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Introduction

Principles of membrane separation processes

The coupling of the membrane separation process with a catalytic reaction

Catalytic Memberane Separation Processes

Dehydrogenation reactions

Hydrogenation reactions

Oxidation reactions

Other catalytic reactions

Pervaporation Memberane Reactors Membrane Bioreactors

Membrane reactors for biochemicals production (Whole-cell membrane bioreactors, Enzymatic membrane bioreactors, Technical challenges for membrane bioreactors)

Environmental applications of membrane bioreactors

Modelling of Membrane Reactors

Catalytic membrane reactors (Fundamentals, Thermal effects, The catalytic membrane reactor vs. conventional reactors, Non-permselective catalytically active membranes, Three-phase catalytic membrane reactors, Other modelling aspects of catalytic membrane reactors)

Modelling of pervaporation membrane reactors Modelling of membrane bioreactors

Economic and Technical Feasibility Issues of Membrane Reactor Processes

Catalytic membrane reactors

Membrane bioreactors

Concluding thoughts

References

Introduction

Principles of membrane separation processes

The coupling of the membrane separation process with a catalytic reaction

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Preface

Acknowledgements

What Is DNA? / Part I：

DNA is life's blueprint / 1：

DNA in action / 2：

A close up of the genome / 3：

Where did DNA come from? / 4：

Engineering Genes / Part II：

Genetic engineering / 5：

Creating new life forms / 6：

Genes: the human angle / 7：

New genes for old / 8：

Biotechnology / Part III：

The wide world of biotechnology / 9：

Plant power / 10：

Environmental solutions / 11：

The Final Frontier? / Part IV：

Beyond DNA / 12：

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