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This paper describes a novel route for the utilization of algal and lignocellulosic biomass for biofuel production. Dilute sulfuric acid treatment was employed to destroy the rigid algal cells and generate algal hydrolysate. Algal hydrolysate was used as the reaction medium for the enzymatic hydrolysis of lignocellulose from corn stover. The acid treatment parameters were optimized based on the enzymatic...
With the depletion of fossil energy, third-generation biofuel feedstocks represented by micro- and macro-algae have significant advantages. It has been shown that anaerobic digestion of algae is a simple and cost-effective strategy. In this study, goethite was added to continuous stirred-tank reactors (CSTRs) to promote the methanogenesis of algal biomass. The results indicated that biogas and methane...
Methane has been attracting increasing attention in the area of global carbon cycle and sustainable bioenergy. Interaction between iron containing minerals and microorganism played an important role in the anaerobic transformation of organic substances. In the current paper, change of methane production and microbial community in the goethite facilitated anaerobic digestion process using algal biomass...
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