and academic research sectors as the natural components of a bio-economy and she believes the raw material from agriculture and forestry will help the state make the transition from corn-based ethanol to the next generation represented by cellulosic ethanol. This G2 ethanol will be produced from naturally abundant biomass material - crops and crop residue forest residue grasses and
and academic research sectors as the natural components of a bio-economy, and she believes the raw material from agriculture and forestry will help the state make the transition from corn-based ethanol to the next generation represented by cellulosic ethanol.
This "G2" ethanol will be produced from naturally abundant biomass material - crops and crop residue, forest residue, grasses, and......
Full article >>>'"/>Source:wistechnology.com By Joe Vanden Plas 02/14/07
Page: 1 2 3 Related biology technology :1.
UW-Madison to receive $125M for bioenergy research center2.
Three finalists named for UW-Madison CIO3.
UW-Madison launches new high-speed research network4.
UW-Madison approves new research institute5.
Scott Converse, UW-Madison School of Business, on the innovation mind-set6.
Scott Converse, UW-Madison School of Business, on IT workforce development7.
UW-Madisons Beebe wins scientific award8.
UW-Madison MBA program ranked among best for investment return9.
UW-Madison gets $333,000 for biofuels research10.
UW-Madison enters Kauffman grant competition11.
WARF, UW-Madison seek designer for the Wisconsin Institutes for Discovery