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Biomass densification impacts pretreatment efficacy and subsequent biochemical conversion to biofuels and other biobased chemicals.
Higher cellulose and hemicellulose concentrations are desirable for biochemical conversion, whereas higher lignin is favored for thermochemical conversion.
The process is based on biochemical conversion of logging residues to produce ethanol, biogas, pellets, heat and electricity.
Developments in the enzymes themselves must be accompanied by optimization of the biochemical conversion process to allow for the lowest possible product costs to be achieved.
In this chapter, the biochemical conversion operation units of biomass, as well as the process integration of all those units, will be discussed in detail.
Chapter six deals with both the biochemical conversion to ethanol and the biochemical conversion using acetonobutylic fermentation (ABE).
Biochemical conversion: Biochemical conversion processes make use of the enzymes of bacteria and other microorganisms to breakdown biomass.
Thermochemical conversion technologies have certain advantages and disadvantages over biochemical conversion technologies [6].
These technologies are mainly divided into two categories: thermochemical and biochemical conversion.
The biochemical conversion of lignocellulosic biomass (LCB) comprises three main steps, viz.
Anaerobic digestion is a biochemical conversion process, which produces fuel for energy through an enclosure called a digester.
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