This is a compilation of presentations from an interdisciplinary forum for fuel cell, electrochemistry and mechanical engineering industry leaders, decision makers, and leading scientists from academia working in the fields of system design, fabrication and testing of fuel cells of all types and sizes. The book addresses and discusses the durability issues common to all fuel cell systems and specific for each type and size of fuel cells. In addition, it examines the testing systems and standard development communities current hurdles preventing fuel cells systems from large scale commercialization.

This is a compilation of presentations from an interdisciplinary forum for fuel cell, electrochemistry and mechanical engineering industry leaders, decision makers, and leading scientists from academia working in the fields of system design, fabrication and testing of fuel cells of all types and sizes. The book addresses and discusses the durability issues common to all fuel cell systems and specific for each type and size of fuel cells. In addition, it examines the testing systems and standard development communities current hurdles preventing fuel cells systems from large scale commercialization. This unique volume presents the state of the art in the following areas of fuel cells R&D and industry: Durability issues in polymer electrolytes and membranes Electrocatalysts durability and its effect on the system interface State of the art in novel diagnostic and testing methods System level prospective of fuel cells durability

This book provides an interdisciplinary review of the fundamental factors affecting Polymer Electrolyte Membrane Fuel Cells (PEM FC) performance, components/stacks/system durability, cost and implementation. The book emphasizes the latest efforts toward overcoming technical and engineering barriers to commercialization of stationary, automotive and portable PEM FC and related hydrogen infrastructure technologies.

This is a compilation of presentations from an interdisciplinary forum for fuel cell, electrochemistry and mechanical engineering industry leaders, decision makers, and leading scientists from academia working in the fields of system design, fabrication and testing of fuel cells of all types and sizes. The book addresses and discusses the durability issues common to all fuel cell systems and specific for each type and size of fuel cells. In addition, it examines the testing systems and standard development communities current hurdles preventing fuel cells systems from large scale commercialization.

The 3rd annual meeting in The Knowledge Foundation¿s Fuel Cells Durability & Performance series will provide an interdisciplinary discussion forum for fuel cell developers, manufacturers and suppliers working in the fields of fuel cells materials, stacks, system design, fabrication, and testing. The objectives of this meeting are: to discuss the latest innovations and emerging durability and performance issues common for all fuel cell systems, and specific to different types, designs, and sizes of fuel cells; to bring the attention of the testing systems, standards, and regulations development community to the current hurdles preventing fuel cells systems from large scale commercialization

This is a compilation of presentations from an interdisciplinary forum for fuel cell, electrochemistry and mechanical engineering industry leaders, decision makers, and leading scientists from academia working in the fields of system design, fabrication and testing of fuel cells of all types and sizes. The book addresses and discusses the durability issues common to all fuel cell systems and specific for each type and size of fuel cells. In addition, it examines the testing systems and standard development communities current hurdles preventing fuel cells systems from large scale commercialization.