… Therefore, biological treatment is preferred alternatives to … precipitation, the effluent from
the sulfidogenic reactor was … in the sulfidogenic reactor and fed only with synthetic domestic …

… The consortia could be explored for ex-situ bioremediation … and high rates of wastewater
stream treatment although … Some metals that have been removed using CSTR are Ni, Cu, …

… As such, the synthetic pretreated AMD only containing approximately 1300 mg S/L of
sulfate … The influent and effluent water samples of the sulfidogenic reactor were collected …

… The CatBoost model exhibited the best predictive performance across the four … wastewater
by SRB, offering guidance for optimizing operational parameters in the biological sulfidogenic …

… modelling the performance of RBC or any other reactor for heavy metal removal from wastewater
has … and toxic nature of heavy metals in wastewater such as acid mine drainage (AMD), …

… Subsequently, biological treatment of the post-hydrotalcite precipitation … day −1 in treating
synthetic AMD containing various metals, such as Cu, Co, Mn, Zn, etc. As compared with CSTR …

… treated wastewater into bodies of water correspondingly increases. As such, more stringent
regulations on the requirements of wastewater … contributes to OMs biodegradation, as well as …

… Biological treatment, which is also known as bioremediation … , continuous stirred tank
reactors (CSTRs), up flow anaerobic … Sulfidogenic bioreactors are the active biological systems …

… Design and control of wastewater treatment plants (WWTPs) can benefit from the application
of artificial intelligence and machine learning, especially artificial neural networks (ANNs), …

… The mechanism of selenite biodegradation by fungi has … An artificial neural network is a
black-box model inspired by the … predicting the performance of biological wastewater treatment …