A typical negative impact on water resources for mining companies engaged in blasting operations is the discharge of quarry and mine contaminated with nitrogen compounds. The solution problem under consideration assumed an integrated approach based use partially flooded abandoned workings already available at enterprise as bioengineered structures. article substantiates confirms possibility usi...

BACKGROUND High salinity (1-10% w/v) of tannery wastewater makes it difficult to be treated by conventional biological treatment. Salt tolerant microbes can adapt to these saline conditions and degrade the organics in saline wastewater. RESULTS Four salt tolerant bacterial strains isolated from marine and tannery saline wastewater samples were identified as Pseudomonas aeruginosa, Bacillus fl...

Thesis Committee and providing invaluable suggestions and feedback on my research. I thank members of Intelligent System Laboratory who have worked with me. Special thanks to my colleagues: Yaohui Zeng, who worked with me on HVAC project and introduced me to this research area; Dr. Xiupeng Wei, who worked with me on wastewater project and shared his research experiences with me; Guanglin Xu, wh...

background and aims: the removing of (potential) toxic heavy metal ions from sewage, especially in industrial and mining waste effluents, has been widely studied in recent years. the aim of present study was to investigate the various methods for lead removal of lead ions from industrial wastewater. methods: this study was a review research. data were collected through different databases in va...

Water used by mining enterprises needs to be comprehensively recovered and utilized achieve clean production. This requires the effective treatment of mineral processing wastewater. Wastewater produced during non-ferrous metal contains a complex mixture pollutants at high concentrations, making comprehensive difficult. Here, sources hazards posed wastewater are introduced techniques for removin...