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Solid-Oxide Fuel Cell Experts| The following experts are available as solid-oxide fuel cell consultants and solid-oxide fuel cell expert witnesses. Intota experts are peer-recommended authorities who have been carefully selected and rigorously screened. | |
| | Definition: Solid-Oxide Fuel Cell -
A fuel cell that typically operates at high temperatures, that is, 800 to 1000 degrees Celsius, and that generally has an electrolyte consisting of solid oxide material. Synonyms: high-temperature solid-oxide fuel cell |
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Expert Quote | | |  | | Expert in Materials Science: Technology Development and Transfer, Coatings and Surface Technologies
Electrochemical Energy Conversion and Storage Devices • Solid oxide fuel cells (SOFC) • Catalysis for proton exchange membrane fuel cells (PEMFC) • Metal oxide supercapacitors • Rechargeable batteries High Temperature Alloys • High temperature ... See full profile | | BC, Canada  | | | |  | | Expert in all Stationary Fuel Cell Technologies/Applications/Solutions; 5kW to multi megawatt capacities.
For nearly 20 years Expert has been a leader in deploying and operating fuel cell power systems. He is recognized internationally for his technical knowledge, expertise and pioneering work in developing fuel cell solutions for industrial, commercial ... See full profile | |
| | | |  | | Expert in Fuel Cell Industry and Hydrogen Infrastructure
Expert is program director of a non-profit education and outreach organization that promotes the fuel cell industry. Expert has more than 12 years experience in the fuel cell sector, authoring reports and articles on the state of the industry, ... See full profile | | District of Columbia (DC), USA | | | |  | | Expert in Energy Storage, Lithium & Sodium Battery, Fuel Cells, Alternative Energy, Cleantech, Solar, Hydrogen
Expert is the founder & CEO of a company which offers Cleantech related expertise & advisory services both in USA & in India to investors and companies since 2008. Clients include PE firms with over US $500 MM of assets under management, publicly ... See full profile | | Utah (UT), USA | | | |  | | Expert in Thermal Processing of Advanced Materials.
He has extensive experience with the removal of binder systems from ceramic systems during post-processing, including safety, code compliance and practical aspects. Binders worked with range from "classic" organic binders to "catalytic" binders (e.g. See full profile | | Pennsylvania (PA), USA | | | |  | | Expert in Fuel Cell Manufacturing
Expert has been developing chemical process technology for industrial materials and chemical firms for over 14 years. He has developed several novel chemical processes, including those for synthesis of advanced ceramic powders, ... See full profile | | Ohio (OH), USA | | | |  | | Expert in Electrodeposition, Corrosion, Wet Etching, Thin Films, Nanofabrication, Electrocatalysis
Expert obtained his B.E. in Chemical and Biochemical Engineering (1994) from University of Belgrade and his Ph.D. in Science and Engineering of Materials (1999) from Arizona State University. Before joining the ECE department at ... See full profile | | Texas (TX), USA | | | |  | | Expert in Engineering and Operations in Thick Films, Components and Fuel Cells
He has cost engineering experience in materials system and component development and manufacturing. As part of broader product development activities, only materials and processes which are consistent with cost targets are selected. See full profile | | Pennsylvania (PA), USA | | | |  | | Expert in Biofuels, Advanced Hydrocarbon Fuels, Refining, Hydrogen Fuel Cells, Carbon Capture
Expert has over 30 years of experience with ConocoPhillips (COP)--all in downstream research and development. He began his career in fundamental catalysis and surface science. Later he managed a group applying molecular scale simulation to problems in ... See full profile | | Tennessee (TN), USA | | | |  | | Expert in Semiconductor Electrodes, Electrochemical Deposition, Energy Conversion, Chemical Sensors
Research into direct conversion of solar and thermal energy to electrical energy. 1. Development and fabrication of an extremely thin absorber (eta) nano-structured solar cell made by electrochemically deposited materials. See full profile | | California (CA), USA | | |  |
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