Wastewater quality and microbiology

Institute of Service and Entrepreneurship (branch) of DSTU in Shakhty, 147 Shevchenko str., 346500, Russian Federation

^* Corresponding author: lukyanova.ela@list.ru

Abstract

Wastewater, a complex ecosystem abundant with diverse microorganisms, plays a crucial role in effective treatment and safeguarding public health. This paper provides an overview of wastewater microbiology, examining microbial diversity, activity, factors influencing microbial communities, health implications, and emerging trends in wastewater management. Bacteria, the most abundant group, are pivotal in decomposing organic matter, removing pollutants, and preventing eutrophication. Protozoa regulate bacterial populations, while viruses present challenges due to their microscopic size. Factors such as temperature, pH, nutrients, and toxic compounds shape microbial dynamics. Untreated wastewater may harbor pathogenic microorganisms, posing health risks. Advancements in molecular techniques enable comprehensive analysis of microbial communities, while innovative approaches like microbial fuel cells and bioaugmentation show promise for sustainable wastewater management. Understanding wastewater microbiology is vital for refining treatment processes, upholding public health standards, and innovating resource management practices.