Thirty commercially produced monolith and pellet catalysts were tested as part of a screening process to select catalysts suitable for use in a gas turbine combustor. The catalysts were contained in a 1.8 centimeter diameter quartz tube and heated to temperatures varying between 300 and 1,200 K while a mixture of propane and air passed through the bed at space velocities of 44,000 to 70,000/hour. The amount of propane oxidized was measured as a function of catalyst temperature. Of the samples tested, the most effective catalysts proved to be noble metal catalysts on monolith substrates
Gas-turbine based systems are becoming the preferred approach to electric power generation from gase...
ABSTRACT Catalytic combustion for gas turbine applications has been investigated. Its significant ad...
Due to continuously stricter regulations regarding emissions from power generation processes, furthe...
Several commercial monolithic catalysts were tested in a combustion test rig to determine their suit...
Future aeropropulsion gas turbine combustion requirements call for operating at very high inlet temp...
Fuel injectors to provide a premixed prevaporized fuel-air mixture are studied. An evaluation of com...
y lnyestigations contributing to the development and design of the low emission catalytic reactor to...
The durability of CATCOM catalysts and catalyst supports was experimentally demonstrated in a combus...
The performance of a catalytic reactor 12 cm in diameter and 17 cm long was evaluated at simulated g...
The durability of catalysts and catalyst supports in a combustion environment was experimentally dem...
Studies were conducted to experimentally demonstrate the durability catalysts and catalyst supports ...
Catalytic combustion has been the subject of thorough research work for over two decades, mainly in ...
Catalytic combustion has been the subject of thorough research work for over two decades, mainly in ...
The emissions produced by gas turbine engines driven by catalytic com-bustion can contain signi5cant...
This work is devoted to generate knowledge and high quality experimental data of catalytic combustio...
Gas-turbine based systems are becoming the preferred approach to electric power generation from gase...
ABSTRACT Catalytic combustion for gas turbine applications has been investigated. Its significant ad...
Due to continuously stricter regulations regarding emissions from power generation processes, furthe...
Several commercial monolithic catalysts were tested in a combustion test rig to determine their suit...
Future aeropropulsion gas turbine combustion requirements call for operating at very high inlet temp...
Fuel injectors to provide a premixed prevaporized fuel-air mixture are studied. An evaluation of com...
y lnyestigations contributing to the development and design of the low emission catalytic reactor to...
The durability of CATCOM catalysts and catalyst supports was experimentally demonstrated in a combus...
The performance of a catalytic reactor 12 cm in diameter and 17 cm long was evaluated at simulated g...
The durability of catalysts and catalyst supports in a combustion environment was experimentally dem...
Studies were conducted to experimentally demonstrate the durability catalysts and catalyst supports ...
Catalytic combustion has been the subject of thorough research work for over two decades, mainly in ...
Catalytic combustion has been the subject of thorough research work for over two decades, mainly in ...
The emissions produced by gas turbine engines driven by catalytic com-bustion can contain signi5cant...
This work is devoted to generate knowledge and high quality experimental data of catalytic combustio...
Gas-turbine based systems are becoming the preferred approach to electric power generation from gase...
ABSTRACT Catalytic combustion for gas turbine applications has been investigated. Its significant ad...
Due to continuously stricter regulations regarding emissions from power generation processes, furthe...