분리막공학 2

이 과정은 분리막공학1에 이어 에너지 저감과 밀접하게 관련된 분자분리, 화학적 변환(막반응기), 그리고 각기 다른 분리 단계에서의 대량이동 (막접촉기)에서의 분리막과학과 공학의 기본적인 측면에 대해 다룬다

Membrane Operations

1.	Membrane Operations	Introduction to Membrane Science and Membrane Technology. The Process Intensification Strategy. State of the art of Membrane Engineering in Molecular Separations, in Chemical Transformations and in Membrane Contactors
2.	Membrane Separtion Processes	Technically relevant pressure-driven membrane separation processes
3.	Energy consumption and process costs in membrane filtration processes	The total energy required in practical membrane filtration processes is composed of three parts
4.	▪Concentration polarization in other membrane separation processes▪Polarization phenomena in membrane contactors operations	Concentration Polarization Phenomena. Fouling and Biofouling. Cleaning procedures
5.	Critical flux	Critical flux
6.	Biocatalytic membrane reactors	General principles of biocatalytic membrane reactors
7.	Reverse Osmosis	Reverse Osmosis
8.	Membrane Crystallization	Membrane Contactors: Membrane Strippers and Scrubbers; Membrane Distillation