An executive review of sludge pretreatment by sonication wastewater and sludge processing technologies and emerging alternatives
2016-01-18
org.kosen.entty.User@4d1d0e7e
김형건(khgun)
행사&학회소개
1. Introduction
2. Fate of TrOCs in conventional wastewater treatment: mechanisms and relevant factors
2.1. TrOC sorption
2.2. TrOC biodegradation
2.3. Abiotic TrOC transformation
2.4. Operation conditions that impact TrOC accumulation in sludge
3. Fate of TrOCs during sludge treatment for solids reduction and stabilisation
3.1. Thickening
3.2. Stabilisation
3.3. Conditioning and dewatering
4. TrOC removal from biosolids
4.1. Ozonation
4.2. Fenton treatment
4.3. UV oxidation
4.4. Ultrasonication
4.5. Thermal treatment
4.6. Bioaugmentation
4.7. Future research priorities in TrOC removal from biosolids
5. Concluding remarks
2. Fate of TrOCs in conventional wastewater treatment: mechanisms and relevant factors
2.1. TrOC sorption
2.2. TrOC biodegradation
2.3. Abiotic TrOC transformation
2.4. Operation conditions that impact TrOC accumulation in sludge
3. Fate of TrOCs during sludge treatment for solids reduction and stabilisation
3.1. Thickening
3.2. Stabilisation
3.3. Conditioning and dewatering
4. TrOC removal from biosolids
4.1. Ozonation
4.2. Fenton treatment
4.3. UV oxidation
4.4. Ultrasonication
4.5. Thermal treatment
4.6. Bioaugmentation
4.7. Future research priorities in TrOC removal from biosolids
5. Concluding remarks
보고서작성신청
본 논문은 바이오고형물에서 미량 유기 오염물 제거에 대한 리뷰 논문이다. 일반적인 폐수 및 슬러지에서 다양한 운전 인자에 따른 영향을 검토 하였다.