Carbon Membrane Technology

Carbon Membrane Technology

Fundamentals and Applications

Kumakiri, Izumi; He, Xuezhong

Taylor & Francis Ltd

11/2020

172

Dura

Inglês

9781138333376

15 a 20 dias

403

Descrição não disponível.
Contents

Preface vii

Editors xi

Part 1. Fundamentals of Carbon Membranes

1. Carbon Membrane Preparation....................................................................3

Linfeng Lei and Xuezhong He

2. Carbon Membrane Performance: State-of-the-Art..................................21

Linfeng Lei and Xuezhong He

3. Carbon Membrane Characterization..........................................................37

Linfeng Lei

4. Carbon Membrane Transport Mechanisms..............................................53

Xuezhong He

Part 2. Carbon Membrane Applications

5. Carbon Membranes for Biogas Upgrading...............................................65

Arne Lindbrathen

6. Carbon Membranes for Natural Gas Sweetening...................................79

Evangelos P. Favvas, Sotirios P. Kaldis and Xuezhong He

7. Carbon Membranes for H2 Purification................................................... 115

Miki Yoshimune

8. Carbon Membranes for Microfiltration/

Ultrafiltration/Nanofiltration.....................................................................131

Bing Zhang and Yonghong Wu

vi Contents

9. Carbon Membranes for Other Applications..........................................151

Sergio San Martin Gomez, Izumi Kumakiri and Xuezhong He

10. Future Perspectives......................................................................................159

Xuezhong He

Index......................................................................................................................163
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Carbon membrane technology;Biogas upgrading;Polymeric membranes;Ionic liquids;Carbon membrane materials;CMs;Single Stage Membrane;Final Carbonization Temperatures;Mixed Gas Permeation;Cm Membrane;1s XPS Spectrum;Adsorption Activation Energy;Zeolite Membranes;EDX Mapping Image;Hollow Fiber;Antifouling Ability;Photocatalytic Water Splitting;Polyimide Precursor;Increased Carbonization Temperature;Gas Separation Performance;Hollow Fiber Membranes;Cellulose Hollow Fibers;Carbonization Temperature;Conventional Fixed Bed Reactor;Knudsen Diffusion;NG Sweetening;Eel Spectrum;Paraffin Separation;Mixed Matrix Membranes