Facing the challenges of energy crisis and global warming, the development of renewable
energy has received more and more attention. To offset the discontinuity of renewable …

Abstract The application of Microbial Enhanced Oil Recovery relies heavily on the
microorganisms in oil wells. However, due to the difficulties in separating bacteria from oil …

Despite the growing body of studies on the various fracturing phrases, the research on the
differences between subterranean and surface microorganisms at shale gas drilling sites is …

Microbialenhanced oil recovery has gained more attention in recent years due to its low cost
and eco‐friendliness. However, studies on the application of this technique in the low …

Illite is a widely distributed clay mineral with huge reserves in Earth's crust, but its effect on
heavy oil biodegradation is rarely reported. This study made an investigation of the …

DNA analysis is the core of biotechnology applied in petroleum resources and engineering.
Traditionally accurate determination of DNA purity and concentration by spectrometer is the …

Petroleum microorganisms play a crucial role in the application of microbial-enhanced oil
recovery, and the community structures of petroleum microorganisms have been widely …

以分离自冀东油田的典型油藏微生物竿属(Bacillus sp.) 菌株XJ02 为例, 综合利用气相色谱分析(
GC), 微生物分析, pH 值, 氧化还原电位(Eh), 电导率(σ), 矿物质量变化, X 射线衍射(XRD) …

Microbial community analysis of crude oil containing sludge collected from Duliajan oil field,
Assam, India, showed the predominance of hydrocarbon-degrading bacteria such as …

The identification of microorganisms using single-temperatures pyrolysis gas
chromatography (ST-PyGC) has limitations, for example, the risk of missing characteristic …