Hyun-Woo Kim

TL;DR: A remodified Gompertz equation showing nonlinear relationship between variables was developed to find exact information with the same experimental data obtained at 2g VS/l generally used in biochemical methane potential (BMP) tests, and observed that adequately mixed food waste led to the enhanced methane production both at mesophilic and thermophilic conditions.

TL;DR: It was verified that colloidal particulates and complex organics in the real fermented wastewater not only lowered power density but also played a role as rate-limiting factors in the continuous generation of electricity.

TL;DR: Based on the analysis of internal resistance and a set neutral pH, phosphate and PIPES are the most useful buffers of those examined here because pH was maintained close to the pK(a) of the buffer, maximizing the ability of thebuffer to contribute to increase current generation at high power densities.

TL;DR: The rapid and balanced anaerobic metabolism at thermophilic stage makes TPASBR system to afford high organic loading rate showing superior performance on OFMSW stabilization.

TL;DR: It was found that a slight addition of SWS significantly enhanced the H2 fermentation performance, not only increasing the total amount of H2 produced but accelerating the whole reaction, shortening the lag period, and increasing the H1 production rate.