The University of Minnesota has released a study on the benefits of three types of fuels: gasoline, corn-based ethanol and cellulosic ethanol. The conclusion was what most readers know: corn-based ethanol doesn't have that many benefits. Corn still needs tractors to be harvested, and some kind of fuel and/or electricity for distillation. However, the study doesn't discard biofuels entirely and puts an emphasis on the benefits that cellulosic ethanol could bring. For instance, the study calculate
University Of Minnesota
Researchers at the University of Minnesota are working on a new method to create syngas from biomass which can then be burned directly to make electricity or converted to many different liquid fuels that we use today. There are already processes being used to create syngas, but this particular one might be the quickest and most efficient. Using "a 700 to 800 degree Celsius porous surface" along with the (very expensive) precious metal rhodium, their process breaks down the biomass in 70 millisec
No state pushes ethanol harder than Minnesota with its incentives and regulations. Now the alternative fuel's limits are being recognized by the state's academic community. Dr. Robert Elde is dean of the College of Biological Sciences at the University Minnesota. He wrote an opinion piece for Sunday's St. Paul Pioneer Press and agrees with findings that show America can't grow enough corn and soybeans to meet both food and fuel requirements for the nation. He calls for an intense program to find
Researchers the University of Minnesota led by Lanny Schmidt have developed a new catalytic reforming process to produce hydrogen from bio feedstocks. The process could produce hydrogen gas from all kinds of materials ranging from cow manure to yard waste, corn stalks and trees. They claim that about 70 percent of the hydrogen in the oil is released as gaseous hydrogen.