4.6 Review

Wastewater Treatment in Central Asia: Treatment Alternatives for Safe Water Reuse

Journal

SUSTAINABILITY
Volume 15, Issue 20, Pages -

Publisher

MDPI
DOI: 10.3390/su152014949

Keywords

adsorption; advanced oxidation process; contaminants of emerging concern; wastewater treatment; Central Asia

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This paper provides a brief review of the current wastewater treatment technologies and effluent composition in Central Asia, with particular emphasis on reuse needs. It evaluates the impact of these practices on water quality and the quantity and quality of surface waters and groundwaters. Additionally, it explores alternatives to current wastewater treatment practices in order to increase the availability and quality of surface waters and groundwaters for safe water reuse.
Due to water scarcity and ready availability, treated wastewater in Central Asia is increasingly reused and seen as a valuable resource, requiring effective management with particular care for human health, environmental protection, and water security. Due to limited technical and economic support and poorly developed regulatory systems, many cities have inadequate wastewater treatment infrastructure. Improved wastewater effluent management is paramount due to its relationship with surface and groundwater quality used for drinking and agricultural irrigation. This paper presents a brief review of the published literature reporting on current wastewater treatment technologies and effluent composition, with particular attention paid to reuse needs. The impact of these practices on water quality is further assessed from information and reports gathered from various sources on the quantity and quality of surface waters and groundwaters. Finally, alternatives to current wastewater treatment practices in Central Asia will be explored with a particular emphasis on the removal of contaminants of emerging concern, including biological treatment systems, adsorption, advanced oxidation processes, and managed/unmanaged aquifer recharge techniques based on permeable reactive barriers, aiming to increase the availability and quality of surface waters and groundwaters for safe water reuse.

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