Things are working out well for corn- based ethanol industries in the US with the aid of top British companies such as TMO renewable. But will this somehow help the cellulosic ethanol industry to rise?
TMO renewable, a world leader in Ethanol industry in the UK has brought in the use of compost bacterium found in compost heaps which would help the U. S ethanol industry to a very great extent; it is retro-fitted to the US corn ethanol plant. This microorganism helps a great deal in greening the cellulosic ethanol industry as well as make America’ s ethanol industry profitable.
The preceding paragraph will tell you how!
This British company provides a plug-in which can be attached to a biofuel plant. This will increase output by recycling a by-product of the initial fuel run. This plug–in further reduces the carbon- dioxide emissions and saves about 50 percent green house gas emissions.
Interestingly, the TMO technology uses the by-product from the US ethanol industry and further converts it into ethanol by further increasing its yield by about 15 percent. This saves energy to a considerable extent, thereby increasing profits by about 50- 60%.
The problem faced here is that many firms want to develop so-called second generation fuels which use non-edible products such as corn stover, the stalks and leaves of the corn plant, or even municipal waste and the issue here is, it is challenging to find ways to transport sufficient volumes of these products to make commercial quantities of fuel.
Moving millions of tons of cellulosic biomass from the filed to the factory remains as a big obstacle. If this problem is overcome then Cellulosic Ethanol will be a reality. It is quite a lengthy process and experts believe that it will take about 12 and 18 months to make CE a reality.
TMO is trying to collaborate with countries like China and they have planned to convert waste products such as rice straw or wood waste to biofuel.
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