Microbially enhanced coalbed methane (MECBM) production has drawn significant interest
worldwide in recent years since the direct combustion of fossil energy sources including oil …

Metagenomic sequencing technology was applied to evaluate differences in the anaerobic
fermentation process of coal slimes by analyzing microbial diversity, functional activity …

The rise in global energy demand has prompted research on developing strategies for
transforming conventional nonrenewable sources to cleaner fuels. Biogenic methane …

Numerous studies of biological reagents in the past have confirmed the great influence of
bacteria on flotation. In this study, high-throughput sequencing was used to characterize the …

The blue algae can be used as a nitrogen agent for promoting biological coalbed methane,
but its applicability and microbial mechanism in different microbial enhanced coalbed …

Trace elements are associated with the microbial degradation of organic matter and
methanogenesis, as enzymes in metabolic pathways often employ trace elements as …

Liquid nitrogen has emerged as a promising fracturing medium for unconventional natural
gas extraction, particularly in the context of coalbed methane extraction, generating …

The water system in a coal preparation plant harbors a variety of microorganisms, which
may pose a great effect on coal recovery, however, usually be neglected. In this study, high …

[目的] 芳香化合物代谢是微生物降解煤产甲烷的限制因素. 为了提高煤的生物甲烷产量,
经过富集, 驯化获得煤降解产甲烷菌群(RI) 和菲降解功能菌群, 并通过二者配伍获得复配菌群 …

Coalbed methane drainage through surface wells has become increasingly important in
high-gas mines. Surface wells are prone to different types of deformations and failures …