Membrane fouling and modification using surface treatment and layer-by-layer assembly of polyelectrolytes: State-of-the-art review
2016-08-16
org.kosen.entty.User@1bf754d8
김형건(khgun)
첨부파일
행사&학회소개
1. Introduction
2. RO membranes, fouling, and modification
2.1. RO membrane fouling
2.1.1. Types of fouling
2.1.2. Reduction of membrane fouling
2.2. Surface modification
2.2.1. Surface coating
2.2.2. Surface grafting
3. Polyelectrolyte multilayer films
3.1. Layer-by-layer assembly (LbL)
3.2. Spray layer-by-layer self-assembly
3.3. Spin-assisted layer-by-layer technique
4. Effect of polyelectrolyte multilayers on membrane properties
4.1. Effect of number of layers on membrane permeation
4.2. Effect of layer number and pH on film thickness
4.3. Effect of layer number on zeta potential
4.4. Effect of layer number on membrane hydrophilicity
4.5. Effect of layer number on membrane surface-roughness
4.6. Effect of polyelectrolyte coating on membrane fouling
5. Conclusions
2. RO membranes, fouling, and modification
2.1. RO membrane fouling
2.1.1. Types of fouling
2.1.2. Reduction of membrane fouling
2.2. Surface modification
2.2.1. Surface coating
2.2.2. Surface grafting
3. Polyelectrolyte multilayer films
3.1. Layer-by-layer assembly (LbL)
3.2. Spray layer-by-layer self-assembly
3.3. Spin-assisted layer-by-layer technique
4. Effect of polyelectrolyte multilayers on membrane properties
4.1. Effect of number of layers on membrane permeation
4.2. Effect of layer number and pH on film thickness
4.3. Effect of layer number on zeta potential
4.4. Effect of layer number on membrane hydrophilicity
4.5. Effect of layer number on membrane surface-roughness
4.6. Effect of polyelectrolyte coating on membrane fouling
5. Conclusions
보고서작성신청
본 논문은 막 표면의 처리를 통해 막 오염의 변화에 대한 리뷰 논문이다.