Heat used in the olive oil production process will come from
waste wood chips collected on the property.
Not exact matches
Each day the facility would convert 1,000 tons of
wood chips and
waste from Georgia's vast pulp and paper industry into 274,000 gallons of ethanol.
Dry farm
waste, such as
wood chips or sawdust, is easier to use for generating power.
A UD research team has invented a more efficient process for extracting the sugars from
wood chips, corn cobs and other organic
waste from forests and farms.
«So instead of taking corn and extracting its sugars to make ethanol, we're making use of the stalks and cobs left over after the corn is harvested, as well as other kinds of
waste like
wood chips and rice hulls.»
From
waste materials such as
wood chips and corn cobs, UD researchers are extracting sugars that can replace petroleum in the manufacture of thousands of consumer products.
Until then Range Fuels will source its
wood chips from whole trees — not a
waste product at all, but a commodity used to make paper pulp.
This allows cellulosic materials such as plant stems,
wood chips and cardboard
waste, as well as other tricky polysaccharides such as insect / crustacean shells, to be broken down.
Speller believes it will be suitable for integrated power stations which at different times of year could burn Miscanthus,
wood chips from coppicing, straw or even domestic
waste.
«Cost competitive, energy responsible cellulosic ethanol made from switchgrass or from forestry
waste like sawdust and
wood chips requires a more complex refining process but it's worth the investment,» Energy Secretary Samuel Bodman said at the Range Fuels facility groundbreaking in November.
Sunitha Sadula, a postdoctoral researcher at UD's Catalysis Center for Energy Innovation, a DOE Energy Frontier Research Center, works in the lab to extract sugars from
wood chips, corn cobs and other forest and farm
waste.
It is a one acre lot with
wood chips, fresh water, and dog
waste bags.
The remedy, Brinton tells his clients, is to add more oxygen and carbon - based materials like
wood chips, sawdust, and yard
waste — things urban composters often have trouble getting their hands on.»
KiOR's biorefinery in Columbus, Mississippi started commercial production in March using
wood chips to produce cellulosic fuels, and Ineos just announced on July 31 that their Indian River BioEnergy plant in Florida has begun operations to make biofuels from plant
waste.
As recently as 1980, imported oil supplied over 90 percent of the heat for these systems, but by 2005 it had been largely replaced by
wood chips, urban
waste, and lignite.
Under the agreement, Cooper Marine & Timberlands («CMT») will supply BlueFire's Fulton, Mississippi project with all of the feedstock required to produce approximately 19 - million gallons of ethanol per year from locally sourced cellulosic materials such as
wood chips, forest residual
chips, pre-commercial thinnings and urban
wood waste such as construction
waste, storm debris, land clearing; or manufactured
wood waste from furniture manufacturing.
When it's time to take down that tree, replant or recycle it to avoid the landfill and
wasting the organic matter, which can be turned into soil enriching
wood chips.
As recently as 1980, imported oil supplied over 90 percent of the heat for these systems, but by 2007 oil had been largely replaced by
wood chips and urban
waste.
The principal feedstocks will be
wood chips, sawmill
wood waste, forest harvest residue, and, when available, pecan hulls and peanut shells.
We'd be burning
wood chips, switch grass and maybe human
waste round the clock (I visited a plant not far from Venice Beach where they burn sewage.)
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....
Plenty of people are working on turning
wood waste into ethanol, but Enerkem is doing
wood chips, yard
waste, and building scraps
Though not yet ready for commercial production, the Indiana - based company says that it has developed a bio-aviation fuel made from landfill
waste, sorghum, algae and
wood chips which it says will be cheaper to produce and perform better than current aviation fuels.
The composting toilet's mechanics are simple: the
waste, via gravity, goes into a tank where, mixed with
wood chips, it composts.
The facility will be built on 10 acres near Lancaster, California and is not expected to begin producing ethanol until late 2009, The location was chosen because of the abundant
waste that already passes by the location: An estimated 170 tons of
wood chips, grass cuttings, and organic
waste each day.