Enzymatic reduction of CO 2 into high-value chemicals has become an emerging
technology attributed to its high selectivity and catalytic efficiency under mild conditions …

The utilization of CO 2 has become an important issue aiming to the achievement of carbon
neutrality. The enzyme electrocatalytic CO 2 reduction to produce carbonaceous fuels has …

Enzymatic conversion of CO2 to high value-added chemicals is in line with green chemistry.
However, low solubility of CO2 under mild conditions and high cost of cofactor limit the …

Promoting the activity of biological enzymes under in vitro environment is a promising
technique for bioelectrocatalytic reactions, such as the conversion of carbon dioxide (CO2) …

Multienzymatic conversion of carbon dioxide (CO 2) into chemicals has been extensively
studied. However, regeneration and reuse of co-factor are still the main problems for the …

Carbon capture, utilization and storage have become a hot topic in recent years, and
enzymatic CO 2 reduction benefits from high selectivity, high efficiency and mild conditions …

Efficient enzymatic conversion of CO2 to methanol is limited by low CO2 solubility in water
(33 mM), and the high-cost of the cofactor (NADH) hinders the potential large-scale …

To address the energy crisis and alleviate the rising level of CO 2 in the atmosphere, various
CO 2 capture and utilization (CCU) technologies have been developed. The use of electro …

A microchannel electrochemical reactor system was designed to facilitate the reduction of
CO2 to CO, which is composed of a premixing section in the upstream consisting of a …

In order to address the greenhouse effect and achieve the artificial carbon cycle, the
electrocatalytic reduction reactions offer an effective approach for converting carbon dioxide …