Treating excess municipal sewage sludge (MSS) by means of thermochemical processes
could enable its conversion into high-value microbial protein (MP) through syngas …

Syngas is produced by thermal gasification of both nonrenewable and renewable sources
including biomass and coal, and it consists mainly of CO, CO2, and H2. In this paper we aim …

Thermophilic (55° C) anaerobic microbial communities were enriched with a synthetic
syngas mixture (composed of CO, H2, and CO2) or with CO alone. Cultures T-Syn and T-CO …

This study evaluated the possibility of combining methane oxidizing bacteria (MOB) with
sulfur oxidizing bacteria (SOB) to enable the utilization of sulfide-rich biogas for microbial …

The H 2-assisted biogas upgrading approach has recently attracted much interest as a low-
cost and environmentally friendly alternative to commonly used ex-situ/physiochemical …

Conventional microbial protein production relies on the usage of pure chemicals and gases.
Natural gas, which is a fossil resource, is the common input gas for bacterial protein …

Syngas generated by thermal gasification of biomass or coal can be steam reformed and
purified into methane, which could be used locally for energy needs, or re-injected in the …

Gasification of sewage sludge allows the recovery of energy, and produces a mix of CO,
CO2 and H2 called synthesis gas (or syngas), which can be fermented by acetogenic …

Anaerobic digestion has been widely used for organic waste and wastewater treatment to
produce renewable energy, especially biogas. Hydrogen sulfide (H 2 S) being harmful to …

The goal of the proposed project was to develop an anaerobic fermentation process that
converts negative‐value organic wastes into hydrogen‐rich gas in a continuous‐flow reactor …