Based on the scale up parameter, X (theoretical power per unit volume = F4/3 R1/3, where F is the impeller Froude number and R is the impeller Reynolds number), it is presented that the said parameter is useful in scaling up the micromixing time in surface aeration systems. Scale up equations correlating X with micromixing time have been presented for the geometrically similar circular surface aeration systems.
The synergistic effect of surface carbon coating and CNT compositing on mesoporous hard carbon was investigated. The sample showed excellent cyclic and rate performances, suggesting a highly efficient and easy scale-up approach to elevate hard carbons as anodes for SIBs.
The Scale‐Up of Microbial Batch and Fed‐Batch Fermentation Processes