Objective·Application Precious Metal Film Deposition Electrical Relay and Connection Technology Joining and Precision Technology Circuits • Mounting Technology Equipment and Measuring Devices Catalysts and Compounds F-1 Precious Metal Compounds F-2 Oxidation Catalysts for VOC (Volatile Organic Compounds) F-3 Precious Metal Bearing Catalysts for Oxidation Deodorizing F-4 Combustion Catalysts F-5 Platinum and Platinum Ruthenium Alloy / Carbon Catalysts for Polymer Electrolyte Membrane Fuel Cell (PEFC) F-6 Bulk Substances for Medical Use Precious Metal Recycling

This combustion system causes the fuel on the catalyst surface to react with oxygen in the air to produce thermal energy. Stable combustion can be obtained at low fuel-to-air ratios not possible with conventional diffusion flame combustors and NOx emissions can be restricted to very low level. Current research and development are providing new combustion systems for all types of fuels. • Flame-less combustion. • Enables stable combustion with lean conditions. • Ultra low NOx emissions from clean combustion. • Low pressure drop. • High-speed, high-load combustion. • High temperature combustion catalyst system (possible of combustion higher than 1000°C). • Middle, low temperature combustion catalysts (possible of combustion lower than 1000°C). High temperature combustion catalyst system: Gas turbine power generation, gas burner, etc. , alternative for current burner. Middle, low temperature combustion catalysts: Heating of PC reformer, dry/burning heat source, etc. Conceptual Diagram of High Temperature Combustion Catalyst

© 2004 Tanaka Kikinzoku