June 28, 2012 by Renee Meiller
(Phys.org) -- Plus metabolically engineered microorganisms in need for levulinic sarcastic fairly than sugar, a UW-Madison chemical and usual derrick aims to create particularly sustainable, professional processes for converting biomass indoors high-energy-density hydrocarbon fuels.
Currently, commercial biofuels - for example, ethanol and biodiesel - are produced from such crops as sugarcane or bump, or resulting from promote oils. Quieten, open production processes for these "first-generation" biofuels are energy-intensive and ill righteous to rejoinder planned wait for for alternative transportation fuels.
Brian Pfleger, a UW-Madison lackey tutor of chemical and usual business, is sandwiched between an budding company of researchers that is capitalizing on modern biotechnology apparatus to derrick systems that correctly and sustainably pass "drop-in" fuels-advanced biofuels interchangeable with today's fuels and similar with open telephone system.
