Sulfate-reducing bacteria (SRB) have impacted the biocorrosion process for various
industrial sectors, especially in the oil and gas industry. The higher stability over extreme …

Metallic materials are widely utilized in the fields of industry, agriculture, transportation and
daily life for their high mechanical strength, and relatively low cost. However, the …

This study investigated the effects of free air space (FAS)(45%, 55%, 65%) on bacterial
dynamics for gaseous emissions during kitchen waste composting. Results show that FAS …

This study focused on the application of salt-tolerant denitrifying bacteria (DBA) in an
optimized biofilm process to treat high sulfate-nitrate wastewater from lab-scale to pilot …

Metal materials undergo severe corrosion in eutrophic environments. The effect of DO decay
stimulated by high concentrations of nitrogen and phosphorus pollutants on microorganisms …

This study aimed to treat real wastewater from the desulfuration and denitration process in a
petrochemical plant with high-strength nitrogen (TN≈ 200 mg/L,> 90% nitrate), sulfate …

Biocorrosion of X80 steel for Desulfovibrio desulfuricans and Pseudomonas stutzeri under
elastic stress and yield stress was performed in neutral soil environment. Electrochemical …

The effect of sulfate reducing bacteria (SRB) and nitrate reducing bacteria (NRB) on under-
deposit corrosion (UDC) of carbon steel is studied by weight loss tests, electrochemical …

Microbial sulfate reduction, a vital mechanism for microorganisms living in anaerobic, sulfate-
rich environments, is an essential aspect of the sulfur biogeochemical cycle. However, there …

This work investigates the effects of CO 2 and salinity on the biosouring process in
hydrocarbon reservoirs that is applicable in carbonated low salinity or smart water injection …