Connect traffic to conversions and conversions to revenue, then clearly explain the recent historical trend for traffic, conversions and revenue or estimated revenue from the site.
With glucan loading increasing from 6 to 12%, glucan conversion, xylan conversion, and ethanol yield reduced less than 5.6%, 8.0%, and 5.2%, respectively, compared with that at 3% glucan loading.
There are three main routes to providing these bio-fuels biological conversion, physical conversion and thermal conversion—all of which employ a range of chemical reactors configurations and designs.
There are different types of technologies for converting biomass to electricity or to a secondary fuel such as thermal conversion, chemical conversion and bio-chemical conversion [2].
Next comes distillation, thermal conversion, catalytic conversion, and hydrotreating.
Four mechanisms are largely responsible for the creation of new MHC alleles: point substitution, allele conversion, gene conversion, and recombination.
The results show that 3% glucan loading showed the highest glucan conversion, xylan conversion, and ethanol yield, but it also obtained the lowest ethanol concentration.
It should be noticed that although ethanol concentration was approximate to that at 12% glucan loading, glucan conversion, xylan conversion, and ethanol yield rapidly decreased at 15% glucan loading (25.4% solid loading).
