9.15 THURSDAY

9.16 FRIDAY

9.17 SATURDAY

Other

9.16 Friday - Speakers

Tom Carper photo
Tom Carper

Current Senator of Delaware
78th governor of Delaware in 1992, Served 2 Terms
Served as Chairmen and Vice-Chairmen for National Governors' Association (NGA)

Website: carper.senate.gov/public/

Click to expand/contract bio

Born in West Virginia and raised in Virginia, Senator Tom Carper attended The Ohio State University on a Navy R.O.T.C. scholarship, graduating in 1968 with a B.A. in economics. He went on to complete five years of service as a naval flight officer, serve three tours of duty in Southeast Asia during the Vietnam War, and continued to serve in the Naval Reserve as a P-3 aircraft mission commander until retiring with the rank of captain in 1991 after 23 years of military service. With the war winding down in Southeast Asia, Tom Carper moved to Delaware in 1973 where he earned his M.B.A. at the University of Delaware.

After serving five terms as a U.S. congressman, where he earned a reputation as a results-oriented centrist, Tom Carper was elected the 78th governor of Delaware in 1992 and served two terms in that role. During his second term as governor, Tom Carper was selected by his colleagues to serve as vice-chairman, then as chairman, of the National Governors' Association (NGA). After serving as chairman, he led the NGA's 'Center for Best Practices,' which focused on developing and implementing innovative solutions to policy challenges faced by governors across the nation. From 1994-1998, he served as a member of Amtrak's board of directors and, later, as founding vice-chairman of the American Legacy Foundation to combat youth smoking and as vice-chairman of Jobs for America's Graduates, a national non-profit to reduce high school dropouts.

On Jan. 3, 2001, Governor Carper stepped down two weeks early to become Delaware's junior senator. During more than 30 years of public service, Senator Carper has worked tirelessly to develop practical solutions to real problems. His ability to work across party lines has earned him a reputation for consensus-building that is unique in today's political climate. The Washington Post's late David Broder calls him "a notably effective and non-partisan leader, admired and trusted on both sides of the aisle."

As chair of the Clean Air and Nuclear Safety subcommittee, Senator Carper has fought tirelessly to clean our air, reduce our dependence on foreign oil and fossil fuels and to create American jobs while doing it. The senator plays an influential role in crafting comprehensive energy and climate legislation. Additionally, he continues to serve as co-chairman of the Senate Nuclear Caucus, the Senate Recycling Caucus and the Congressional Fire Services Caucus.

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After being elected the 78th Governor of Delaware in 1992 he served as a member of Amtrak's Board of Directors from 1994-1998. As chair of the Clean Air and Nuclear Safety subcommittee, Senator Carper has fought tirelessly to clean our air, reduce our dependence on foreign oil and fossil fuels and to create American jobs while doing it. The senator plays an influential role in crafting comprehensive energy and climate legislation. Additionally, he continues to serve as co-chairman of the Senate Nuclear Caucus, the Senate Recycling Caucus and the Congressional Fire Services Caucus.

Harris McDowell photo
Senator Harris McDowell III
Business/Policy Keynote SEU Panel

Chaired the Council of State Government's Executive Committee/Energy and Environment Committee for four years
Served on the Governor's Energy Commission, the National Conference of State Legislatures and the Northeast United States Task Force on Global Warming


Website: www.congress.org/bio/id/2351

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Senator McDowell has a long and distinguished career in energy efficiency and renewable energy leadership. He has worked on the issue at both the national and state level, and chaired the Council of State Government's Executive Committee/Energy and Environment Committee for four years. He also has served on the Governor's Energy Commission, the National Conference of State Legislatures and the Northeast United States Task Force on Global Warming. Senator McDowell served as Majority Whip in the State Senate at several points in the 1980s and 1990s, and served as Majority Leader from 2003-2006.

McDowell has advanced legislation that includes requiring a new renewable portfolio standard that requires the state's utilities to draw 20 percent of their power from renewable sources, such as solar or wind by 2020. He also authored legislation increasing incentives for homeowners and business to sell excess renewable energy. One of his crowning legislative victories is legislation that will reduce electricity consumption in Delaware 15 percent by 2015, and requires energy efficiency to be considered as an energy supply before any fossil fuels are tapped.

Prior to serving in the State Senate, Senator McDowell served in the United States Marine Corps for six years. He attended the University of Delaware and Georgetown University.

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The Sustainable Energy Utility (SEU) is a unique non-profit organization offering a one-stop resource through its Energize Delaware initiative to help residents and businesses save money through clean energy and efficiency. The SEU was created in 2007 by the state of Delaware to foster a sustainable energy future for the state. The SEU model is the first of its kind to be established in the United States, and is being replicated in several other communities around the world.

While most programs have been operating for a short time, the collective action of Delawareans taking advantage of the energy efficiency solutions is adding up to big energy savings. This is particularly important for a state that where per capita energy consumption is higher than uses more energy than its neighbors. Delaware's leadership was recently recognized by the Alliance to Save Energy, which encouraged other states to adopt comprehensive energy-saving programs like Delaware's.

The portfolio of programs that help Delawareans save energy and money includes rebates for a range of home and business energy efficiency improvements, performance contracting to cut enegy waste in state and local government buildings, schools, and universities, and multi-family low-income new construction and rehab construction.

Through the programs and participation expected, Delaware aims to reduce energy waste by 30% by 2015 for each participant, and in addition, to reduce greenhouse gas emissions 30% by 2020. This aggressive reduction will spur rapid green job creation in an economy hard hit by recent business closings and cutbacks.

Casey Sclar photo
Casey Sclar
Building an Operational Sustainability Index for Public Gardens: Longwood Gardens' Ecofootprint

Plant Health Care Leader at Longwood Gardens
Received the Professional Citation Award from the APGA for significant achievements in public horticulture

Website: www.longwoodgardens.org

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Casey is the Plant Health Care Leader at Longwood Gardens in Kennett Square, PA. His team directs the IPM program - solving the indoor and outdoor horticultural pest, disease, and weed problems at the 1077 acre institution. They guide Longwood's large soil and compost operations - diverting almost all of Longwood's organic waste from landfills and transform it into the highest quality amendment. All land management and conservation programs on 700+ acres of extensive natural areas and farmlands fall under their stewardship. They help lead Longwood's organizational recycling and ecofootprinting programs, and are actively engaged in developing a public gardens sustainability index. Casey has authored many publications and has presented widely on IPM and other topics. Working in horticulture for over 25 years, he received the Professional Citation Award from the APGA for significant achievements in public horticulture. He holds a B.S. degree in horticulture from California Polytechnic State University, S.L.O., and M.S/Ph.D. degrees in entomology from Colorado State University.

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Public Gardens are unique institutions that combine elements of horticulture, hospitality, education, interpretation, and cultural sensitivity. As such, they have a responsibility to not only promote, but follow sustainable practices on a daily basis. Longwood Gardens began the journey towards operational sustainability by conducting a comprehensive ecofootprint that assessed its daily practices against social, economic, and environmental criteria. We studied and recruited other public gardens to benchmark and improve our sector's sustainable practices. Come hear how Public Gardens are becoming better prepared to prove they "walk the walk" and are great stewards as they follow a "soil to sky" strategy.

Ellen Vancko photo
Ellen Vancko
Union of Concerned Scientists

Nuclear Energy and Climate Change Project Manager for the Union of Concerned Scientists in Washington, DC
UCS' Senior Advisor on Federal & State Policies Concerning Electricity Markets, Transmission System Planning & Operations, and More


Website: www.ucsusa.org/news/experts/ellen-vancko.html

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Ellen Vancko is Nuclear Energy and Climate Change Project Manager for the Union of Concerned Scientists in Washington, DC, where she directs UCS research and policy analysis concerning the viability of nuclear power as a potential climate solution. Ms. Vancko also serves as UCS' senior advisor on federal and state policies concerning electricity markets, transmission system planning and operations, and the reliable integration of renewable energy and demand-side resources into the electric system.

Ms. Vancko has more than 25 years of experience as an energy policy professional with expertise in policy analysis, government relations, communications, media relations, stakeholder relations, coalition building, and technical analysis for industry and non-profit organizations at the state, federal and international levels. Prior to coming to UCS, she was director of communications and government affairs for the North American Electric Reliability Council, directed policy analysis for Allegheny Energy and the Edison Electric Institute, and served as an energy consultant on a range of energy issues. She holds a B.A. in political science from the George Washington University and an M.S. in energy management and policy from the University of Pennsylvania.

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As the nuclear disaster in Japan continues to unfold, one thing is clear, nuclear power poses serious risks that are unique among the energy options being considered to reduce global warming emissions. The future risks of nuclear energy will depend in large part on whether governments, industry, and international bodies undertake a serious effort to address these risks before plunging headlong into a rapid expansion of this technology. Prudence dictates that we develop as many options to reduce global warming emissions as possible, and that we take into account their impact on public health, safety, and security, the time required for large scale deployment, and their costs. We should begin by deploying those technologies that achieve the largest reductions most quickly and with the lowest costs and risk. Nuclear power does not meet these criteria today.

The destruction of the reactors at Fukushima Daiichi has had a significant effect on the nuclear industry worldwide. The first impact has been on existing reactors as governments and plant owners around the world assess whether those reactors are being operated as safely and securely as possible. Some countries, most notably Switzerland, Germany and Italy, have decided to turn away from nuclear power all together by shuttering existing plants or cancelling plans for new ones. On the other hand, China has slowed down but not halted its nuclear expansion plans as it reviews the safety of its existing fleet and the quality of new reactor construction. Fukushima's impact on the outlook for new reactors in the United States is less clear as the so-called nuclear renaissance in this country was in trouble long before the disaster in Japan occurred. Spiraling construction cost estimates, declining energy demand, low natural gas costs and the failure to place a price on carbon already spelled trouble for the industry. Moreover, recent natural disasters have brought even greater scrutiny to existing plants in the US. Thus, although events in Fukushima are not responsible for the industry's current problems, they certainly haven't helped.

Jamie Mallon photo
Jamie Mallon
PSEG Nuclear

Early Site Permit Manager, PSEG - Nuclear Development

Website: www.pseg.com

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Jamie Mallon is the Early Site Permit Manager for Nuclear Development. He is responsible for PSEG's Nuclear Development activities which include Reactor Technology Evaluation, Site Feasibility studies, Transmission interconnection, and development of NRC Early Site Permit (ESP) application. The Early Site Permit approves a site as suitable for construction of a nuclear reactor

Mr. Mallon has over 28 years of diverse experience in the Nuclear Power Industry. This includes Licensing, Regulatory Assurance, Training and Radiation Protection at operating reactors, as well as experience in decommissioning and construction of nuclear power plants. Mr. Mallon started his career in 1982 working on the design of the River Bend and Nine Mile Unit 2 reactors. In 1988 he started working at Limerick Generating Station, where he held a number of managerial positions in Radiation Protection. He left Limerick to work at Maine Yankee Atomic Power Station as Radiation Protection Manager. In this capacity he oversaw decommissioning activities for the facility, including the largest nuclear asbestos abatement and shipment of over 20 million pounds of waste from demolition. In 2000 Mr. Mallon became the corporate Radiation Protection Manager for Exelon where he managed development of a common radiation protection program for all 10 reactor sites.

In 2003 Mr. Mallon completed a Senior Reactor Operator certification program at Peach Bottom and became the Training Director on site. He then moved to Regulatory Assurance Manager, where he led station efforts to improve regulatory compliance. Mr. Mallon became Licensing manager for Salem and Hope Creek Stations in 2006, where he led a successful effort to increase Hope Creek licensed power by 15 % from 1103 MWe to 1268 MWe.

Mr. Mallon obtained a Bachelor's degree in Physics from Franklin & Marshall College in Lancaster, Pennsylvania in 1981.


Brian Murray photo
Brian C. Murray
Panelist on Climate Change Panel

Director for Economic Analysis at the Nicholas Institute for Environmental Policy Solutions
Research Professor at the Nicholas School of the Environment at Duke University

Website: fds.duke.edu/db/Nicholas/esp/faculty/bcmurray

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Dr. Brian C. Murray is Director for Economic Analysis at the Nicholas Institute for Environmental Policy Solutions and Research Professor at the Nicholas School of the Environment at Duke University. He is widely recognized for his work on the economics of climate change policy, including the design of cap-and-trade policy elements to address cost containment and inclusion of offsets from traditionally uncapped sectors such as forestry and agriculture. Members of the United States Congress and their staff have sought the counsel of Dr. Murray and Nicholas Institute colleagues as they have developed climate change legislative proposals. Dr. Murray has been invited as a co-author of several national and international assessments of forest resources, especially related to climate change. Of particular note, he was a convening lead author of the Intergovernmental Panel on Climate Change's Special Report on Land Use, Land Use Change, and Forestry, which confers status shared by all other IPCC authors as joint contributors to the IPCC's 2007 Nobel Peace prize. He has convened several forums of economic modeling experts to examine and communicate the results of their climate, energy and land use policy efforts to the public and private sectors. His research has examined the economic effects of traditional command-based regulatory strategies for pollution control and more market-oriented approaches such as cap-and-trade programs and emission taxes. He has been a consultant to a wide range of clientele in the public and private sector, including numerous federal government agencies, members of Congress and their staff, state regulatory agencies, CEOs and senior staff from Fortune 500 companies, trade groups, nongovernmental organizations, and other academic institutions. His work has been published in books, edited volumes, and professional journals. Prior to coming to the Nicholas Institute in 2006, Dr. Murray was Director of the Center for Regulatory Economics and Policy Research at RTI International, a university-affiliated not-for-profit research institution.

Click to expand/contract abstract

This panel will look at tools to combat climate change, from both a business and a policy point of view. Dr. Sarah King of DuPont will share experiences of a multinational corporation dealing with a changing business climate, both from public opinion and policy. Mayor Jim Ford of Lewes, DE will share his experience of being a mayor of a town very exposed to sea level rise and potential climate related storms. Dr. Nikki Roy will give an overview of policy and technology tools, both in hand and on the horizon, to combat climate change. Finally Dr. Brian Murray will discuss the economic implications of these tools. The audience will be asked to present questions and join in a lively debate about climate change, to hopefully answer where we are today and where we want to be tomorrow.

Manik Roy photo
Manik Roy
Panelist on Climate Change Panel

Vice President of Federal Government Outreach for the
Pew Center on Global Climate Change

Website: www.pewclimate.org/about/staff/roy.cfm

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Manik Roy is the Vice President of Federal Government Outreach for the Pew Center on Global Climate Change, where he manages communication between the Center and the U.S. Congress. Dr. Roy has twenty-five years of experience in environmental policy, having worked, before coming to the Pew Center, for Senator Frank R. Lautenberg, Representative Henry A. Waxman, the U.S. Environmental Protection Agency, the Massachusetts Department of Environmental Protection and the Environmental Defense Fund. Dr. Roy holds a Ph.D. in public policy from Harvard University. He also holds a Master of Science degree in environmental engineering and a Bachelor of Science degree in civil engineering, both from Stanford University.

Click to expand/contract abstract

This panel will look at tools to combat climate change, from both a business and a policy point of view. Dr. Sarah King of DuPont will share experiences of a multinational corporation dealing with a changing business climate, both from public opinion and policy. Mayor Jim Ford of Lewes, DE will share his experience of being a mayor of a town very exposed to sea level rise and potential climate related storms. Dr. Nikki Roy will give an overview of policy and technology tools, both in hand and on the horizon, to combat climate change. Finally Dr. Brian Murray will discuss the economic implications of these tools. The audience will be asked to present questions and join in a lively debate about climate change, to hopefully answer where we are today and where we want to be tomorrow.

Sarah King photo
Sarah King
Panelist on Climate Change Panel

Climate & Sustainability Manager for DuPont
Aspen Institute's Catto Fellow

Website: www.dupont.com/

Click to expand/contract bio

Sarah B. King is Climate & Sustainability Manager for DuPont, part of the company's Sustainable Growth Center. Based in Washington, DC, Sarah works with DuPont businesses to help them identify and manage climate-related business risks and opportunities, and leads efforts on a corporate goal to grow annual revenue to $2 billion by 2015 from products that help customers reduce greenhouse gas emissions. Prior to joining DuPont, Ms. King was the Climate Change Program Manager for GLOBE USA, a bipartisan network of members of the U.S. Congress interested in energy and environment issues. Sarah was also a Senior Research Associate at the Environmental Law Institute, where she focused on international environmental law and governance. Ms. King holds BA in economics with a minor in environmental policy from Carleton College and an MBA from The George Washington University School of Business and Public Management. Sarah is one of the Aspen Institute's Catto Fellows - 2010 class.

Click to expand/contract abstract

This panel will look at tools to combat climate change, from both a business and a policy point of view. Dr. Sarah King of DuPont will share experiences of a multinational corporation dealing with a changing business climate, both from public opinion and policy. Mayor Jim Ford of Lewes, DE will share his experience of being a mayor of a town very exposed to sea level rise and potential climate related storms. Dr. Nikki Roy will give an overview of policy and technology tools, both in hand and on the horizon, to combat climate change. Finally Dr. Brian Murray will discuss the economic implications of these tools. The audience will be asked to present questions and join in a lively debate about climate change, to hopefully answer where we are today and where we want to be tomorrow.

Mayor Jim Ford photo
Mayor Jim Ford
Panelist on Climate Change Panel

Mayor of Lewes, Delaware
Member of the National League of Cities

Website: www.ci.lewes.de.us/Mayor-City-Council/

Click to expand/contract bio

Mayor Ford has been a resident of Lewes since 1976. In addition to being the Mayor of Lewes, he owns his own building contracting business, specializing in historic restoration. His wife, Teresa, is the owner of Kids' Ketch on Second Street in Lewes. The Fords have two children, Jacob and Maren. Mayor Ford graduated from the University of Delaware with a Bachelor's Degree in Biological Sciences. His hobbies are outdoor activities and he and his wife enjoy traveling.

Mayor Ford was appointed to the Lewes Planning Commission in 1987, elected to City Council 1992, appointed Deputy Mayor in 1998 and became Mayor in 2004. He is a member of the National League of Cities; serving on the Crime Prevention & Public Safety Committee, Small Cities Committee, and Small Cities Steering Committee. He is Past President of the Delaware League of Local Governments; serving on the League's Executive and Legislative Committees. Mayor Ford is also a member of the Sea Grant Advisory Council and serves as a member of the Board of Directors for the Greater Lewes Foundation, a member of the Board of Trustees of the Lewes Historical Society, and as a member of the Fort Miles Historical Association, Overfalls Maritime Museum Foundation, Delaware River & Bay Lighthouse Association, Lewes Chamber of Commerce and is an Honorary member of the Lewes Fire Department.

Click to expand/contract abstract

This panel will look at tools to combat climate change, from both a business and a policy point of view. Dr. Sarah King of DuPont will share experiences of a multinational corporation dealing with a changing business climate, both from public opinion and policy. Mayor Jim Ford of Lewes, DE will share his experience of being a mayor of a town very exposed to sea level rise and potential climate related storms. Dr. Nikki Roy will give an overview of policy and technology tools, both in hand and on the horizon, to combat climate change. Finally Dr. Brian Murray will discuss the economic implications of these tools. The audience will be asked to present questions and join in a lively debate about climate change, to hopefully answer where we are today and where we want to be tomorrow.

Ronald Lunt photo
Ronald Lunt

Public Utilities Director, City of Dover, DE

Website: www.cityofdover.com

Click to expand/contract bio

Mr. Lunt joined the City of Dover in December 2006 as the Public Utilities Director where he oversees all aspects of the electric, water, and wastewater utility operation. He has over 30 years of experience in the operation and management of electric utilities. Prior to Dover he served as the Belmont Municipal Light Department Manager/CEO for almost two years. Prior to Belmont, he was at the American Public Power Association for almost 6 years as the Director of Broadband Services for the association. While at the association, Mr. Lunt focused on helping members assess and develop new communication business opportunities, tracking/reviewing emerging technologies, managing conferences and seminars, assist with the development of books/training guides, analyze pricing trends and act as staff liaison for numerous member committees. He was also charged with interfacing with the FCC on issues related to Public Power utilities and has provided presentations and data to numerous organizations.

Before joining APPA, Mr. Lunt developed the utility operations for a new electric utility owned by the State of Nevada, Colorado River Commission (CRC). Responsibilities included the development of operational procedures and budgets, development and negotiation of multiple operation/maintenance contracts, interview and hire staff, and be designated as the project manager for subsequent expansions. Prior to joining CRC, he was employed at several Public Power utilities in Delaware and South Dakota.

Click to expand/contract abstract

The Dover SUN Park is the largest community-scale solar power plant in the state and second largest solar photovoltaic system on the East Coast. It is a 10 MW plant, covering 103 acres of open space off of State Route 1 in the Garrison Oak Technology Park. In 2008, the Dover City Council selected LS Power to create the solar plant. It was constructed in 2011 and commissioned over the summer. The project required serious planning and consultation with community leaders, residents, and other stakeholders. Project financing was made possible with the assistance of the Delaware Sustainable Energy Utility. The SUN Park earns Solar Renewable Energy Credits, 15% of which is taken by the City of Dover, and the remainder of the credits is sold to Delmarva Power and the Delaware Municipal Electric Corporation.

The City of Dover has signed onto the U.S. Mayors Climate Protection Agreement. The Dover SUN Park, which provides all of its generated power to the residents of Dover, is part of the city's plan to meeting the climate agreement's goals.

Huantian Cao photo
Huantian Cao

Associate Professor,Department of Fashion and Apparel Studies at University of Delaware
Research published in Textile Research Journal, Dyes & Pigments, International Journal of Clothing Science & Technology, American Journal of Environmental Sciences

Website: www.udel.edu/fash/about/faculty/cao.html

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Huantian Cao is an associate professor in the Department of Fashion and Apparel Studies at the University of Delaware. His research interests include protective clothing for agricultural, industrial, homeland security, and military applications; and sustainable design and development in textiles and apparel. His teaching, research, and outreach projects has been funded by National Science Foundation, U.S. Environmental Protection Agency, and Oklahoma Center for the Advancement of Science and Technology. He has advised several student projects to participate in the EPA People, Prosperity, and the Planet Student Design Competition for Sustainability (P3 Award). His research has been published in a variety of peer-reviewed journals including Textile Research Journal, Dyes & Pigments, International Journal of Clothing Science & Technology, American Journal of Environmental Sciences, and others.

Click to expand/contract abstract

Huantian Cao will discuss sustainable apparel design projects that aim to solve environmental and resource depletion problems related to textile and apparel production, using and post-consumption. The applications of design concepts such as design for disassembly and adaptable design in apparel will also be discussed.

Robin Dutta photo
Robin Dutta
UD Student Spotlight: Sustainable Finance for Sustainable Energy Projects

Research Associate, Center for Energy and Environmental Policy, University of Delaware Climate Change
Master's Candidate at the University of Delaware

Website: www.ceep.udel.edu/ceep.html

Click to expand/contract bio

Robin is currently a Master's candidate at the University of Delaware, studying sustainable energy economics and serving as a Research Associate in the university's Center for Energy and Environmental Policy. He is a two-time winner of the University Graduate Scholarship, awarded by the University of Delaware to its top graduate students. This summer, Robin joined the staff of U.S. Senator Thomas R. Carper (D-Del) as a Legislative Fellow, where he worked on energy and environmental policy issues including nuclear safety, clean air mitigation, and the promotion of sustainable energy policy. Robin is a native of New Jersey, and earned his BA in Political Science from Drew University in 2008. His research in at the University of Delaware has included the design for local government energy efficiency programs and bond finance for renewable energy systems.

Click to expand/contract abstract

States, counties, and municipal entities are able to promote the deployment of renewable energy through a range of financial mechanisms. There is no primary model for financing renewable energy projects. The research literature focuses on the impacts of state rebate and tax credit programs in this area. Little light has been shed, however, upon the potential for federal bond financing mechanisms to spur deployment of renewable energy infrastructure. This paper evaluates the deployment of New Clean Renewable Energy Bonds (NCREBs) as well as the potential for improved impact in the renewable energy market. The authors' posit that design and implementation flaws in the NCREBs program contributed to its low deployment rate. Two phases for reform are presented: one where the IRS continues to administer the program to public power providers, cooperative electric companies, and government entities; and a second phase where NCREBs program is administered by a Sustainable Energy Utility, on behalf of power providers and government entities, as part of their array of green financing tools.

Christopher Richard photo
Christopher Richard
UD Student Spotlight: Sustainable Finance for Sustainable Energy Projects

PhD Candidate at the Center for Energy and Environmental Policy (CEEP) at the University of Delaware
NSF-IGERT Fellow for Solar Hydrogen

Website: www.ceep.udel.edu/ceep.html

Click to expand/contract bio

Christopher Richard is a PhD Candidate at the Center for Energy and Environmental Policy (CEEP) at the University of Delaware. He is a NSF-IGERT Fellow for Solar Hydrogen and is interested in a wide spectrum of renewable energy applications. Prior to joining CEEP, Christopher completed his MBA at the University of Delaware's Lerner College of Business and Economics and more recently completed the inaugural class of the National Geothermal Academy in Reno, NV. His research is based in finance and economic policy applications and analysis for renewable energy, with a specific focus on geothermal power.

Click to expand/contract abstract

States, counties, and municipal entities are able to promote the deployment of renewable energy through a range of financial mechanisms. There is no primary model for financing renewable energy projects. The research literature focuses on the impacts of state rebate and tax credit programs in this area. Little light has been shed, however, upon the potential for federal bond financing mechanisms to spur deployment of renewable energy infrastructure. This paper evaluates the deployment of New Clean Renewable Energy Bonds (NCREBs) as well as the potential for improved impact in the renewable energy market. The authors' posit that design and implementation flaws in the NCREBs program contributed to its low deployment rate. Two phases for reform are presented: one where the IRS continues to administer the program to public power providers, cooperative electric companies, and government entities; and a second phase where NCREBs program is administered by a Sustainable Energy Utility, on behalf of power providers and government entities, as part of their array of green financing tools.

Erik Koepf photo
Erik Koepf
Solar Fuels and Materials: Designing Solar Receivers and Reactors for Large Scale, Ultra-High Temperature Solar Energy Storage and Processing

Studied energy engineering and management at the University of New South Wales, AU
A NSF-IGERT Fellow in UD's Sustainable Energy from Solar Hydrogen program

Click to expand/contract bio

Erik Koepf received his undergraduate degree in physics from Occidental College and studied energy engineering and management at the University of New South Wales, AU before coming to the University of Delaware in 2006. As an NSF-IGERT Fellow in UD's Sustainable Energy from Solar Hydrogen program, Erik began a Solar Fuels from Thermochemical Cycles research program in the Department of Mechanical Engineering under the advisement of Drs. Ajay Prasad and Suresh Advani. The project is also in collaboration with Air Liquid's Delaware Research and Technology Center, and the Swiss Federal Institute of Technology, Zurich. Currently the research program focuses on solar receiver/reactor design, modeling, and demonstration of ZnO reduction at ultra-high temperatures as the first step of a closed cycle to produce hydrogen from water and sunlight.

Click to expand/contract abstract

Solar fuels are emerging as a viable pathway towards closing the gap between fuel production and consumption in the United States. If these fuels can be produced on large scale and achieve carbon-neutrality, a truly sustainable energy solution may be realized. Hydrogen is among the list of attractive solar fuels. Whether used in a PEM fuel cell or combustion engine, hydrogen as a fuel produced from sunlight and water represents an elegant energy harvesting cycle, with zero-emissions, high efficiency, and exceptional power-density.

A novel solar-thermochemical reactor has been designed and constructed for the reduction of ZnO at temperatures close to 2000K as the first step in a closed two-step thermochemical cycle to produce hydrogen from water as a solar fuel. Abbreviated as GRAFSTRR (Gravity-Fed Solar-Thermochemical Receiver/Reactor), the reactor is closed to the atmosphere, and features an inverted conical-shaped reaction surface along which ZnO powder descends continuously as a falling sheet and undergoes a thermochemical reaction upon exposure to highly concentrated sunlight. The reactant feed is vibration-induced, metered, and gravity-driven. Beam-down, highly concentrated sunlight enters the reaction cavity through a water-cooled aperture, and Zn product gas is siphoned into a centrally-located exit stream via a stabilized vortex flow of inert gas originating from above the aperture plane. Unreacted or partially reacted solids exit annularly around the product stream. The GRAFSTRR concept is presented, along with select design choices and investigations.

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