Biomass-South 2008 Regional Conference Speakers

Biomass-South 2008 image

Below you will find biographical information about speakers and moderators who will be participating in plenary and concurrent sessions during the conference. This list will grow, and biorgraphies will be added as speakers confirm their participation. Please see the conference Agenda for days and times of their participation.

Richard F. Abrams Richard F. Abrams is Vice President – Renewable Energy at Babcock Power (BPI) in Worcester, Mass. In this role, he is responsible for BPI’s renewables products including the biomass boilers, emissions control systems, and solar boilers. Mr. Abrams has been involved in the design, development, and business development for environmental systems throughout his career. These systems have been used for air pollution control, hazardous waste destruction, and radioactive waste management. He has a BS in Chemical Engineering from Worcester Polytechnic Institute, holds seven patents and is the inventor on the RSCR system patent. Title-description: Emissions Controls for Biomass Boilers In this presentation, I will cover the emissions from biomass boilers, discuss control technologies used and their efficiencies, compare these emissions with coal fired boilers, and discuss the impact of cofiring biomass in coal fired boilers on the air pollution control systems in the plant.

Presentation by Rich Abrams
This presentation will cover the uncontrolled emissions from biomass boilers and discuss control technologies used to control the emissions, including their efficiencies. The emissions from biomass boilers will be compared to the emissions from coal fired boilers. In addition, the impact of cofiring biomass in coal fired boilers on the air pollution control systems in the plant will be covered.


Janaki R.R. Alavapati

Janaki Alavalapati is a Professor of Forest Resource Economics and Policy and Head of the Department of Forestry at Virginia Tech. As a Jefferson Science Fellow 2007-2008, he served as a Senior Advisor for International Energy Affairs at the U.S. Department of State, Washington, DC. Dr. Alavalapati serves as a member of the editorial of Forest Policy and Economics journal, Deputy Coordinator, Social and Economic Aspects of Forestry Unit, International Union of Forest Research Organizations (IUFRO), and the chair of Economics, Policy, and Law Working Group of the Society of American Foresters (SAF). His research focuses on exploring market solutions for natural resources, energy, and environmental problems/issues at local, regional, and international level. He is a lead investigator of four bionergy projects funded by the DOE/USDA, National Council for Science and the Environment, the Southern Growth Policies Board, and EPA.

Presentation by Janaki R.R. Alavapati:
The Southern Bioenergy Asset Inventory and Roadmap

This presentation will report preliminary findings of a project to inventory the bioenergy assets and activities in 14 states in the southern United States, including bioenergy feedstocks, alternative fuel production, energy distribution infrastructure, capital investment, economic impacts, research and education centers, publishing, patents, and government policies/programs.


Phil Badger

Phillip Badger is the Bioenergy Technical Director for the Southern States Energy Board, an interstate compact headquartered in Norcross, Georgia. He is also President of General Bioenergy, Inc., a consulting firm located in Florence, Alabama, specializing in general consulting for the bioenergy industry. He was previously employed by the Tennessee Valley Authority, where he managed a regional DOE program for 15 years. Prior to that, Mr. Badger managed fuel alcohol research programs for DOE and TVA, and had research and extension responsibilities at Ohio State University in the fields of renewable energy and controlled environment agriculture. Mr. Badger has a B.S. and M.Sc. in Agricultural Engineering from the Ohio State University, an MBA from Vanderbilt University, and is a registered professional engineer. He is listed in several Who’s Who for his work related to bioenergy, including Who’s Who in America, Who’s Who in the World, and International Leaders of Achievement.

Presentation by Phil Badger:
Topical Overview of Biofuels, Biopower, Biochemicals, and Bioproducts.
This presentation provides a basic overview of the technologies associated with biofuels, biopower, biochemicals, and bioproducts. Also, moderating a panel--"Charting a Course for Biomass Resource Use." Both occur on Tuesday afternoon, Sept. 23. Abstract: To provide general education to the target audience in the form of an “Executive Summary” on key topics related to the production and use of bioenergy and bioproducts with the ultimate goal to assist participants to initiate actions to build the industry in their state.


Tom Ballard

Tom Ballard serves as the Director of the Partnerships Directorate for UT-Battelle, the managing contractor for Oak Ridge National Laboratory. The Partnerships Directorate oversees ORNL’s efforts in technology transfer, economic development, and industrial and educational partnerships. Ballard joined UT-Battelle in July 2004 after serving The University of Tennessee for 35 years, most recently as Vice President for Public and Governmental Relations. During his tenure at UT, he led the Institute for Public Service, which for years has been recognized as one of the nation’s most best programs focused on helping local governments and manufacturers. Ballard serves on the board of directors of a large number of regional organizations and is a member of the Southern Technology Council. He is a graduate of UT with a bachelor's degree in communications and was the 2001 recipient of the College’s Hileman Outstanding Alumni Award. He also received the prestigious Tennessee Valley Corridor Champion award in 2005. His wife, Diane, is editor of The Tennessee Alumnus magazine, and they have one daughter, two grandchildren and two step grandchildren.

Tom Ballard is a panelist who will discuss "Building Collaboration Across the South."


Ron Barmore Ron Barmore is the Director of Project Development for Range Fuels, Inc. In this role he leads the company's efforts in the siting, development and permitting of new projects and the sourcing of feedstock materials. Ron is a member of the Council of Sustainable Biomass Production, serves on the executive committee of the Pine 2 Energy Coalition and is a frequent speaker at Bio-Energy conferences on issues that are critical to the development of the advanced Biofuels industry. Mr. Barmore has spent the majority of his career developing projects in the alternative energy field, primarily in the waste-to-energy industry (municipal solid waste to power). Most recently he spent six years as the senior executive in charge of business development efforts for Barlow Projects, Inc. His career also includes five years with ABB Resource Recovery Systems as a Regional Manager of Business Development and a number of years as an independent consultant. Ron began his career with one of the leaders in the waste to energy industry, Wheelabrator Technologies, Inc., a pioneer in the alternative energy field.
Kathryn Baskin

Kathryn Baskin is Managing Director of the Southern States Energy Board. Ms. Baskin has 30 years experience working on energy and environmental policies, programs and technical issues. She currently acts as managing director of SSEB. In this position, her primary responsibilities include directing the overall management of the Board's activities, including technical project management, information services, administrative and financial oversight. Ms. Baskin serves as the project director for the Southern States Biobased Alliance and the Southeastern Biomass State/Regional Biomass Partnership. In addition, she also serves as project manager for the Board’s Southeast Carbon Sequestration Partnership. She has a B.B.A. in Public Policy Economics from Georgia State University. In her role as managing director, Ms. Baskin provides expertise in consensus building and energy and environmental policy. She is the lead author and researcher of Energy Policy in the South: Integrating Energy, Environment and Economic Development which was adopted by the Southern States Energy Board and Southern Governors’ Association in September 2001.

Luncheon Presentation by Ron Barmore on Monday, September 22: " Biomass to Energy: Inventing the New Oil"


Dr. Harbans Bhardwaj

Dr. Harbans Bhardwaj is Professor of Agronomy at Virginia State University's Agricultural Research Station. He received his Ph. D. from University of Georgia, in Agronomy - Plant Breeding..Has been previously employed at University of Georgia, University of Tennessee, Fort Valley State University. Dr. Bhardwaj is involved in development of new food, feed, and industrial use crops. He has fifteen years of research experience with canola production and breeding. Recently, he initiated a canola-biodiesel research and extension project at Virginia State University.

Presentationby Dr. Bhardwaj:
Canola & Biodiesel: On-farm Small-scale Production and Utilization
Details about canola and its' production system, and use of canola oil for biodiesel production will be presented and discussed. The emphasis will be on utilization of locally produced canola to provide oil for biodiesel production using small-scale technology. Details about a field day, where canola production, harvesting, crushing of seed to get oil for use as a feedstock for biodiesel production were demonstrated, will also be presented.


John Bonitz John Bonitz joined Southern Alliance for Clean Energy (SACE) in April of 2007 to focus on farm outreach and agricultural-energy policy advocacy. His primary duty is to promote responsible policies that grow clean, farm-based energy in the region. In this role he will participate in state-level climate change policy developments throughout the region. John’s environmental profession began at his alma mater, UNC Greensboro, where he built an award winning recycling program. His work in solid waste management and pollution prevention was followed by graduate studies in global environmental policy at the University of Maryland School of Public Policy. He also served at the National Renewable Energy Laboratory (NREL), working on cost-effective renewable energy technologies. In 2006 he led a stakeholder input process concerning agricultural finance, on behalf of Self-Help Credit Union and the Rural Advancement Foundation International (RAFI-USA), a farmer-advocacy organization. As a native North Carolinian, John’s passion for the environment, sustainable agriculture and community development took root and bloomed in Chatham County, NC. He helped establish the Piedmont Biofuels Cooperative and the Chatham Marketplace, a cooperative grocery emphasizing local foods. There in Silk Hope, his parents run a 20 year-old dairy, and are consumers of solar and geothermal energy. He enjoys reading, gardening, and cooking for friends.
Leonard S. Bull Professor and Associate Director of Animal & Poultry Waste Management Center, North Carolina State University College of Agriculture and Life Sciences. Dr. Leonard Bull was raised on a dairy, poultry and sheep farm in Massachusetts. He holds BS and MS degrees in Animal Science from Oklahoma State University and a PhD in Animal Nutrition from Cornell University, minoring in Veterinary Physiology and Biochemistry. He has served on Animal Science faculties of University of Maryland, University of Kentucky, University of Maine, as Department Chair at University of Vermont. Dr. Bull is Professor of Animal Science and Associate Director, Animal and Poultry Waste Management Center, NCState University. At NC State he has been: Head of Animal Science from 1989-96, Assistant Dean for Agricultural Research and International Programs, 1996-7; Associate Vice Chancellor for International Programs, 1996-2000. He is: Co-Chair of SAFER; Executive Director, NC State Animal Response Team; Director, NC Green Power Commission; Chairman, National Institute for Animal Agriculture; supporting member of 25x'25 and member, Carbon Reduction Committee; Vice President, World Association for Animal Production. He is a Fellow of the American Society of Animal Science and the American Association for the Advancement of Science.
Steven Burke

Mr. Burke serves as Chairman of the Biofuels Center of North Carolina, served as its founding President in 2007, and currently serves as Acting President.  He is a board member of the Institute of Forest Biotechnology, a private non-profit corporation addressing the scientific, industry, and societal issues of forest biotechnology worldwide; he served from 2001-2004 as its founding Chair.  He also serves as Vice Chair of the Board of Directors of the Biotechnology Institute, a non-profit corporation working for strengthened biotechnology education nationwide. He served two terms – in 1995-96 and 1997-98 – as chair of the 100+ member Council of Biotechnology Centers of BIO, the Biotechnology Industry Organization, and served on the Council’s Board from 1993-2000. The Council is an international grouping of bioscience centers, agencies, and initiatives. He served from 1994 until June of 1999 on the Emerging Companies Section Governing Board of BIO.  Prior to joining the newly established North Carolina Biotechnology Center in 1985, Mr. Burke taught Instructional Design at North Carolina State University in Raleigh, North Carolina.  He has an undergraduate degree in Religion and Literature from Duke University, and a Master of Education in Instructional Design from the University of North Carolina at Chapel Hill. 


Bill Burkman Mr. Bill Burkman has been the Forest Inventory and Analysis (FIA) Program Manager for the US Forest Service, Southern Research Station (SRS) FIA Unit in Knoxville, TN since November 2004. Since the 1930’s, the National FIA Program has been conducting inventories on US forests tracking forest extent, inventory volumes, health, vitality and contributions to the national and global timber supply. Mr. Burkman received his BS in Forest Management from the University of Wisconsin at Stevens Point and his MS in Forestry from Southern Illinois University in Carbondale. He has been a member of the Society of American Foresters since 1976. Mr. Burkman has previously held positions as Research Technician with University of Georgia’s Savannah River Ecology Laboratory and as a Quality Assurance Specialist with the National Acidic Precipitation Assessment Program – Forest Response Program in the 1980s. With the US Forest Service, he has worked as a forester in the Northeas! tern Area State and Private Forestry Forest Health Protection unit in PA; as the program manager for the SRS’s Forest Health Monitoring Program in Asheville, NC; and the group lead for data collection at the former North Central Research Station FIA unit in St. Paul, MN.

Presentation by Bill Burkman:
The Forest Inventory and Analysis Program and Forested Biomass Information. The Forest Inventory and Analysis Program and Forested Biomass Information The Southern Research Station (SRS) Forest Inventory and Analysis (FIA) program conducts the continuous forest census for the 13 southern states, Puerto Rico, and the US Virgin Islands. This inventory activity is accomplished in a collaborative manner with the southern states’ forestry organizations and is a component of the National FIA Program. The FIA program collects, analyzes, and reports information on the status and trends of America’s forests. FIA information answers questions such as how much forest exists, where it exists, who owns it, and how it is changing. In addition, the FIA data is used to determine how the trees and other forest vegetation are growing, how much has died, and how much has been removed. Because of the importance of wood-using industries and forest values to the southern US economy, resource sustainability must be continually assessed. Data and information are available through traditional sources such as reports and publications and the FIA interactive website which will allow users to query the FIA database to answer their own questions. Within the context of biomass availability, FIA data can be used to provide population estimates of biomass with known levels of statistical reliability. The biomass data from FIA can be partitioned by species, diameter class, live or dead status, merchantable or non-merchantable status, and other aspects of FIA data. FIA plot data also have GPS coordinates which can allow for spatial representation and analysis by location. This biomass information can then be combined with yield information from biomass generation data for potential energy output.


Cory Christensen, Ph.D. Cory Christensen Photo

 

 

 

 

Cory Christensen has been a product manager at Ceres, Inc. since 2007.  Based in Thousand Oaks, Califonia, he oversees the seed company’s pipeline of high-yielding switchgrass cultivars, from early development to commercialization, as well as external partnerships and trials. He previously led Ceres’ trait development efforts in drought and cold stress as well as enhanced biomass production. Prior to joining Ceres, he managed gene-trait discovery work at Paradigm Genetics, focusing on drought stress and herbicides. Cory holds a Ph.D. in biology from the University of Utah, where he studied plant reproductive development.


Dr. Dana Christensen

Dana Christensen is the Associate Laboratory Director of the Energy & Engineering Sciences Directorate of the Oak Ridge National Laboratory (ORNL). The Directorate is the U.S. Department of Energy’s (DOE) largest energy research and technology organization, annually executing over $350M of programs for a variety of government and industrial sponsors in all aspects of energy science and technology. Dr. Christensen came to ORNL from the University of California where he was the principal Associate Laboratory Director of Threat Reduction at the Los Alamos National Laboratory. Prior to this he was the Deputy Associate Laboratory for Energy and Environment at the Lawrence Livermore National Laboratory, also operated by the University of California. He has twenty nine years of management experience in material science, nuclear energy, fossil and renewable energy, nuclear materials management and scientific research in support of DOE and other Government agencies and industries.

Presentation by Dana Christensen
Bioenergy: A Perspective from Oak Ridge National Laboratory

The need for carbon dioxide stabilization and energy security means a fundamental change to our energy systems. In the near and mid term biofuels along with improved vehicle fuel economy are the only options that can address these two concerns for the transportation sector. It is useful to think of bioenergy as analogous to other existing energy networks like the electric power grid. We know from past experience and analysis that a successful energy network fulfills five key requirements. It must be agile, available, secure, reliable and sustainable. The Department of Energy is tackling these challenges with a multi-pronged approach that covers the nation. It is partnering with National Laboratories, private companies and Universities. At Oak Ridge National Laboratory, we are tackling the basic science needed to understand and ultimately mitigate the recalcitrance of cell walls that hinders the accessibility of cell wall sugars. On the analysis side we are the leading US institution for analyzing the potential cost and supply of bioenergy feedstocks bringing together spatially explicit information on feedstock yields and production costs. The research needed to enable biofuels to become a successful and nationally significant energy network is challenging but we are making good progress.


John F. Clark

John F. Clark is Director of the South Carolina Energy Office. He has worked in energy and other public policy activities for over thirty years, including service as advisor to two South Carolina governors, staff for the U.S. House of Representatives and the South Carolina General Assembly, and Executive Director of Public Affairs for Santee Cooper, South Carolina’s major public power utility. He currently serves on the Board of Directors of the National Association of State Energy Officials. Among his achievements are the planning and writing of several pieces of state legislation, including the South Carolina Energy Conservation and Efficiency Act, the Atlantic Radioactive Waste Compact Implementation Act, and the South Carolina Energy Freedom Act. A graduate of Davidson College, Clark holds a Ph.D. from Syracuse University. He is also co-author of two guidebooks pertaining to the Palmetto State, Hiking South Carolina and Scenic Driving South Carolina.

Presentation by John F. Clark:
Biofuel Incentives in South Carolina

The presentation will explain how South Carolina became a leader the southeast in incentives for ethanol and biodiesel production and distribution due to projected motor fuel use growth in the state, environmental concerns, economic well-being of rural communities, and energy security problems. The presentation will outline the inception, adoption, and implementation of ethanol and biodiesel production and distribution incentives in South Carolina and projected future growth of biofuel use and production, major research break-through’s in biofuel feedstocks, and unique characteristics of South Carolina that make it a potential leader in the country in advanced and cellulosic ethanol.


Garald Cottrell, Bio-Gen Energy Solutions

Garald Cottrell is the CEO of Enerphase Industrial Solutions, Inc., the parent company of Bio-Gen Energy Solutions, which is headquartered in Greensboro, North Carolina. Enerphase is a diversified industrial equipment company, comprised of three divisions, with operations throughout the southeast. Enerphase provides compression, combustion, automation and industrial engineering services for 2,400 industrial companies. Bio-Gen Energy provides value added engineering and procurement services for biomass steam systems. With a target market of industrial steam users, Bio-Gen has identified a growing market which allows the firm to fully leverage its 50 years of providing value added industrial services. Mr. Cottrell has a Bachelor of Science in Mechanical Engineering and a Masters of Business Administration from Wake Forest University. Under Mr. Cottrell’s leadership, Enerphase has recently been recognized for the second straight year as a member of the Inc. 5000, as one of the fastest growing, privately held companies in the US.

Presentation by Garald Cottrell
resentation on the utilizaiton of package biomass boiler systems for use in the industrial market.


Kurt Creamer

Kurt Creamer, P.E., Connectivity and Grant Manager, Novozymes North America. Kurt started his career at Battelle Memorial Institute as a Research Engineer, leading both product and process development tasks in the Fuels and Combustion Department.On the process development side, Kurt led tasks in gasification and combustion of biomass, municipal solid waste, and other fuels.Prior to joining Novozymes, Kurt held several positions with NC State University (NCSU), beginning with Assistant Director of the Office of Technology Transfer, where he was responsible for managing university intellectual property and commercializing university inventions. He later joined the North Carolina Solar Center at NCSU, managing projects in the areas of biomass energy and the production of biofuels. On behalf of the NC State Energy Office, Kurt organized the North Carolina Biomass Council to promote economic development, a reduction in greenhouse gas and other emissions, and energy security through the utilization of biomass (including biofuels, bioproducts and biopower), in the State of North Carolina. In this role, Kurt produced and co-authored The North Carolina Biomass Roadmap: Recommendations for Fossil Fuel Displacement through Biomass Utilization. Also while at NCSU, Kurt managed the "Energy Crops for North Carolina Program" funded by the Golden LEAF Foundation to evaluate energy crops for North Carolina.


John S. Cundiff, Ph.D.
John S. Cundiff

John S. Cundiff is Professor of Biological Systems Engineering at the College of Agriculture and Life Sciences and College of Engineering at Virginia Tech. Dr. Cunduff's research interests are in alternate crops for fuel and chemicals, fluid power systems and controls for mobile applications, and peanut quality improvement.

 

 

 


Brian Davison

Brian Davison is the Chief Scientist for Systems Biology and Biotechnology at Oak Ridge National Laboratory. He is also a deputy in the recently awarded DOE Bioenergy Science Center (www.bioenergycenter.org). He recently served two years as the Director of Life Sciences Division. He was previously a Distinguished Researcher & BioChemical Engineering Research Group leader. In his twenty-one years at ORNL he has performed biotechnology research in variety of areas including bioconversion of renewable resources (ethanol, organic acids, solvents), non-aqueous biocatalysis, systems analysis of microbes (cultivation and proteomics), biofiltration of VOCs, mixed cultures, immobilization of microbes and enzymes, metal biosorption, and extractive fermentations. If there is a theme connecting his work, it is at the interface of solid, liquid, and gas phases between biocatalysts and their environments. This has resulted in over 90 publications and six patents. He led a ! multilab team which received an R&D100 Award for “Production of Chemicals from Biologically Derived Succinic Acid,” in 1997. He received his Ph.D. in Chemical Engineering from the California Institute of Technology, and his B.S.E. in Chemical Engineering, from the University of Rochester. He co-chaired the 15th to 26th Symposia on Biotechnology for Fuels and Chemicals and served as editor of Proceedings in Appl. Biochem. Biotechnol., (1994 – 2005). The Symposium grew from 150 to over 400 attendees during these twelve years (ten with Mark Finkelstein). He is the Chair of the ORNL Institutional Biosafety Committee from 2001 to present. He was named a Fellow in the American Institute for Medical and Biological Engineering (AIMBE), 2006. He was given the 2006 C.D. Scott award by the Society of Industrial Microbiology at the Symposium on Biotechnology for Fuels and Chemicals. He is also an Adjunct Professor of Chemical Engineering, at the University of Tennessee-Knoxville where he supervised one Ph.D. student and four Masters students.

Presentation by Brian Davison
Biomass Sugar Accessibility as the Link from Research to Bioproducts and the Bioenergy Science Center

Davison will outline the Bioenergy Science Center and its focus on decreasing biomass recalcitrance or increasing sugar accessibility. He will describe how this links to a number of biofuels and bioproducts.


Jeff Deyette

As the Energy Analyst for the Union of Concerned Scientists’ Clean Energy program—where he has been since 1999—Jeff conducts analysis on the economic and environmental costs and benefits of renewable energy and energy efficiency policies. Jeff has co-authored several numerous reports for UCS which use economic models to examine the consumer, employment, and environmental benefits of increasing our use of renewable energy. Jeff has also written several articles for various renewable energy industry publications. Jeff has a Masters Degree from Boston University in Energy Resource and Environmental Management & International Relations, and a Bachelors Degree from St. Lawrence University in Environmental Science and Government.

Presentation by Jeff Deyette:
Cashing in on Clean Energy: A National Renewable Electricity Standard will Benefit the Environment and the Economy.
At the national level, the Union of Concerned Scientists and other researchers have repeatedly found that a renewable electricity standard is achievable, affordable, and will provide important benefits to consumers and the environment. This presentation will (1) make the case for why a national renewable standard is needed, and (2) present some of the economic and environmental benefits from a UCS analysis of a 20% by 2020 national standard, including specifc results on how such a policy can benefit the biomass industry and the southeast United States.

 


Annette Dunlap Annette Dunlap, MBA, is an Agribusiness Developer with the North Carolina Department of Agriculture, Marketing Division. Prior to joining the Department, Annette was an Extension Associate in Value-Added & Alternative Agriculture at NC State University. Part of her work at NCSU included the creation of a training program targeted to cooperative extension agents called, “Fueling the Future: NC and the Future of Biofuels.” Annette currently works with the economic development partnerships in Eastern North Carolina, and with agencies that promote the economic development needs of agriculture and agribusinesses.
Kevin Edgar

Kevin Edgar is a Professor of Biomaterials and Bioprocessing at Virginia Tech. His interests are in the synthesis of novel polysaccharide derivatives, unraveling their structure property relationships, and taking advantage of their useful properties, especially in the creation of effective drug delivery systems to meet critical patient needs. He also has interest in the fast developing field of conversion of biomass to valuable biomaterials, and to biofuels. Edgar spent 27 years at Eastman Chemical Company, where he was a Technology Fellow specializing in the chemistry of cellulose derivatives and in novel drug delivery systems. Edgar received a BS in Chemistry from Bucknell University, and a Ph.D. in Organic Chemistry from Duke University. Edgar is a member of AAPS and AAAS, and is active in governance of the American Chemical Society (ACS).

Presentationby Kevin Edgar:
Cellulose Esters: Performance Polymers from Biomass
. A crucial element in creation of an economy that has increased dependence on biorefineries and decreased dependence on petrochemical refineries is the utilization of biomass to produce valuable materials. Fortunately, we have a big head start in the biomaterials field, since wood and other biomass sources have been converted to valuable cellulose esters for many decades, ranging from car coatings to sophisticated drug delivery systems. We will give some highlights of the versatile and valuable applications of these biomaterials, how they depend on the unique properties of cellulose, and some thoughts about future horizons.


Sandra Eksioglu Dr. Sandra D. Eksioglu, Ph.D. is an assistant professor at the Department of Industrial and Systems Engineering, Mississippi State University. Her research is focused on the areas of supply chain optimization, supply chain and logistics management, and operations research. She is the education coordinator of the National Center for Intermodal Transportation housed by the Department of Industrial and Systems Engineering, and the chair of the Transportation Working Group sponsored by the Bagley College of Engineering. Dr. Eksioglu's current research is concentrated on designing and managing the chain to supply biomass to biorefineries.

Lyle Estill
Lyle Estill

Co-Founder of Piedmont Biofuels in Pittsboro, NC. Lyle has been involved in all aspects of biodiesel production and market development since 2002. He has also been active in the business community for the past twenty years. As an entrepreneur he has founded a variety of companies and has been involved in a wide range of startup ventures. Estill immigrated to the United States in 1990 and founded EMJ America in Cary, North Carolina. With operations in his native Canada, the United States, Brazil, and Hungary, where Estill brushed with globalization and the international economy. Since then his vision of enterprise has become increasingly local, as he has been on a continual journey toward ever increasing sustainability. He is an accomplished author of several books, namely, "Biodiesel Power: the People, the Passion, and the Politics of the Next Renewable Fuel" and "Small is Possible: life in a local economy".
Bob Etheridge, U. S. House of Representatives Bob Etheridge is the North Carolina serves as Congressman for 2nd District of North Carolina in the U. S. House of Representatives currently serves on the House Agriculture, Budget and Homeland Security committees. He is the Chairman of the Subcommittee on General Farm Commodities and Risk Management of the House Agriculture Committee. As a part-time farmer, Bob Etheridge plays a unique role in protecting and promoting North Carolina's agricultural interests.
Todd French, Ph.D. Dr. French is an Assistant Professor in the Dave C. Swalm School of Chemical Engineering at Mississippi State University. He received a B.S. in microbiology from Northeast Louisiana University and a M.S. and Ph.D. in microbiology from Mississippi State University. Dr. French has over 15 years experience in the area of Bioprocessing. He worked for three years at the Waterways Experiment Station in Vicksburg, MS developing novel bioremediation processes. In 1997, Dr. French left Waterways to begin work on his Ph.D. After completion of his doctoral work he accepted a post-doctoral position in Dr. Lew Brown’s laboratory where he began working on renewable fuels in collaboration with the School of Chemical Engineering at MSU. In 2002, Dr. French went to work in the School of Chemical Engineering at Mississippi State University co-developing novel technologies for the production of biofuels and bioproducts.

Presentation by Todd French:
Wastewater Treatment Infrastructure: Tomorrow's Biorefineries.

An alternative fuel currently under investigation at Mississippi State University is centered around the use of waste and non-food sugars that is domestically produced. The source of fuel scales with populations. If domestic sources of fuel are to replace those from foreign sources, alternative fuels will be a factor in reaching that objective. Lignocellulosic biomass is a feedstock from which fuels could be produced. Current research has focused on the production of ethanol from lignocellulose but this work has many obstacles to overcome. Work at Mississippi State University has identified an alternative process for the production of a fuel from lignocellulose. Using oleaginous microorganisms, those microbes capable of producing greater than 20% of their dry mass in triacylglycerides, hexoses and pentoses contained in lignocellulosic biomass can be converted to triacylglycerides. This triacylglycerides, i.e. biocrude, can be converted to a biodiesel, renewable diesel, or JP-8 fuel using an abiotic catalyst. Work with these oleaginous microorganisms has shown that they can accumulate as much as 60% of their dry body weight in biocrude when grown on artificial acid hydrolysate (contains the sugars and other compounds known to be in lignocellulosic biomass). Additional work has also shown that municipal wastewater is an excellent growth medium for the cultivation of these oleaginous microorganisms. Using the known volumes of wastewater generated yearly in the US it is possible to generate ~7 billion gallons or biocrude. This is enough biocrude to significantly reduce the amount of foreign oil derived fuel. Mississippi State University (MSU) has over the past 5 years been investigating the use of wastewater and lignocellulosic sugars for the production of triglycerides via oleaginous microorganisms.


Dennis W. Hazel, PhD. Extension Forestry Specialist in the Department of Forestry and Environmental Resources, within the College of Natural Resources at North Carolina State University. Dr. Hazel has over 20 years experience with small woodlot management and Extension service to private forest landowners in North Carolina. He has, for the past 5 years, let the charge for research on biomass utilization with NC Cooperative Extension Forestry. Dennis is a Biomass-South2008 conference planning comittee member.
Alex O. Hobbs Dr. Alex Hobbs, P.E., is currently the Associate Director for Renewable Technologies at the Solar Center, an outreach component of NC State University's College of Engineering. He has more than 35 years of engineering experience in the areas of electric power generation and delivery, water and wastewater treatment, as well as production agriculture and food processing. He has worked as a design/startup engineer and as project manager on internal combustion turbine generator, coal and oil fired boiler, and light water nuclear plant projects. As an in-house technology consultant and researcher for a major southeastern utility, Dr. Hobbs led applied research and development programs to evaluate advanced power production techniques, development and combustion of biomass based renewable fuel resources, new environmental assessment and remediation technologies and innovative load management equipment and strategies.
Alan W. Hodges

Alan Hodges is an Associate Extension Scientist in Food & Resource Economics at the University of Florida, Institute of Food & Agricultural Sciences, and he also holds an affiliate appointment in the UF-School of Forest Resources and Conservation. He received M.S. and Ph.D. degrees in Agricultural and Biological Engineering from the University of Florida, and a B.A. from the University of Chicago. His areas of research include economic impact analysis, market survey research, agribusiness management, environmental economics, and biomass energy resource development. He co-directs the UF program in Economic Impact Analysis, and he is currently chairman of the Green Industry Research Consortium. He has participated in projects with total funding support in excess of $5 million, and has extensive international development work experience in Latin America.

Presentationby Alan Hodges:
The Southern Bioenergy Asset Inventory and Roadmap AbstractThis presentation will report preliminary findings of a project to inventory the bioenergy assets and activities in 14 states in the southern United States, including bioenergy feedstocks, alternative fuel production, energy distribution infrastructure, capital investment, economic impacts, research and education centers, publishing, patents, and government policies/programs.


Suzanne Hunt
Suzanne Hunt

Suzanne Hunt is currently a Washington DC-based independent consultant on energy, climate/environment, food/agricultural, and international development, policy and investment. Current and past clients include the U.S. Department of Energy, the Sustainable Energy and Climate Change Initiative of the Inter-American Development Bank (IDB), the Natural Resources Defense Council (NRDC), Wolfensohn & Co., the Global Bioenergy Partnership, and the UN Food and Agriculture Organization.

Ms. Hunt has extensive environmental research, policy, education and planning experience. She directed the Worldwatch Institute’s bioenergy program for two years where she coordinated the landmark study, "Biofuels for Transportation: Global Potential and Implications for Energy and Agriculture.” Under her leadership, a team of international experts in the field of bioenergy assessed the opportunities and risks of large-scale international development of biofuels. Before joining Worldwatch, she worked at Environmental Defense on social and environmental safeguard policy reform at the International Finance Institutions.


Tom Johnson

Tom Johnson has over 30 years experience in Southern Company’s Research and Environmental Affairs Department. During his career he has been Project Manager on several alternative fuel development efforts. He has directed projects on direct coal liquefaction, coal gasification, and advanced coal cleaning. Most recently, he has been responsible for managing Southern Company’s Renewable Energy Technology Program, including evaluation of the use of biomass for power generation in existing and future plants. Mr. Johnson holds a Bachelor of Chemical Engineering degree from Auburn University and is a member of the American Institute of Chemical Engineers.

Presentation by Tom Johnson
Biomass-based Renewable Generation

The presentation will describe Southern Company’s experience with biomass co-firing in selected pulverized coal units. Major results will be discussed with particular regard to impacts on pulverized coal boiler fuel handling, feeding, boiler efficiency, emissions, and economics. Southern Company has also initiated a study to examine the feasibility of generating electricity from 100 percent biomass, in contrast to co-firing. The overall goal is to learn if this process can generate power on a cost-effective basis. Preliminary study results will be discussed.


Liam Leightley
Liam Leightley
Dr. Liam Leightley is a Interim Associate Director of the Forest and Wildlife Research Center at Mississippi State University. Dr. Leightley has also held positions of Professor and Head of the Department of Forest Products at Mississippi State University College of Forest Resources, and Chair of the Southern Alliance for the Utilization of Biomass Resources. Dr. Leightley has served as the Chair of the North Mississippi Forest Products cluster, which together with the
Mississippi Development Authority has a goal of enabling economic
development opportunities. Prior to joining Mississippi State
University, Dr. Leightley held global management positions for Rohm
& Haas, a major manufacturer of specialty chemicals. He also held
positions as Visiting Professor at the USDA Forest Products
Laboratory in Madison, Wisconsin and as Research Manager at the
Queensland Department of Forestry in Australia.

Will McDow

Will McDow is Southern Forests Projects Manager with the Center for Conservation Incentives with the Environmental Defense Fund in North Carolina. Will focuses on improving management of the Southeast's privately owned forestlands though conservation incentive programs and market mechanisms, with an emphasis on Farm Bill Programs, property tax, carbon markets, and biomass utilization. He engages with local landowners in targeted landscapes with special emaphsis on longleaf pine and bottomland hardwood systems.  Will serves on the NC Forestry Technical Advisory Committee which is responsible for developing best management practices to protect water quality and the NC Forestry Council to advise the State Forester in the direction and activities of the NC Division of Forest Resources.


Ken Nemeth Ken Nemeth has served as the Southern States Energy Board’s Secretary and Executive Director since February 1975. He is responsible for the direction, formulation, development, demonstration, and implementation of all Board programs. This includes the Southeast Regional Carbon Sequestration Partnership, the largest of seven regional initiatives funded by the U.S. Department of Energy with over 100 members. During Mr. Nemeth’s tenure, the Board has undertaken initiatives in a wide range of energy and environmental policy and technology areas. These include the creation of international partnerships and coalitions for clean energy, environmental protection, and economic development. His diplomatic and political skills have facilitated joint partnerships throughout the world. In the 1970's, he was responsible for developing a partnership with the state of Nuevo Leon, Mexico, to examine the potential for importing natural gas. During the 90's his leadership enabled the southern region to develop successful collaborative initiatives with the Republic of Uzbekistan, the Federative Republic of Brazil, the Industrial Estates Authority of Thailand, and the Republic of Viet Nam. Mr. Nemeth currently serves as a member of the National Coal Council and numerous boards, organizations, task forces, and partnerships representing energy and environmental strategies and technologies. His service to the region is acclaimed with honors and awards throughout the country. Mr. Nemeth is a graduate of the Florida State University in Tallahassee, Florida.
Bob Niekem Director of Renewable and Wholesale Power. In this position, Mr. Niekum is responsible for all long term purchases and sales of wholesale power for Progress Energy Florida. The company’s wholesale business serves municipal utilities, cooperatives and investor owned utilities. Purchases are also made from these utilities as well as from cogeneration facilities and renewable energy projects. He has been with Progress Energy for 26 years and has worked in Transmission Planning, has been the manager of Generation Planning and Director of Fuels Procurement. He has a Bachelors Degree and a Masters Degree in Power System Planning from the University of Florida. He is a registered Professional Engineer in the state of Florida.
Charity Pennock, Southern Growth Policies Board Charity Pennock joined Southern Growth as a policy analyst in August 2005. Charity currently serves as a program manager with the Southern Technology Council (STC) and as project coordinator for the Southeast Agriculture & Forestry Energy Resources Alliance (SAFER). Charity coordinates initiatives, builds partnerships, and researches issues related to technology, innovation and renewable energy. Prior to joining Southern Growth, Charity worked as a research assistant with the University of Nebraska Rural Initiative. She also spent nearly a year in the Philippines carrying out a research project with the Chalmers Center for Economic Development that focused on small savings and loan groups in and around the metro-Manila area. Charity received a Bachelor of Arts degree in history with a minor in economic development from Covenant College in Lookout Mountain, Georgia and a Master in Community & Regional Planning degree from the University of Nebraska-Lincoln.

Steven W. Peretti
Steve Peretti

 

 

 

 

Steve Peretti is Associate Professor of Chemestry at North Carolina State University with research in the areas of metabolic characterization, population dynamics, bioremediation, chiral biosynthesis, and bioreactor design.

 

 

 

 

 

 

 


Charlie Pringle Charlie Pringle, Business Development Leader, Eastern Forest Resources, Rayonier. Charlie Pringle leads the business growth efforts for Rayonier’s timber business in Georgia and Florida. Prior to joining Rayonier in 2006, Charlie worked as an Associate Economist for RTI International’s Environmental and Natural Resource Economics group. He also worked to develop small businesses for Asociacion ANAI, a Costa Rican non-profit that focuses on economic development and forest conservation. Charlie earned his BS at the University of the South, where he was a double major in Natural Resources and Economics. He has an MBA from the Tuck School of Business at Dartmouth. Charlie and his wife live in Fernandina Beach, FL.
Steven Rhines

Steven Rhines serves as Vice President, General Counsel and Director of Public Affairs for The Samuel Roberts Noble Foundation in Ardmore, Oklahoma. Prior to his current position, Rhines was a patent attorney with Sidley Austin LLP in Dallas. Rhines received his undergraduate degree in mechanical engineering at the University of Oklahoma and a juris doctorate from Southern Methodist University. The Noble Foundation is a nonprofit institution conducting agriculture consultation and educational programs as well as agricultural and plant science research to enhance agriculture regionally, nationally and worldwide.

Presentationby Steven Rhines:
Oklahoma's Bioenergy Future: The Oklahoma Bioenergy Center Oklahoma Bioenergy Center (www.okbioenergycenter.org) is a publicly-funded initiative by the State of Oklahoma. Through the collaboration of its contributing institutions, The Samuel Roberts Noble Foundation, University of Oklahoma and Oklahoma State University, the OBC intends to deliver practical outcomes to enable the competitive and sustainable production of liquid biofuels in Oklahoma, and contribute to the national research effort to enable the United States to achieve prescribed levels of petroleum independence.


Timothy G. Rials Timothy G. Rials is Professor and Director, Forest Products Center and Southeastern Sun Grant Center. A native of McComb, Mississippi, Tim Rials received his undergraduate degree in Forest Management Science from Mississippi State University in 1980. He then transferred to Virginia Tech where he earned both Masters (1983) and Ph.D. (1986) degrees from the Department of Wood Science and Technology. Tim then joined the faculty at the University of California-Berkeley as assistant professor, conducting research on renewable materials. In 1988, he moved to Louisiana accepting a research scientist position with the USDA-Forest Service, Southern Research Station in Pineville. After 8 years of experimentation around wood-polymer interfacial properties and adhesion, Tim accepted the role of Project Leader of the wood utilization research unit. Five years later, Tim moved to The University of Tennessee, accepting the position of Professor in the Department of Forestry, Wildlife, and Fisheries, and Director of the Forest Products Center. At UT, Tim expanded his research into vibrational spectroscopy of wood and related materials while working to coordinate the Forest Products Center’s overall program and vision. In 2005, he assumed the role of director for the Southeast Sun Grant Center, effectively broadening the research effort to consider bioenergy and bio-based products. A fellow in the International Academy of Wood Science and member of the American Chemical Society, Tim continues working today to advance the efficient use of wood and biomass to strengthen the bioeconomy in Tennessee and the Southeast.
Al Sample Al has served as President of the Pinchot Institute for Conservation in Washington, DC since 1995. He is a Fellow of the Society of American Foresters, and a Research Affiliate on the faculty at the Yale School of Forestry and Environmental Studies. His research interests are in organizational systems for advancing sustainable forest management, including policy frameworks, market-based systems, and evolving models for forest management planning and decision making. Sample earned his doctorate in resource policy and economics from Yale University (1989). He also holds an MBA and a Master of Forestry from Yale, and a Bachelor of Science in forest resource management from the University of Montana. His professional experience spans public, private, and non-profit organizations, including the U.S. Forest Service, Champion International, The Wilderness Society, and the Prince of Thurn und Taxis in Bavaria, Germany. He specialized in resource economics and national forest policy as a Senior Fellow at the Conservation Foundation in Washington, DC, and later as Vice President for Research at the American Forestry Association. He has published widely in journals of resource policy, economics, law and organizational management. His recent books include: Common Goals for Sustainable Forest Management: Divergence and Reconvergence of American and European Forestry (with Steven A. Anderson); Forest Conservation Policy (with Antony S. Cheng); The Impact of the Federal Budget Process on National Forest Planning; Land Stewardship in the Next Era of Conservation; Remote Sensing and GIS in Ecosystem Management; and Defining Sustainable Forestry. Sample has served on numerous national task forces and commissions, including the President's Commission on Environmental Quality task force on biodiversity on private lands, and the National Commission on Science for Sustainable Forestry.
Glenn Sappie

Glenn is currently an economist for the North Carolina Department of Environment and Natural Resources, Division of Air Quality with the Rule Development Branch. Since 1995, he prepared economic impact analysis of proposed air quality regulations. He was appointed to a federal advisory committee to evaluate impacts from regulation of industrial combustion sources. Long ago, he served as a Peace Corps volunteer in a farm management assignment in Paraguay. After that Glenn received a Masters degree in Agricultural Management and Resource Development from University of Florida. His first NC job, with the research faculty at NCSU, evaluated pesticide use related to Boll Weevil eradication. He evaluated the economic results of promising agricultural technologies as a Research Associate with the North Carolina Agricultural Research Service. Before moving into air quality, Glenn also developed economic assessments of best management practices with the Division of Soil and Water Conservation, Watershed Protection Planning Section.

Glenn Sappie will moderate the Monday, September 22 concurrent session of Biofuels.


Dr. Earnie Shea

Earnie Shea is Project Coordinator for 25x’25, a diverse alliance of agricultural, forestry, environmental, conservation and other organizations and businesses that are working collaboratively to advance the goal of securing 25 percent of the nation’s energy needs from renewable sources by the year 2025. 25x’25 is led by a national steering committee composed of volunteer leaders. The 25x’25 goal has been endorsed by nearly 700 partners, 29 Governors, 15 state legislatures and the U.S. Congress through HR6 which was signed into law by President Bush on December 19, 2007.

Earnie Shea will participate as a panelist in the closing session, "Charting a Course for Biomass Resource Use"


Larry Shirley

Larry Shirley serves as the Director of the State Energy Office in the NC Department of Administration. In this capacity, he manages the energy efficiency, energy emergency, alternative fuels and renewable energy programs for the State of North Carolina. The State Energy Office funds and oversees more than 50 projects serving the industrial, commercial, local and state government, transportation, and residential sectors. In response to the state’s budget crisis, the State Energy Office began a comprehensive initiative to reduce energy use in state facilities and public universities in 2002, entitled the Utility Savings Initiative for State Facilities. Energy Savings attributable to this program exceeded $122 million in 2007, the year that the State Energy Office was awarded the Regional Innovation Award by the Council of State Governments. Previously, Mr. Shirley served for 13 years as the Executive Director of the NC Solar Center at NC State University, as the Assistant Director of the Mary Reynolds Babcock Foundation in Winston-Salem, as the director and founder of the Nonprofit Energy Management Program for the Advanced Energy Corporation, and as the Director of Field Operations for the Center for Renewable Resources in Washington, DC. Mr. Shirley is a graduate of the University of North Carolina at Chapel Hill.

Presentation by Larry Shirley:
Charting a Course for Biomass in the South.

Mr. Shirley will give a vision for the accelerated development of biomass resources in the region. North Carolina's plan and vision will serve as a model for regional development.


Phil Steele

Dr. Philip Steele has been a Professor in the Dept. of Forest Products, College of Forest Resources, Mississippi State University (MSU) for 20 years with both research and teaching duties. Dr. Steele is the Thrust Leader of the MSU Sustainable Energy Research Center Bio-Oil Research Group and manager of the Bio-Oil Laboratory at MSU. The MSU Bio-Oil Research Group is comprised of 10 on-campus faculty in the Departments of Agricultural and Biological Engineering, Chemistry, Chemical Engineering, Forest Products, Mechanical Engineering, and the Institute for Clean Energy who are developing technology for the production of fuels from bio-oils made from various types of wood and agricultural feed stocks. Dr. Steele has won several research awards including the College of Forest Resources Outstanding Research Award and awards for exceptional research papers from both the Hardwood Research Council and the Forest Products Society. He has published widely and is the author or co-author of over 100 research papers.

Presentation by Phil Steele:
From Whole-tree and Harvest Residue Feedstocks to Biofuels via Pyrolysis.

Post-harvest residues for southern pine species have not previously been quantified to compare volumes produced from both thinnings and clearcut volumes. A John Deere 1490 Slash Bundler bundled post-harvest residues following a 1st thinning of a 14-year-old stand; a 2nd thinning of a 25-year-old stand and a clearcut of a naturally regenerated mature stand of 54 years of age. Regardless of stand type, nearly one-fifth of merchantable volume harvested was collected as post-harvest residue. Bundles stored outside, and exposed to very hot and dry conditions, dried very rapidly from green to nearly the same 18.9% moisture content regardless of stand type and initial moisture content. Response to moderating temperatures and higher precipitation resulted in rapid moisture content increase to 44.9, 39.6 and 29.0% dry weight basis (db) for the 1st and 2nd thinning, and mature stand bundles. The higher rate of moisture content increase for the bundles of the 1st and 2nd thinning stands was related to considerably higher needle content volumes contained in the bundles from these younger stands.

Bio-oils from fast pyrolysis were investigated as a potential for bio-fuels production from southern pine timber and industrial by-products. Pine wood, pine whole tree, pine bark, pine needles, cotton wood, cotton-wood whole tree, cotton-wood bark, and cotton-wood leaves derived bio-oils were obtained from fast pyrolysis at 450°C in an auger-fed reactor. The influence of biomass feed stock on the product yield was investigated. The yields of bio-oil, char and non-condensable gas were ranged from 40.3 and 60.1 wt%, 16.0 and 34.6 wt%, and 17.1 and 34.1 wt%, respectively. The content and composition of non-condensable gas was determined by GC analysis, it was mainly composed of carbon monoxide, carbon dioxide and methane. Bio-oils physical properties such as pH, water content, acid value and viscosity were investigated. The bio-oils average molecular weights were determined by gel permeation chromatography technique. The chemical compositions for the different bio-oils were also investigated by GC/MS analysis. Physical and chemical characterization showed that, bio-oils produced from pine wood, pine whole tree and cotton-wood wood may be used as fuel, other feedstocks may be used as potentially valuable source for chemicals.

We have developed a catalyst and process utilizing a commercial catalyst that requires, at most, 30 minutes for successful hydrodeoxygenation to an upgraded biocrude. An upgraded bio-oil containing hydrocarbons, with spectral characteristics very similar to petroleum diesel is produced. This product can be input to petroleum refineries as a biocrude. We have also developed an esterification technology that produces an ungraded bio-oil similar to a bio-diesel product. We will describe our tests of this product for space heating with furnaces and boilers.


Anne Tazewell Anne Tazewell is the Transportation Program Manager for the NC Solar Center at NC State University. With state and federal funding, Anne helps coordinate efforts to increase the use of advanced transportation technologies and alternative fuels, such as biofuels, through outreach to fleet managers, elected officials and other decision makers. She is also the Policy Chair of Triangle Clean Cities - a coalition of public and private partners sponsored by the U.S. Department of Energy that is dedicated to expanding the use of alternative fuels. In this capacity Anne serves as a technical resource for policy makers in North Carolina providing analysis of policy options and activities. In 2006, Anne launched a three-year $2 million Clean Fuel Advanced Technology (CFAT) project that features education and outreach, recognition for exemplary activities and funding for transportation related emission reduction projects in 24 NC counties that do not meet national air quality standards. Over $1.3 has been awarded for a wide array of projects including NC’s first biodiesel blending at NC fuel terminal, E85 and B99 refueling infrastructure.
Ivan Urlaub

Ivan Urlaub brings ten years of state, national and international experience in the energy and water fields to his work as Executive Director of the NC Sustainable Energy Association. Relevant aspects of Ivan’s technical and management experience include economic analysis; utility design and debt restructuring; legislative and regulatory analysis; electricity, petroleum, renewable energy, energy efficiency, water and environmental regulation and compliance; institutional development; strategic planning; drafting laws and rules; voluntary national biomass program design; emergency response; global climate change; and market development. Ivan currently serves on the North Carolina Legislative Commission on Global Climate Change. Ivan holds a B.A. in Political Science and Environmental Studies from The George Washington University in Washington, D.C., and a Master of Environmental Management and Master of Public Policy from Duke University, where he focused on Energy, Economic Globalization, and Global Environmental Change sciences.

Ivan Urlaub's Presentation: NC Renewable Energy and Efficiency Portfolio Standard: Benefits and Lessons for Southeast States


Rich Vetter

Dr. Vetter is the President of Agri-BioSystems, Inc. and is a consultant in agricultural wastes technologies specializing in anaerobic digestion and biogas utilization, processing, and value-added products. He has more than 30 years experience, both domestically and internationally, in animal physiology research. He spent 16 years as a Professor of Animal Science at Iowa State University and 18 years as the Director of Research and Development at A.O. Smith Harvistore. He has also worked in research, design, development, and evaluation of anaerobic digester systems for more than 30 years. Rich has over 300 publications in the areas of animal physiology and anaerobic digestion systems.

Presentation by Richard Vetter:
Navigating the Muck....!!!!

Experiences and lessons learned in utilizing animal and poultry wastes for feed and fuel!!


Jetta Wong

Jetta Wong joined Environmental & Energy Studies Institute (EESI) in July 2005 and is the Senior Policy Associate working with EESI's Sustainable Biomass and Energy program. Her responsibilities include overseeing the production of BCO: Bioenergy, Climate Protection, Oil Reduction; monitoring the reauthorization of the Farm Bill and implementation of its existing energy provisions; primary EESI researcher on a three-organization project studying effective marketing incentives for biopower, biofuels and biobased products; and monitoring and advocacy related to the Renewable Fuels Standard and other bioenergy policies enacted in the last few energy bills. Jetta presents at conferences, organizes Congressional briefings, facilitates "Dear Colleague" letters, and responds to requests from numerous Congressional offices, policy groups and other stakeholders. She is the designated biomass expert for RenewableEnergyAccess.com. Jetta has recently testified for Congress on ‘Biofuel Impacts on Food Supplies’and The Implementation of the Renewable Fuel Standard.’

Presentation by Jetta Wong:
Overview of New Federal Biomass Policy and State Low-carbon Biofuel
Over the last year the US Congress has passed a comprehensive energy bill and a new farm bill. These bills hold significant opportunity for biomass. States have the opportunity through their own policies to meet the objectives of the federal government as well as provide several benefits to their own communities.


Kelly Zering, Ph.D.

Dr. Kelly Zering is an associate professor and extension specialist in the Department of Agricultural and Resource Economics at North Carolina State University. He received his Ph.D. (1984) in agricultural economics from the University of California, Davis. He received his Bachelor’s and Master’s degrees in Agricultural Economics from the University of Manitoba in Winnipeg, Canada. Since 2006, his work has increasingly focused on the economics of biomass and energy. He serves on the NC State University Energy Council, the Research Triangle Energy Consortium, and the Steering Committee for the Southeastern Agriculture and Forestry Energy Resources alliance. His current research interests include integrating energy production, environmental enhancement, and waste utilization into economic models of agriculture.

 

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