The utilization of aromatic hydrocarbon by nitrate- and sulfate-reducing bacteria in single and multiple nitrate injection for souring control

Influence of heavy Canadian crude oil on pristine freshwater boreal lake ecosystems in an experimental oil spill

“…The presence of some taxa such as Acidobacteriales and Sphingobacteriales (Cecotti et al 2018 , Bacosa et al 2020 ), suggest that putative hydrocarbon degraders may be present in the soil. Interestingly, anaerobic microorganisms such as Bacteroidales with members implicated in anaerobic alkane degradation (Kamarisima et al 2019 ), the archaea Woesearchaeles, which has been detected in methane seeps (Seabrook et al 2018 ) and the methanogen Methanoregula (Aburto et al 2009 ) were detected in both soil and sediment samples and have been found in hydrocarbon contaminated sites (Beaver et al 2016 , Park and Park 2018 , Seabrook et al 2018 ). These taxa were not abundant in the 2019 FOReSt soil samples, which were taken during similar times in their respective sampling year, suggesting that the freshwater microbial community has a degree of heterogeneity over time and/or space (Kharey et al 2024 ).…”

Biokorosi Dan Teknologi Pencegahannya Di Industri Minyak Dan Gas

“…Penelitian terbaru telah menyoroti potensi penggunaan jenis mikroorganisme tertentu untuk melawan jenis penyebab MIC. Uji keberhasilan telah dilakukan untuk memanfaatkan bakteri pereduksi nitrat (NRB) untuk mengendalikan SRB di sumur minyak dan sistem perpipaan [62]. Salah satu contoh metode eksklusi bio-kompetitif, memungkinkan untuk mengontrol aktivitas metabolisme beberapa strain SRB (misalnya, Desulphovibrio desulphurican) yang diketahui mereduksi nitrat sehingga meminimalkan kontribusi strain SRB terhadap MIC [63].…”

Eigenanálisis aplicado a diferentes áreas de las ciencias agrícolas y biotecnología: una revisión

“…Las bacterias sulfato reductoras son microorganismos anaerobios que pueden crecer en presencia de diferentes fuentes de carbono y energía, como alcoholes, hidrógeno, lactato, entre otras fuentes (Feio et al 2004;Kamarisima et al 2019;Nielsen et al 2019;Spring et al 2019). Desulfovibrio vulagaris y D. desulfuricans son las bacterias sulfato reductoras más ampliamente estudiadas por su capacidad para remover y oxidar metales pesados (Ayangbenro et al 2018;Li et al 2018;Ravikumar et al 2018; Serrano y Leiva 2017) al aplicarlas en procesos de biorremediación.…”