Isolation of New Strains of Microorganisms for Bio-Purification of Polluted Reservoirs of Northern Kazakhstan

Abstract

This study aims to explore the potential of new microorganisms for bio-purification of polluted reservoirs in Northern Kazakhstan. Through laboratory experiments involving field collection of hydrobiological samples and screening of new strains of microorganisms, the study suggests that biological purification using organic and inorganic compounds found in polluted waters as a nutrient medium is the most effective method. This research contributes to the development of effective strategies for addressing pollution in Northern Kazakhstan's water resources and highlights the potential of using microorganisms as a tool for environmental remediation. The significance of the research lies in the fact that it proposes a solution to the issue of pollution in reservoirs in Northern Kazakhstan through the introduction of new strains of microorganisms, contributing to the development of effective strategies for improving water quality and minimizing the negative impact of pollutants on the hydrosphere.

Water Purification Using Active Charcoal with Microbes and Chelated Iron Soaked into Its Micropores

“…Under water conditions, the symbiotic proliferation of various bacteria can fully utilize a good microecosystem to effectively complete the complex process of pollutant degradation. Microbial technology has been applied to the purification of wastewater, rivers, and lakes [11,12]. Compared to traditional biological methods, compound microbial materials not only select and domesticate microorganisms, but also combine bacteria and enzymes with different functions [13].…”

“…They can incorporate optimal strains for different environments, such as natural water bodies, domestic sewage, and industrial wastewater. These materials can be used in both anaerobic and aerobic states, even in the presence of multiple pollution sources [12]. The substances and secretions they produce during growth become the substrates for their respective or mutual growth.…”