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Food and bioFuel: Land Efficient Animal Feeds Enable Large Energy and Environmental Benefits

Food and bioFuel: Land Efficient Animal Feeds Enable Large Energy and Environmental Benefits


23 Sep 2010
Online

Food and bioFuel: Land Efficient Animal Feeds Enable Large Energy and Environmental Benefits

When: September 23, 2010
10:00 am EDT /3:00 BST (click here to view in your time zone)

Duration: 60 minutes with live question + answer period (we encourage you to allow 90 minutes for full event)

Agenda:

  • Almost 90% of agricultural land worldwide generates animal feed, not food for human beings directly
  • There are multiple opportunities using existing technology to farm land more efficiently to generate the same amount of food (actually animal feed) while also producing large amounts of biofuels
  • Integrating animal feed production with biofuel production avoids the indirect land use change effect and provides very large environmental and energy benefits, decreasing overall US GHG emissions by about 10% and petroleum imports by more than half.

Featured Speaker: Bruce Dale, Professor of Chemical Engineering and former Chair of the Department of Chemical Engineering at Michigan State University

 

This event will stream a live presentation with audio from your internet browser. You will receive the link with joining instructions via email. If you have not received the link within 48 hours of the event, please contact Chandra Guyot at +207-781-9602.


Can't attend the live event? Register now to receive the full recording/proceedings within 24 hours of the event (viewable in Windows Media Player or Flash).

Related information

  • Document Type: PDF PDF | 2MB
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Key Speakers

Bruce DaleBruce Dale

Michigan State University

Professor Dale is Professor of Chemical Engineering and former Chair of the Department of Chemical Engineering at Michigan State University. He is interested in the environmentally sustainable conversion of plant matter to industrial products- fuels, chemicals and materials- while still meeting human and animal needs for food and feed. He occupies a leadership role in the recently established DOE Great Lakes Bioenergy Research Center (GLBRC).

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