So, I'll let others discuss their state's particulars, but for Nebraska, a drive to promote renewables — corn
stover ethanol in particular — is precisely the wisest state policy.
Not exact matches
Cellulose - loving fungi can cut biofuel costs by enabling existing corn
ethanol plants to process cheaper, woody feedstocks such as corn
stover
Corn
stover — the stalks, leaves and cobs in cornfields after harvest — has been considered a ready resource for cellulosic
ethanol production.
The U.S. Department of Energy has provided more than $ 1 billion in federal funds to support research to develop cellulosic biofuels, including
ethanol made from corn
stover.
Atalla finds that briefly soaking corn
stover (the leftover parts of the plant, such as husks) in a solution of sodium hydroxide,
ethanol, and water changes the molecular structure of the cellulose, allowing him to convert nearly twice as much of it as is possible with existing methods.
Last February, the Department of Energy selected sixcompanies to receive funding towards building
ethanol plants — scheduled to beoperational within the next three years — that will utilize new technology forprocessing corn
stover as well as other types of agricultural waste.
An efficient way to break down celluloseinto
ethanol is necessary to reduce the cost of processing corn
stover on acommercial scale.
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Ethanol made from miscanthus would need a much smaller carbon price to make it desirable to produce and for consumers to purchase as compared to ethanol from switchgrass and corn
Ethanol made from miscanthus would need a much smaller carbon price to make it desirable to produce and for consumers to purchase as compared to
ethanol from switchgrass and corn
ethanol from switchgrass and corn
stover.
A handful of other cellulosic
ethanol plants, which will make biofuels from corn
stover, wheat straw and municipal waste, plan to begin production by next year (ClimateWire, Aug. 5).
Future harvest of corn
stover for cellulosic
ethanol production would increase erosion (i.e. sedimentation) and nutrient loads from corn land, they said.
One of the best already - in - production prospects for cellulosic
ethanol is
stover, which is everything left over after harvest.
Poet - DSM process utilizes yeast and enzymes to convert corn
stover material to fermentable c5 and c6 sugars to
ethanol.
To get the correct carbon score of corn
ethanol, the inputs must be distributed fairly across all the co-products — fuel, distillers grains feed, corn oil, cobs and
stover, etc..
= 26 Billion Plus gallons of
ethanol — just from cobs and
stover.
Why not make
ethanol from corn
stover?
No venture capitalist is going to build a cellulosic
ethanol plant without a market for the
ethanol, and a supply of wood chips, switchgrass, waste paper, corn
stover....