Water

New USCCF Report Highlights the US BCSD’s Industrial Scale Water Collaboration

usccf

On March 20th the US Chamber of Commerce Foundation released a new report titled “Achieving Energy and Water Security: Scalable Solutions from the Private Sector.” Featuring more than 25 business success stories, the report shows how companies solve energy and water challenges in their operations and supply chains. The US BCSD’s Louisiana Water Synergy Project is highlighted as one of the 25.

For the past two years, the United States Business Council for Sustainable Development (US BCSD) has worked with 21 diverse companies in the lower Mississippi River watershed to address a range of water issues. Coca-Cola is working with Mosaic Fertilizer to address water quality concerns. Valero Energy and Nucor Steel Louisiana LLC have explored new options for wetlands restoration through changes in water management. Projects and policy recommendations have emerged that have been greeted with high interest by the Louisiana Department of Environmental Quality and from a concurrent public sector regional water planning effort.

This multi-sector teaming demonstrates that there is considerable regional interest in using the speed and efficiency of market-based institutions to seek out ways of converting water problems into economic opportunities, and to develop a collective capacity for conserving watershed systems as both private and public goods. (Page 40)

Visit the USCCF’s website to download the report and learn more about how the private sector leverages new technologies, innovation, partnerships, and other approaches to help achieve greater energy and water security. The report also features best practices from leading companies including FedEx, Shell, Ford, Microsoft, Office Depot, and more.

Voluntary Action Leads New Louisiana Nutrient Management Strategy

NutrientThe Coastal Protection and Restoration Authority of Louisiana (CPRA), the Louisiana Department of Agriculture and Forestry (LDAF), the Louisiana Department of Environmental Quality (LDEQ), and the Louisiana Department of Natural Resources (LDNR) are working together to create a new Nutrient Management Strategy for the state of Louisiana. Their purpose is to manage nitrogen and phosphorous to protect and restore water quality in Louisiana’s inland and coastal waters – using incentives and voluntary action to get there.

The task force released a review draft of the strategy in December 2013, calling on numerous state and federal agencies and stakeholders from the watershed to play a part in implementing the strategy.

The US BCSD’s Water Synergy Project is highlighted for proactively addressing nutrient management issues and is cited for providing input to the Louisiana Statewide Nutrient Management Strategy. The project’s focus on stakeholder engagement, voluntary action, and cross-sector collaboration provided examples of nutrient management efforts already at work.

Implementation of the multi-component strategy includes creating river diversions, using best management practices and conservation practices at non-point sources, promoting wetland assimilation at point sources, providing incentives to practice stewardship, taking advantage of opportunities to leverage current efforts, and utilizing new science-based technologies and applications.

The state of Louisiana is currently accepting comment on the review draft of the strategy through January 31, 2014. To view the draft yourself, visit http://www.lanutrientmanagement.org/. For more information on the Louisiana Water Synergy Project, visit http://water-synergy.org/.

Water Quality and Nutrients Management Unites Industry, Regulators and the Agriculture Community

In a multi-part release over the next few weeks, we’ll be posting a series of updates exploring key themes and recent outcomes from the Louisiana Water Synergy Project. While these themes are Louisiana-specific, all of them can be applicable to most watersheds in the US.

During the July 30th Louisiana Water Synergy Project meeting, guests from the Louisiana Department of Environmental Quality (LDEQ), the Louisiana Department of Agriculture and Forestry (LDAF), and the Louisiana State University AgCenter joined project participants to discuss nutrients management and water quality in watersheds across the state of Louisiana.

LDEQ, the Coastal Protection & Restoration Authority (CPRA), LDAF, and the Louisiana Department of Natural Resources (LDNR) are working on a comprehensive Louisiana nutrient management plan with the goal of managing nutrient levels in inland and coastal water bodies.

AgricultureThe nutrient management plan will be released by the end of 2013, and includes water quality monitoring, point source wetland assimilation, coastal river diversions, and best management practices. LDEQ is seeking to incentivize non-point sources – like municipalities and agricultural operations – to adopt best management practices. They also encourage industry in LA to openly communicate what they’re already doing to manage nutrients in an effort to foster a positive relationship between point and non-point sources.

Farmers and ranchers face significant challenges to produce more and impact less in this era of rapidly increasing global population. While interested in using best management practices, producers look to their consumers for help getting there. An example of such collaboration is Kellogg’s Rice Master Grower program, a joint effort between the Kellogg Company, the Louisiana Rice Mill, and the Louisiana State University AgCenter. The program recognizes farmers based on their growing practices, giving the highest honors to those who utilize best management practices most extensively.

Discussions between regulators, industry, and the agriculture community at Water Synergy Project meetings have proven the common goal of managing nutrients and water quality unites the sectors – with all sides interested in collaboration. One pilot project currently being explored would focus on an impaired inland lake where facilities and farmers operating in the region could work together to identify needs, take action, and possibly engage in environmental markets where the costs and benefits of the project are shared among participating parties.

Collaboration between regulators, industry, and the agriculture community has the potential to comprehensively improve water quality in Southern Louisiana and the Gulf of Mexico, and replicating the project process in other watersheds has potential to improve water quality throughout the country. Visit our water page or contact Susan Fernandes for information.

WBCSD Business Guide to Water Valuation

water valuationThe WBSCD has launched a Business guide to water valuation in recognition of the difficulty businesses face in accurately measuring the importance of water. This new publication aims to provide business guidance on how to assess the value of water to their operations but also to society as a whole. Better valuing water can in fact help companies better manage water, thus reduce water stress and ensure the sustainability of their future operations. The guide shares best practices concepts and techniques to help managers commission, manage and review water valuation studies, and make the best use of the findings.

It draws upon 25 business-related valuation cases that demonstrate how water valuation can be used to reach different goals, and that illustrate the valuation concepts and techniques. Peter Bakker, President, WBCSD said,

“There is a global recognition that water is rarely valued appropriately and as water demand continues to stretch and stress our water supply, businesses will increasingly need to account for the real value of water they are using in order to inform decision-making. And more broadly, greater practical collaboration and local participation is needed in the collective management of water to ensure long-term access to the resource in the context of competing demands.”

This collaboration is a key part of the WBCSD’s Action 2020 framework to achieve core societal and planetary goals through business solutions by 2020. Click here to download the full report.

Impacts of Industrial Development on Water Resources

In a multi-part release over the next few weeks, we’ll be posting a series of updates exploring key themes and recent outcomes from the Louisiana Water Synergy Project. While these themes are Louisiana-specific, all of them can be applicable to most watersheds in the US.

On July 30th, the Louisiana Water Synergy Project held its quarterly meeting in Baton Rouge, Louisiana, bringing over 35 representatives of academia, industry, service companies, and regulators together to discuss their shared interests in water quality, quantity, storm water management, and coastal resiliency.

LSU(1)The LSU Center for Energy Studies estimates $62 billion in industrial investments are planned for Louisiana including new facilities and expansions of existing facilities, with a large portion coming from the chemical, refining, and manufacturing sectors. The Center predicts most of the development will occur along the Mississippi River corridor between Baton Rouge and New Orleans – the heart of the Water Synergy Project area.

David Dismukes, Associate Director at the Center, is examining the potential economic impacts associated with these planned capital investments in Louisiana over the next nine years, which are driven in large part by the increased availability and low cost of natural gas.

Facilities highlighted for expansions or new construction include liquid natural gas (LNG), gas to liquid (GTL), and chemical production including methanol, ammonia, and polymer. Water is used to re-vaporize LNG, as a feedstock for chemical production, and in the transport of goods to terminals. Each use is accompanied by potential water management challenges; and as industry grows, water use will intensify.

An influx of industrial development comes with a substantial increase the number of jobs, and workers to fill those positions. Louisiana will not only experience economic development, but also infrastructure challenges as the population rises. Non-point source pollution is often solely attributed to agriculture, but according to the EPA, the second leading source of water quality impairment in the United States is municipal point sources, followed by changes in land use and urban runoff. (source) As neighborhoods expand, impacts to water quality and quantity will follow.

The scale of the development projected for Louisiana is unprecedented and exponentially raises the importance of cross-sector communication and management of water resources. The Louisiana Water Synergy Project is led by members of oil and gas, chemical, energy, alumina, steel, cement, fertilizer industries and service companies. Representation from the agriculture sector is expected to join soon. Through our meetings individual water challenges are revealed to be common issues, best management practices are shared, and unified strategies are developed; strategies that will be crucial for effective water management in the years to come.

Texas Gov. Rick Perry Approves PACE Program for Low-Cost Financing of Water, Energy Conservation Projects

Texas Gov. Rick Perry has signed legislation allowing local property taxing authorities to enact ordinances enabling Property Assessed Clean Energy (PACE) programs across the state. PACE financing will allow commercial and industrial building owners to obtain low-cost, long-term private sector financing for water conservation and energy-efficiency improvements. With Gov. Perry’s signature, the PACE program is effective immediately.

The Texas PACE Act places emphasis on energy and water saving retrofits in industrial and commercial properties, effectively incentivizing some of the largest energy consumers in the country to reduce their consumption. Texas consumes more electricity than any other state, and industry accounts for almost half of that energy use, according to the United States Energy Information Administration.

New efficiencies in equipment and processes – including some efficiencies identified through the US BCSD’s By-Product and Water Synergy methodologies – will dramatically lower water usage, energy needs and costs, as well as reduced waste and disposal costs. PACE districts have been authorized in 30 states, with impressive financial benefits already apparent. Recently in Ann Arbor, Michigan, a $65,000 project to improve lighting, insulation, heating and cooling systems and reducing water use at a commercial property was completed and projected savings for tenants in energy costs range from $500 to $5,000 a year.

For the last nine years, CEOs have ranked Texas as the best state in which to do business. “PACE will help Texans meet the conservation goals in our State Water Plan and reduce demand on our electric grid,” says Sen. John Carona, sponsor of SB 385. “These savings will benefit the building owners directly and help keep the Texas economic engine primed for growth and prepared for the continuing influx of people moving to Texas to share in our prosperity.”

Experts to help us move from Vision 2050 to Action 2020

Joining us for Action 2020 at Yale University on July 17-18, 2013?

Actions led by business to achieve one or more societal or planetary goal in the Action 2020 framework will be assisted and scaled up through collaboration with industry peers, academic experts, and government representatives. Action 2020 organizers at the Yale Center for Business and Environment have assembled an esteemed group of colleagues to join us at Yale University, each committed to helping us understand the complexities of our efforts and continue driving to action. See a few standouts below, and visit our website to learn more.


Paul Anastas

Paul T. Anastas is the Teresa and H. John Heinz III Professor in the Practice of Chemistry for the Environment. He has appointments in the School of Forestry and Environmental Studies, Department of Chemistry, and Department of Chemical Engineering. In addition, Prof. Anastas serves as the Director of the Center for Green Chemistry and Green Engineering at Yale.

Anastas took public service leave from Yale to serve as the Assistant Administrator for the US Environmental Protection Agency and the Agency Science Advisor from 2009-2012. From 2004 -2006, Paul Anastas served as Director of the ACS Green Chemistry Institute in Washington, D.C. He was previously the Assistant Director for the Environment in the White House Office of Science and Technology Policy where he worked from 1999-2004. He is credited with establishing the field of green chemistry during his time working for the U.S. Environmental Protection Agency as the Chief of the Industrial Chemistry Branch and as the Director of the U.S. Green Chemistry Program.


John Bradburn

John is manager of waste-reduction efforts at General Motors. In this role, he leads the company’s landfill-free initiative, which has resulted in 99 GM operations around the world that reuse, recycle, and convert to energy all wastes from daily operations. John is an established expert in waste reduction and recycling, and frequently mentors other companies pursuing zero-waste goals. John’s responsibilities also include directing the company’s design-for-the-environment program, implementing sustainable processes and technologies that reduce the company’s environmental impact and costs.

He collaborates with suppliers, product and manufacturing engineers, and external stakeholder groups. Under John’s leadership, GM recycled or reused 90 percent of waste generated globally through various resource conservation efforts in 2011. Between 2000 and 2010, the company reduced non-recycled manufacturing waste by 73 percent.


Marian Chertow

Marian Chertow is Associate Professor of Industrial Environmental Management and has been Director of the Industrial Environmental Management Program at the Yale School of Forestry and Environmental Studies since 1991. Her research and teaching focus on industrial ecology, business/environment issues, waste management, and environmental technology innovation. Primary research interests are 1) The study of industrial symbiosis including geographically-based exchanges of wastes, materials, energy, and water within networks of businesses. 2) The potential of industrial ecology to underpin ideas of the proposed Circular Economy law in China. 3) The application of innovation theory to the development of environmental and energy technology.

Prior to Yale, Marian spent ten years in environmental business and state and local government including service as President of the Connecticut Resources Recovery Authority charged with developing a billion dollar waste infrastructure system for the state. She is a frequent international lecturer and has testified on waste, recycling and other environmental issues before committees of the U.S. Senate and House of Representatives.


Richard Kidd

Richard Kidd became the Deputy Assistant Secretary of the Army (Energy & Sustainability) on October 25, 2010. This is his third assignment as a Senior Executive within the Federal Government. In this position he is responsible for overall program direction, establishment of policies, development and refinement of strategies, and oversight for implementation of all programs and initiatives related to Energy Security and Sustainability within the Army. As the Army’s Senior Energy Executive, Mr. Kidd coordinates and integrates both installation and operational energy programs and strategies.

Mr. Kidd graduated from the United States Military Academy in 1986 and served as an Infantry Officer until 1991. After receiving a Masters Degree in Public and Private Management from Yale University, he joined the United Nations in 1993 and served in a variety of international assignments, principally in war affected regions of the world.


Anthony Leiserowitz

Anthony Leiserowitz, Ph.D. is Director of the Yale Project on Climate Change Communication and a Research Scientist at the School of Forestry and Environmental Studies at Yale University. He is a widely recognized expert on American and international public opinion on global warming, including public perception of climate change risks, support and opposition for climate policies, and willingness to make individual behavioral change.

His research investigates the psychological, cultural, political, and geographic factors that drive public environmental perception and behavior. He has conducted survey, experimental, and field research at scales ranging from the global to the local, including international studies, the United States, individual states, municipalities, and with the Inupiaq Eskimo of Northwest Alaska. He also conducted the first empirical assessment of worldwide public values, attitudes, and behaviors regarding global sustainability, including environmental protection, economic growth, and human development.

Finding Common Ground on Water in Louisiana

Participants of the Louisiana Water Synergy Project met Monday, May 6th at Loyola University, New Orleans.

As many participants come from different sectors of industry but face similar challenges regarding water quality and quantity issues, collaborative thinking led to creative actions to address those challenges. For example, a user of traditional water treatment shared that monitoring dissolved oxygen levels in their mixing tanks helped reduce Nitrogen output, while those experienced with using wetlands as a natural nutrient and sediment removal process extolled the nutrient-cleaning benefits of their approach. Despite different approaches to treatment, both expressed interest in nutrient credit trading.

Dr. Gerard Learmonth of the University of Virginia showcased the UVA Chesapeake Bay Game. The game allows players to take on the role of a farmer, waterman, land developer, or a regulator and make land management decisions. These decisions produce true-to-life results enumerated in a Bay health grade, Nitrogen levels, and wildlife subsistence, as well as giving a profit and loss report. After playing a round of the game under different roles, Dr. Learmonth explained the process of designing a watershed collaboration tool for Louisiana. Discussion ensued regarding who the stakeholders would be, what environmental factors would be included, and where the requisite data would come from.

Dr. Mark Davis of the Tulane Institute on Water Resources Law and Policy highlighted the urgency of making proactive water management decisions in his presentation on the Mississippi River and the state of water law across the United States. Dr. Davis challenged meeting attendees to recognize how much water they use, how much they have, and how much they have to share as freshwater becomes an increasingly sought-after resource.

This meeting is an example of how the Louisiana Water Synergy Project brings together representatives from multiple industries to create a forum for regional collaboration to address water quality, quantity, and storm water challenges in southern Louisiana. Collaboration opportunities have already been identified regarding water reuse, use of wetlands for water quality improvement, and water transfer strategies. This project will be used as a format to be replicated in other regions, as water is a rising topic of concern in the US and around the globe.

Want to get involved? Plan to join us next at Action 2020 at Yale University, July 17-18, 2013 in New Haven, CT. Or, visit water-synergy.org for more information on the project.

Accelerating Sustainable Solutions through Transformative Business Education

The US BCSD, WBCSD, and deans and professors from Yale School of Management and the School of Forestry and Environmental Studies met last week to accelerate sustainable solutions through business education. This partnership opportunity aligns the WBCSD global business community, its Regional Network, and the Global Network for Advanced Management to pursue co-development of transformative business education, extensive research opportunities, and regional project collaboration.

In the complex world of scaling up business solutions to sustainability, top universities, particularly business and management schools, have a key role to play in educating the leaders of today and tomorrow. Partnership with the WBCSD provides access to senior executives of companies who are at the forefront of corporate sustainable innovation and practices, and equally important, access to its Regional Network which provides regionally specific insights on corporate sustainability project opportunities and barriers.

The Global Network for Advanced Management brings together 23 universities from 23 countries of varying regions, cultures, and economies in different phases of development. The coalition of universities work together on four key goal challenges, one of which is sustainability. Students from participating schools travel for a week of intensive study organized around a theme, company visits, and networking. Geographically, 20 of the 23 universities are located in countries with strong WBCSD Regional Network affiliates.

By partnering with a university consortium like the Global Network for Advanced Management that shares our sense of urgency on sustainability, we’re providing our members with a groundbreaking new opportunity create innovative sustainability solutions and foster the appropriate framework conditions to bring them to scale.

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