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The Energy Foundation's Advanced Biofuels Campaign

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Cellulosic Ethanol Plants in Development
(February 2008)

BioFuels Journal presented this map and list of cellulosic ethanol plants in development as of February 2008.


Low Carbon Fuel Standard

An overview of the benefits of a Low Carbon Fuel Standard from the California Governor's Office and the California Air Resources Board.


Bioenergy Wiki
(January 2008)

Bioenergy Wiki serves as an open and balanced electronic forum to promote the utilization of bioenergy in a sustainable manner.

Biofuels: An Important Part of a Low Carbon Diet
Acrobat | 887 KB

(November 2007)
A report prepared by Clean Vehicles Program of the Union of Concerned Scientists.


Western Governors' Association Transportation Fuels for the Future
(2006)

This 2006 resolution places priority on developing alternative and replacement fuels to supplement traditional sources.


Carbon-Negative Biofuels from Low-Input High-Diversity Grassland Biomass
(December 2006)

An article in Science Magazine by David Tilman, University of Minnesota, discussing the benefits of a polyculture feedstock approach to biofuels production.


Water Implications of Biofuels Production In the United States
(October 2007)

A new report from the National Research Council says increased corn ethanol production could put pressure on local aquifers used to grow and refine corn into ethanol, increase levels of nitrogen in groundwater from pesticides and fertilizers, and exacerbate runoff pollution in streams and rivers. To read related news, the report brief, or to view the full report visit the National Academy of Sciences website.

The Machine in the Garden
Acrobat | 771 KB

(March 2008)
The Machine in the Garden briefly describes the importance of having a biofuels conversion technology that can handle a wide range of feedstocks.

25% Renewable Energy for the United States By 2025: Agricultural and Economic Impacts
Acrobat | 165 KB

(November 2006)
Study by the University of Tennessee Department of Agricultural Economics.

Cellulosic Ethanol State-of-the-Art Conversion Processes
Acrobat | 234 KB

(January 2006)
Report from the Environmental and Energy Study Institute.

State Policies for Promoting the Next Generation of Biomass Technologies
Acrobat | 73 KB

(November 2006)
From the Great Plains Institute.

Beyond the RFS: The Environmental and Economic Impacts of Increased Grain Ethanol Production in the U.S.
Acrobat | 314 KB

(September 2006)
From the World Resources Institute.

Putting the Pieces Together: Commercializing Ethanol from Cellulose
Acrobat | 167 KB

(September 2006)
From the Institute for Local Self-Reliance.

Water Use by Ethanol Plants
Acrobat | 137 KB

(October 2006)
From the Institute for Agriculture and Trade Policy.

Ethanol From Biomass
Acrobat | 495 KB

(April 2005)
The Governor's Ethanol Coalition Presents America's 21st Century Transportation Fuel

The New Harvest
Acrobat | 2 MB
New Harvester Profiles - Profiles of Rural Energy Entrepreneurs
Acrobat | 608 KB
New Harvest Executive Summary
Acrobat | 1 MB
New Harvest Press Release
Acrobat | 33 KB


The Energy Foundation's White Paper and executive summary on Wind Power and Biofuels for Rural Revitalization and National Energy Security

In June 2005, the Energy Foundation expanded its partnership with the The McKnight Foundation on research and policy development to encourage the use of advanced biofuels. Our shared vision has two goals:

  • Upper Midwest leadership-help the region lead the nation, and the world, on clean energy development with its benefits to local economies, national energy security, and the environment, and
  • Sustainability-on a global level (in terms of global warming pollution) and on a local level (in terms of sustainable agricultural systems, local air impacts, and water pollution).

Rural America needs new economic development opportunities. At the same time, America faces the challenge of obtaining the affordable, reliable, and clean energy needed for economic growth. America's rural landscape is the place to substantially address both challenges. Converting crops to liquid fuels produces new income streams for farm communities and, by displacing oil imports, improves U.S energy security.

To reach these goals, we must move beyond corn ethanol, today's leading source of biofuels, and toward more advanced conversion technologies, especially processes to convert cellulose into fuels. It is clear that the right biofuel for solving global warming is one with low energy inputs, large production potential, and easy distribution. From a perspective of sustainable agriculture, the best approach is one that uses a diverse set of feedstocks, including perennials crops that can provide continuous soil cover and habitat. To avoid conflicts with food production, the ideal fuel is one that uses land not already in production for food, or that uses food crop residues, or that creates an edible co-product. Maximum rural economic development comes from farmers owning biorefineries and capturing the added value. The developing world will benefit if the technologies and feedstocks are affordable, resilient, and easily replicated, and wild and fragile lands are protected.

Managed by the Energy Foundation, this initiative is primarily focused on commercializing cellulosic ethanol, an alcohol fuel that can be made from a variety of crop inputs - from corn stover, to wheat straw, to perennials like native switchgrass. Recent studies project that cellulosic ethanol could meet a significant share of U.S. light vehicle gasoline demand with big oil security benefits and large reductions in vehicle global warming pollution.

While there is no single policy or technology that can affect all of these, the highest priority task to capture the most long-term benefits is to commercialize the suite of conversion technologies for turning cellulose into liquid fuels.

To achieve this goal, our Advanced Biofuels Campaign will pursue three main strategies:

  1. Spur public and private investment in cellulosic conversion technology capable of using diverse feedstocks
    • Urge government R&D spending tailored to advanced biofuel crops and technologies
    • Create long-term markets to reduce the risk of long-term investments, such as through a renewable fuels standard
  2. Condition the market to steer investment toward low-impact biofuels
    • Set and enforce standards for low environmental impact and sustainable biofuels
    • Monetize the environmental benefits where possible, such as through carbon credits for low-carbon agricultural practices or low carbon fuels standards
  3. Develop the infrastructure that facilitates the transition to cellulosic feedstocks
    • Reduce risk for dedicated energy crop producers, such as by reducing the risk of transitioning from annual to perennial crops
    • Create incentives for biofuels distribution
      and use