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Adequate success in utilizing renewable and cost-effective cellulosic materials as feedstocks has opened up novel grounds for the advancement in economic biobutanol production.
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Suspension feedstock in high velocity oxy-fuel flame jets has opened a new area of research with great potential for advanced coatings.
Shifting resource base from fossil feedstock to renewable raw materials for production of chemical products has opened up an area of novel applications of industrial biotechnology-based process tools.
But so far technology for making ethanol from such feedstocks has not been proved commercially.
However, too much public focus on these opportunistic feedstocks has presented a misleading picture that free raw materials are widely available.
According to the U.S. Department of Energy's Argonne National Laboratory, ethanol produced from these cellulosic feedstocks has the potential to reduce greenhouse gas emissions by more than 85percentt, compared to gasoline.
Third generation biodiesel processing from microbial lipids using low-cost lignocellulosic feedstocks has attracted much attention.
Their feedstocks have high viscosity and high carbon content.
Four different feedstocks have been considered: wheat straw, poplar, miscanthus, and forest residue.
The single biggest feedstock to date for this process has been palm oil, but this feedstock has also been highly criticized for environmental reasons.
Ways of converting those crops into feedstock have to be developed.
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