Ultrasonic treatment of endocrine disrupting compounds, pharmaceuticals, and personal care products in water: A review
2017-09-25
org.kosen.entty.User@7dd0e08b
김형건(khgun)
행사&학회소개
1. Introduction
2. US treatment of various EDCs and PPCPs
2.1. Removal influenced by water quality and sonication conditions
2.1.1. pH
2.1.2. Temperature
2.1.3. Background common ions
2.1.4. Promoters and scavengers
2.1.5. US frequency, power, and reactor type
2.2. Removal influenced by catalysts
2.2.1. Non-carbon material-based catalysts
2.2.2. Carbon material-based catalysts
2.3. Removal influenced by hybrid processes with O3 and UV
2.4. Removal of various types of EDCs and PPCPs
2.4.1. Selected EDCs: hormones, pesticides/herbicides, phenols, and plasticizers
2.4.2. Selected PPCPs: analgesics, antibiotics, antidepressants, antiepileptics, antiseptics, preservatives, stimulants, sunscreens, and X-ray contrast reagents
2.5. Mineralization and pathway of EDCs and PPCPs
3. Conclusions and areas of future research
2. US treatment of various EDCs and PPCPs
2.1. Removal influenced by water quality and sonication conditions
2.1.1. pH
2.1.2. Temperature
2.1.3. Background common ions
2.1.4. Promoters and scavengers
2.1.5. US frequency, power, and reactor type
2.2. Removal influenced by catalysts
2.2.1. Non-carbon material-based catalysts
2.2.2. Carbon material-based catalysts
2.3. Removal influenced by hybrid processes with O3 and UV
2.4. Removal of various types of EDCs and PPCPs
2.4.1. Selected EDCs: hormones, pesticides/herbicides, phenols, and plasticizers
2.4.2. Selected PPCPs: analgesics, antibiotics, antidepressants, antiepileptics, antiseptics, preservatives, stimulants, sunscreens, and X-ray contrast reagents
2.5. Mineralization and pathway of EDCs and PPCPs
3. Conclusions and areas of future research
보고서작성신청
본 논문은 환경호르몬인 내분비계 장애물질을 UV를 이용한 리뷰 논문이다.