Fouling and its controlin membrane distillation?A review
2015-08-04
org.kosen.entty.User@33fe703f
김형건(khgun)
행사&학회소개
1.Introduction
2. Overview of MD
2.1. Membrane wetting
2.2. Theoretical background
2.2.1. Mass transfer
2.2.2. Heat transfer
2.2.3. Temperature polarization coefficient
3. MD fouling
3.1. Inorganic fouling
3.1.1 .Effect of membrane dry-out on fouling
3.2. Organic fouling
3.3. Biological fouling
4. MD fouling control and cleaning
4.1.Pretreatment
4.2. Membrane flushing
4.3. Gas bubbling
4.4. Temperatureand flow reversal
4.5. Surface modification foranti-foulingmembrane
4.6. Effect of magnetic field and microwave irradiation
4.7.Use of antiscalants
4.8. Chemical cleaning
5. Fouling monitoring and characterization techniques
5.1. Physical characterization
5.2. Chemical characterization
5.3. Biological characterization
6. Future perspectives and concluding remarks
2. Overview of MD
2.1. Membrane wetting
2.2. Theoretical background
2.2.1. Mass transfer
2.2.2. Heat transfer
2.2.3. Temperature polarization coefficient
3. MD fouling
3.1. Inorganic fouling
3.1.1 .Effect of membrane dry-out on fouling
3.2. Organic fouling
3.3. Biological fouling
4. MD fouling control and cleaning
4.1.Pretreatment
4.2. Membrane flushing
4.3. Gas bubbling
4.4. Temperatureand flow reversal
4.5. Surface modification foranti-foulingmembrane
4.6. Effect of magnetic field and microwave irradiation
4.7.Use of antiscalants
4.8. Chemical cleaning
5. Fouling monitoring and characterization techniques
5.1. Physical characterization
5.2. Chemical characterization
5.3. Biological characterization
6. Future perspectives and concluding remarks
보고서작성신청
본 논문은 MD 기술의 최근 동향에 대해 설명하였다. 장기간 MD 의 결과 뿐 아니라 MD에서 발생되는 막오염에 대해서도 자세히 설명하였다.