… biomass for bioethanol production has garnered great interest. Cellulose and hemicellulose
can be hydrolyzed to … equipment, but enzymatic hydrolysis would not. Therefore, enzymatic …

… (24) The coffee parchment was added to the reactor in a water/biomass ratio of 8:1 (gg –1 ),
and then it was heated up to 180 C. When the reaction temperature was reached, the reactor …

… magnetic separation technique has advantages such as speed, high efficiency, and cost-effectiveness
[17, 18]. The most commonly used magnetic … caused by the hydrolysis of cellulose […

… In this study, PHEMA based magnetic beads carrying CB were investigated as a novel magnetic
… The residual activity was defined as the fraction of total hydrolytic activity recovered after …

… the biomass to ethanol process is largely determined by the efficiency of biomass hydrolysis…
Performance of cellulase cocktails used for saccharification of cellulose in biomass is often …

… by applying silica-coated magnetic beads in mineral medium in … At a high pH, Mg2+ ions
hydrolyze and form Mg(OH)2 … It was also reported that the surface charge of magnetic beads …

… Upgrading the enzymatic hydrolysis of lignocellulosic biomass by immobilization of
metagenome-derived novel halotolerant cellulase on the carboxymethyl cellulose-based hydrogel. …

… magnetic nanoparticles and organic compounds prevents the aggregation and oxidization of
magnetic … and the microorganisms and hydrolyzed microorganism fragments get converted …

… The CRL catalyzes the hydrolysis or synthesis of lipids (Scheme 1B). The reaction of CRL is
… of free fatty acids and glycerol via hydrolysis of lipids, modification of triglyceride mixtures’ …

… the possibility of the hydrolysis of pretreated poplar biomass using cellulase immobilised …
allow almost quantitative hydrolysis of the pretreated biomass. The lower hydrolysis rate, when …