A Systematic Review of Enzymatic Kinetics in Microreactors

Microreactors have become an efficient tool for many enzymatic reactions because the laminar fluid flow within microchannel enables precise process control, rapid mixing, and short residence time. This paper provides a systematic overview of application reaction kinetics mathematical modeling processes in microreactors. Rapid heat mass transfer high surface-to-volume ratio are usually reasons why microchannels proceed faster with higher yields productivity compared to conventional macroreactors. Since there no radial diffusion limitations, microreactors also effective determining kinetic parameters enzyme-catalyzed reactions. By eliminating effect on rate, estimated microreactor closer intrinsic reaction. In this review, advantages disadvantages using highlighted potential their is discussed. Advances result intensification more biocatalytic line offered by microreactors, such as (i) yields, (ii) cleaner improved product profile, (iii) scale-independent synthesis, (iv) increased safety, (v) constant quality output through (vi) accelerated development. Furthermore, excellent studies under specified conditions, enhancing capabilities other methods.