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The economic impact of inadequate sanitation is a barrier to progress, constituting 6.4% of GDP globally (UNICEF and WHO). As wastewater generation rises due to improved living standards, effective wastewater treatment becomes crucial. While advanced water recycling technology minimizes environmental impact, its life cycle cost involves notable energy, chemical and electromechanical usage. This study employs Life Cycle Cost Analysis to develop a decision support tool, evaluating three key treatment technologies (ASP, MBBR and SBR) for wastewater treatment based on economic efficiency and…mehr

Produktbeschreibung
The economic impact of inadequate sanitation is a barrier to progress, constituting 6.4% of GDP globally (UNICEF and WHO). As wastewater generation rises due to improved living standards, effective wastewater treatment becomes crucial. While advanced water recycling technology minimizes environmental impact, its life cycle cost involves notable energy, chemical and electromechanical usage. This study employs Life Cycle Cost Analysis to develop a decision support tool, evaluating three key treatment technologies (ASP, MBBR and SBR) for wastewater treatment based on economic efficiency and environmental impact. The aim is to guide decision-makers in selecting economically sustainable wastewater treatment systems.
Autorenporträt
Dr. Snehal V. Dewalkar is awarded by Ph.D. degree from Pune University, India and M.Tech from VNIT, Nagpur. Her area of research is Environmental impact assessment, Non-Mechanised WWT. With 12 years of experience in research and teaching,she has authored 18 papers in international journals and conferences.Additionally, she has published four books.