Stefan’s analysis of the degree of acetylation of the chitin before and after cryo-milling, as well as before and after enzymatic hydrolysis, significantly contributed towards convincing the reviewers ...

The technology has shown promise in enhancing the enzymatic hydrolysis of biomass, leading to higher yields of fermentable sugars and biofuels. As the world seeks sustainable alternatives to ...

The Atlantic Biomass optimized simultaneous ball milling/enzymatic hydrolysis process will make the production of fermentable sugars from biomass more cost efficient by eliminating pretreatment ...

The enzyme can be used in biofuel production, particularly for the hydrolysis of biomass in combination with cellulases as an enzyme cocktail. The transfer of the technology for commercial use ...

Two-step enzymatic hydrolysis yielded different reducing and total sugar concentration in the hydrolyzates that significantly (p;0.05) varied with genotype, particle sizes and solid-water ratio.

Microbial cellulase can catalytically convert cellulose biomass into simple sugar units/glucose ... on polyaniline/cationic hydrogel. Moreover, 73% hydrolysis activity was retained by the enzyme even ...

Lignin is known to limit the enzyme-mediated hydrolysis of biomass by both restricting substrate swelling and binding to the enzymes. Pretreated mechanical pulp (MP) made from Aspen wood chips was ...

More importantly, conducting enzymatic hydrolysis takes several days, whereas there is a need to predict from initial properties of biomass how it will behave during biotechnological transformation in ...

Several barriers have prevented the efficient conversion of that biomass. Lignin, a complex compound in ... the CDL-treated wood particles in TFA resulted in nearly complete enzymatic hydrolysis, ...