente 45 minutos con 15 minutos para preguntas al final.
The topic in focus will be ‘flotation modernizations and upgrades,’ and their vital importance in improving plants and processes operating under the current pressure of the mineral processing industry. With over 100 years of development, advances in flotation technology and controls have been substantial. New technology can be used to replace or improve existing equipment, leading to greater levels of efficiency, usability, reliability, stability and flexibility. Changes in ore bodies mean that subsequent changes in equipment are also required – Outotec will explore these changes and latest developments with participants, introducing some simple tools that the audience can use to make preliminary assessments. Duration of the presentation is approximately 45 minutes with 15 minutes Q&A at the end.
A menudo las prácticas apropiadas de mantenimiento mecánico de una planta de flotación son descuidadas debido a un fuerte enfoque en aspectos relacionados al rendimiento metalúrgico, conllevando a la pérdida de recuperación fácilmente accesible. Por esta razón, el tema a cubrir será el de ‘Prácticas de mantenimiento en flotación’.
Estos problemas comunes de mantenimiento en conjunto con el desgaste de las piezas de refacción determinan en gran medida la eficiencia de una planta de flotación. Estos puntos serán discutidos con los participantes, así como una revisión general de algunas áreas críticas que afectan directamente al rendimiento de la planta. Un mantenimiento regular y bien definido puede prevenir paros inesperados, incrementar la disponibilidad y promover un mayor rendimiento en general de los componentes de la celda de flotación. La duración de la presentación es de aproximadamente 45 minutos con 15 minutos para preguntas al final.
Water is an essential component in mineral processing. It is a valuable resource and medium for transport, as well as a potential source of risk to the environment and operation. Real-time information about water quality and quantity is a valuable resource for any mine site seeking to optimize process operations and reduce environmental concerns. This information is often saved to various different data management systems, making it difficult to monitor, report and analyze.
In this webinar we describe the benefits of collecting and combining all water related data from the mine area and mineral processing plant. Outotec presents a solution for water quality and quantity management linking on-line measurements to its advanced dynamic modeling. Combining real-time data from site with dynamic modeling provides mining companies with the opportunity to evaluate different operating scenarios and make informed decisions for selecting the best candidate for an efficient process. The solution also gives a holistic view to all water related information at the mine site, providing the site with the capability to react to changes that could influence productivity or otherwise jeopardize operations. With automatic data transfer, the solution minimizes manual reporting work and provides the necessary key performance indicators (KPI) to all stakeholders.
Often the mechanical and maintenance of a flotation operation is overlooked when focusing on plant metallurgical performance, causing loss of “easy recovery percentages”. For this reason, the topic in focus will be ‘flotation maintenance practices.’ Common mechanical issues together with spare and wear parts have a big impact on the efficiency of a flotation plant. These points will be discussed with the participants, as well as an overview of some of critical areas that directly affect the overall performance of the plant. Well-defined regular maintenance can limit downtime, increase availability, and lead to better overall performance of the individual components of the flotation cell. Duration of the presentation is approximately 45 minutes with 15 minutes Q&A at the end.
El tema a presentar será ‘Concentración de la cama de espuma y diseño de launders (canaletas)’, así como su influencia en el rendimiento de las celdas de flotación.
Frecuentemente, las compañías ignoran la importancia de una correcta concentración de la cama de espuma y el diseño de los launders; sin embargo, ambos aspectos adquieren un rol de crucial importancia para el correcto rendimiento metalúrgico de las celdas de flotación, y en consecuencia el de la planta en su totalidad. Las celdas de flotación de distintas funciones dentro de la planta requieren distintas configuraciones del cono de espuma y las canaletas de concentrado para su operación óptima. Outotec explorará las distintas opciones con los participantes y demostrará cómo identificar la mejor configuración para una planta. La duración de la presentación es de aproximadamente 45 minutos con 15 minutos para preguntas al final.
The topic in focus will be ‘flotation cell froth crowding and launder design,’ and its’ influence on overall performance of a flotation cell. Companies often overlook the importance of crowding and launder design; however, both play a critical role in good metallurgical performance of an individual cell, and therefore the overall performance of the plant. Flotation cells with different duties and in different positions will require different cone and launder configurations; Outotec will explore these options with participants and demonstrate how to identify the correct arrangement in a plant. Duration of the presentation is approximately 45 minutes with 15 minutes Q&A at the end.
El tema a presentar será ‘Cómo identificar mejorías en plantas de flotación’, el cual es un tema de énfasis que Outotec pone en práctica alrededor del mundo.
En algunos casos, los diseños de ingeniería y configuraciones de proceso originales pueden disminuir el rendimiento de los procesos en la actualidad; esto debido a cambios en el cuerpo del mineral y cambios a la estrategia operativa del proceso. Estos aspectos serán discutidos con la audiencia, a la vez que se expondrán las áreas clave para obtener mejorías. Para esto se examinará el rol de los componentes clave en los equipos de flotación y los participantes obtendrán una mayor comprensión sobre la influencia que cada uno de estos componentes tiene en el rendimiento en general. La duración de la presentación es de aproximadamente 45 minutos con 15 minutos para preguntas al final.