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This book describes a highly efficient sorption-enhanced steam methane reforming process for production of high-purity hydrogen in a single-step, and furthermore an energy efficient integrated process for co-production of hydrogen and oxygen. This technology hold the promise of opening a more affordable fuel source to satisfy the booming demand of clean energy in 21st century and making fuel cell powered vehicles more accessible to ordinary consumers. More importantly, there is no carbon dioxide generated during the production.

Produktbeschreibung
This book describes a highly efficient sorption-enhanced steam methane reforming process for production of high-purity hydrogen in a single-step, and furthermore an energy efficient integrated process for co-production of hydrogen and oxygen. This technology hold the promise of opening a more affordable fuel source to satisfy the booming demand of clean energy in 21st century and making fuel cell powered vehicles more accessible to ordinary consumers. More importantly, there is no carbon dioxide generated during the production.
Autorenporträt
Zhiyong Peng is a chemical engineer as well as an analytical chemist. He obtained his M.S. in Chemical Engineering, and Ph.D in Chemistry, both from Louisiana State University. His research focuses on gas-solid phase reactions, process simulation and chemical analysis. Currently, he is a postdoctoral associate in Boston University.