“…Various other types of cellulose matrices have been used as carriers for enzyme immobilization (Table 1). 63–85 To improve the tolerability of enzymes in enzymatic membrane bioreactors (EMBRs), it is crucial to immobilize enzymes on supports while retaining their structure and activity. In a recent study, Liu 60 described a unique technique utilizing dicarboxylic acid halides as spacers for surface-initiated, covalent immobilization of enzymes onto cellulose microporous membranes.…”
Section: Lignocellulosic-based Supports (Carriers) For Enzyme Immobil...mentioning
The unique catalytic properties of enzymes are greatly recognised and led to effective utilisation in the production of useful medicinal intermediates, food industry, and biofuels from sustainable sources. However, the...
“…Various other types of cellulose matrices have been used as carriers for enzyme immobilization (Table 1). 63–85 To improve the tolerability of enzymes in enzymatic membrane bioreactors (EMBRs), it is crucial to immobilize enzymes on supports while retaining their structure and activity. In a recent study, Liu 60 described a unique technique utilizing dicarboxylic acid halides as spacers for surface-initiated, covalent immobilization of enzymes onto cellulose microporous membranes.…”
Section: Lignocellulosic-based Supports (Carriers) For Enzyme Immobil...mentioning
The unique catalytic properties of enzymes are greatly recognised and led to effective utilisation in the production of useful medicinal intermediates, food industry, and biofuels from sustainable sources. However, the...
“…This stability was rare in previous studies and indicates good storage stability of the reactor. [56][57][58] And compared with some recyclable catalysts, such as nano-magnetic particles, [59][60][61][62][63] it has the characteristics of good recovery, easy preservation, green reactor system, and environmental protection. These results all prove the great application potential of the CBR.…”
Section: Fluid Catalytic Performance Of the Bionic Reactormentioning
A porous cellulose bioreactor with directional channels was prepared for flow catalysis. The hierarchical porous structure enhanced the mass transfer and improved the catalytic efficiency.
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