Biotransformation of lignocellulose-derived synthetic gas (syngas) into acetic acid is a
promising way of creating biochemicals from lignocellulosic waste materials. Acetic acid has …

This study analyzed the effect of methanol on the metabolism of syngas components (ie, H 2
and CO) by the syngas fermenting acetogenic strain E. limosum KIST612. The culture …

The current study proposes integrating syngas fermentation and electrodialysis (ED)
systems to reduce operating costs of fermentation process by reusing nutrients required for …

Gasification of lignocellulosic biomass and syngas biomethanation are promising
technologies for producing biomethane. Trickle bed reactors (TBR) are efficient for syngas …

This work aims to construct a cost-effective medium for industrial application using sludge
filtrate obtained from a sewage treatment plant, instead of yeast extract (which is …

Biological conversion of waste methane to biodegradable plastics is a way of reducing their
production cost. This study addresses the computational modeling of the growth phase …

Accurate monitoring of dissolved oxygen (DO) is vital for aerobic fermentation process
control. This work presents an autoclavable Micro-Dissolved oxygen Sensor (MDS) that can …

膜分散技术以多孔膜材料为“芯片”, 通过微纳米孔道将气相/液相反应物分散成大量微气泡/液滴,
是实现物质快速混合和高效传质的重要手段. 本文概述了膜分散技术的原理及特点 …

Here, we report the direct and precise determination of volumetric mass transfer coefficient
(k L a) of Carbon monoxide (CO) in miniaturized gas-liquid reactors via sensitive probing of …

In the current study, Polyimide (P84)-based polymeric membranes were fabricated and used
as spargers in the bubble column reactor (BCR) to get a high gas-liquid mass transfer (GL …