Now, in Arizona, under the aegis of the Desert Biofuels Initiative, a non-profit social venture advancing sustainable regional biofuels, companies in the state are collaborating to produce and sell real products. As everyone knows, after every hype cycle is the disappointment:
By RP Siegel share In the efforts to decarbonize the transportation industry, vehicles with varying degrees of electrification get most of the attention. But liquid fuels will predominate a while longer thanks to the delivery infrastructure circling the globe, dispensing fuels that contain significantly more energy per kg than batteries.
That leaves a gap for a clean liquid fuel which is quietly being filled with biofuels. Biofuels are clearly controversial, but are they getting the respect they deserve?
For the most part, in the US, it is derived from corn. Corn sugars are distilled into ethanol the same way that whiskey is made. At present, corn production volumes have grown enormously, as has the efficiency of conversion. The supply chain is well prepared to keep pace with increasing goals.
Corn ethanol has a lot of detractors with a variety of objections: But when all is said and done, corn ethanol, is the first step in a journey that will lead to clean, renewable liquid fuels that can play an enormous role in rapidly reducing carbon emissions.
Here are a few things that are not commonly known about ethanol. Ethanol has a very high octane rating. This means that blending ethanol into gasoline eliminates the need to blend in costlier and more toxic additives to raise the octane level to the required minimum of 87, a fact overlooked in most cost comparisons.
While ethanol contains less energy per gallon than gasoline, its high octane rating actually allows it to generate more power in an engine with a high compression ratio. That way, depending on the fuel you are running, the compression ratio would adapt. Those concerned that using corn for fuel could be taking food off the table may not realize that only the starch from the corn is used.
Biofuel dream come true for in India Newer processes also separate out corn oil, which can be used for food or to make biodiesel.
As the levels of corn being produced increase to keep pace with increasing gasoline consumption, more of these food products also become available. These improvements, however, pale in comparison to the reduced carbon footprint enabled by second-generation, or cellulosic ethanol.
Cellulosic, refers to the woody parts of the plant, such as the leaves and stalks, which have little or no food value. It also includes wood chips, grasses, and forestry residue. This opens the door to far less energy-intensive plants that can grow without fertilizers or cultivation.
But while starch-based ethanol uses age-old distillation techniques, extracting sugars that are biochemically locked into cellulose, was not something that people knew how to do.
So, cellulosic ethanolwhich was the prize all along, for which the whole corn ethanol program was largely used to create an infrastructure, became a challenge, to the biotech industry.
If we look at carbon footprint, and give gasoline a reference rating ofwe find that corn ethanol, depending on how it is produced, will have a footprint in the range of Cellulosic ethanol, on the other hand, can be produced with a footprint ranging from 30 to zero.
Though the industry is in its infancy, the technology has arrived. It will produce 30 million gallons of ethanol frommetric tons million short tons of corn stover provided by local farmers.
The company plans to license its technology in several countries including China. They have patented technology for producing low-cost sugars and clean lignin fiber from multiple non-food plant materials. Both the sugars and the lignin can be used in a wide variety of commercial products.Certain publicly traded partnerships treated as corporations (a) General rule For purposes of this title, except as provided in subsection (c), a publicly traded partnership shall be treated as a corporation.
It establishes an annual US biofuels consumption schedule that crescendos to a quota of 36 billion gallons in , 15 billion of which may come from corn-based ethanol.
The consumption quota must be met by US oil refiners, blenders, and importers, holding companies responsible for biofuels consumption level scaled to their oil production. Of course, it is. In fact, biodiesel is proven to give higher engine performance, more lubricity, and emits less carbon and toxic gases than the ordinary diesel we’re used to.
Biodiesel is indeed a revolutionary type of fuel that . The Winter Barley Ethanol Initiative Kevin Hicks Sustainable Biofuels and CoProducts Research Eastern Regional Research Center ARS, USDA plants in the US and in Canada. None of those groups business plan .
Don’t be held hostage by foreign oil, and the oil speculators - get all your questions answered, visit our manufacturing facility, call us, we look forward to speaking with you.
Then put an end to your foreign oil dependency with your own U.S.
Freedom biodiesel kit. 1T/DT/D cooking oil refinery plant small crude oil. About 1T/DT/D cooking oil refinery plant small crude oil refinery plant is an essential process for a complete Biodiesel .