AHB Partners

The Advanced Hardwood Biofuels Northwest (AHB) consortium includes nine partner institutions including private industry and major research universities, as well as over 100 researchers, post docs, graduate students and staff. Rick Gustafson, Denman Professor of Bioresource Science and Engineering in the School of Environmental and Forest Sciences at the University of Washington, leads the AHB project. Our nine partner institutions are listed below.


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The University of Washington

Feedstock Section  Conversion Section  Sustainability Section

The University of Washington (UW) is a global leader in environmental science research and education, recognized internationally for knowledge and leadership in environmental and natural resource issues. UW is also the lead institution for the AHB project, which exists to develop the foundation for a hardwood biofuels industry in the Northwest. In addition, UW co-leads the project’s Sustainability Team through the University’s School of Environmental and Forest Science. UW’s research efforts contribute to the project’s feedstock, conversion, and sustainability investigations.


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The Agriculture Center of Excellence

Education Section

The Agriculture Center of Excellence (ACE), located at Walla Walla Community College, works to enhance the agriculture industry by supporting agriculture and natural resource programs offered at community and technical colleges throughout Washington. ACE co-leads AHB’s Education Team and is developing curriculum for associate and certificate programs that support the Northwest’s renewable energy workforce.


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The Biofuels and Bioproducts Laboratory

Sustainability Section  Conversion Section

The Biofuels and Bioproducts Laboratory at the University of Washington strives to gain a better understanding of not only the unit processes of bioconversion of lignocellulosics, but also the bigger picture. Techno-economic analysis of single or multiple processes is used to determine economic feasibility. Life cycle analysis of the entire set of processes is used to ensure that sustainability, as well as profit, is maintained.

GreenWood Resources, Inc. (GWR) manages and develops tree farms for timber and renewable energy.  GWR is leading the development of hardwood feedstocks for the biofuel supply chain. They have established four bioenergy farms to scientifically investigate all aspects of sustainable poplar production as well as the potential for hybrid alder to be used as an alternative feedstock. GWR is also taking the lead in understanding how management practices used when growing biomass impact soil, water, air quality, and wildlife habitat. In the future, GWR will provide technical assistance, nursery services, and harvesting logistics to support hardwood biofuels feedstocks.


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Oregon State University

Feedstock Section  Education Section

Oregon State University (OSU) is a leading research university making a positive difference in quality of life, natural resources, and economic prosperity. OSU is a co-lead on the Education Team. They are developing K-12, four-year college, and master’s level curricula and programs to ensure that a skilled bioenergy workforce is available well into the future. Researchers at OSU are also conducting research on hybrid poplars for biofuel feedstock development.


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Rocky Mountain Wildlife Institute

Sustainability Section

The Rocky Mountain Wildlife Institute (RMWI) is working on the environmental component of the Sustainability Team by conducting wildlife and biodiversity studies at the four demonstration sites. The Institute has broad experience in the field of wildlife biology and management, including wildlife surveys and monitoring, habitat assessments, biodiversity planning, wildlife damage management, forest certification, and environmental research.


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University of California, Davis

Feedstock Section  Sustainability Section

The largest University of California campus, UC Davis is well-known for their commitment to sustainability. As a co-lead of AHB sustainability team, UC Davis is conducting comprehensive economic analysis of the entire process of growing, harvesting, conversion, and distribution. This effort includes extensive modeling and system optimization, which will evaluate economic viability for landowners and determine other economic impacts of a biofuel industry in the Northwest. Researchers at UC Davis also work on developing hybrid poplars for biofuel feedstocks.


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University of Idaho

Feedstock Section  Sustainability Section

University of Idaho (UI) is one of the institutions working closely with GWR, UW, and UC Davis on feedstock development and sustainability. UI is committed to creating sustainability by addressing the nation’s most challenging issues through engaged learning and interdisciplinary research. At the AHB demonstration sites, UI researchers are investigating the soil and water quality impacts of poplar bioenergy farms, as well as how to hybrid poplar varieties.


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Washington State University

Feedstock Section  Extension Section

Washington State University (WSU) leads the Extension and outreach portions of the project by ensuring that poplar growers and local Extension professionals are able to make informed decisions. The outreach efforts focus on biofuel feedstock production and fostering bioenergy education by engaging people, organizations, and communities to advance knowledge, economic well-being, and quality of life. Researchers at WSU also work on developing improved hybrid poplar feedstocks.


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ZeaChem

Conversion Section

ZeaChem is leading the Conversion Team to produce drop-in fuels from sustainably grown hardwoods. These bio-based fuels include gasoline, diesel, and jet fuels. They will be 100% infrastructure compatible and delivered to consumers through existing marketing and distribution systems. ZeaChem has a 250,000 gallons per year demonstration-scale biorefinery in Boardman, OR that started operations in 2012 for the production of biofuels and bio-based chemicals. Their highly efficient biorefining method can convert any non-food biomass into a range of sustainable fuel and chemical products that are cost-competitive with those produced by traditional petroleum refineries.