Innovative Environmental Engineering Initiatives for COVID-19 Control
Researchers in environmental engineering are exploring novel approaches like wastewater-based epidemiology and water reclamation systems to combat the COVID-19 pandemic. Methods such as sewer monitoring for tracking SARS-CoV-2 in urban wastewater and designing water reclamation systems with membrane and UV technologies are highlighted. These advancements contribute to sustainable water reuse and effective epidemiological risk assessment for COVID-19.
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Presentation Transcript
New approach in environmental engineering Wastewater-based epidemiology / Sewer monitoring to track COVID-19 Researchers environment engineering have launched new research activities that contribute to measures against the epidemic of COVID- 19. One of the interesting examples is developed by monitoring SARS-CoV-2 (a pathogenic virus of COVID-19) in urban wastewater taken from sewer pipes and wastewater treatment detection and measurement of its changes will be applied to the epidemiological risk assessment of COVID-19. in the field of water sampling wastewater Viral RNA detection plants. Virus RT-qPCR WWTP
New approach in environmental engineering Design of water reclamation system suitable for target water reuse by combination of membrane and UV Water reclamation and reuse system has been developed for the necessity of sustainable water recycle. Small-scale decentralized system is recognized to play an important role there because its wastewater consists of simpler pollutants. Membrane technology and its applications are being developed as the strongest tool for it. In addition, UV technology has also started a new stage such as UV-LED. The best combination with other existing technology will provide a water reclamation system suitable for the target water reuse with desired water quality and quantity. used water biological reclamation reuse MF / UF reuse RO reuse reuse UV
New approach in environmental engineering Wastewater-based epidemiology / Sewer monitoring to track COVID-19 Researchers in the field of water environment engineering have launched new research activities that contribute to measures against the epidemic of COVID-19. One of the interesting examples is developed by monitoring SARS-CoV-2 (a pathogenic virus of COVID-19) in urban wastewater taken from sewer pipes and wastewater treatment plants. sampling wastewater Viral RNA detection RT-qPCR Virus changes will be applied to the epidemiological risk assessment of COVID-19. detection and measurement of its WWTP
New approach in environmental engineering Design of water reclamation system suitable for target water reuse by combination of membrane and UV Water reclamation and reuse system has been developed for the necessity of sustainable water recycle. Small-scale decentralized system is recognized to play an important role there because its wastewater consists of simpler pollutants. Membrane technology and developed as the strongest tool for it. In addition, UV technology has also started a new stage such as UV-LED. used water biological reclamation reuse its applications are being MF / UF reuse The best combination with other existing technology will provide a water reclamation system suitable for the target water reuse with desired water quality and quantity. RO reuse reuse UV
