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CMC-Engineering
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Documentation
POWER GENERATION INTEGRATED IN BURNERS FOR INDUSTRIAL/COMMERCIAL PACKAGED BOILERS
Published: October 27, 2008
The purpose of this project was to develop a new CHP package that integrates a California Air Resource Board (ARB) 2007 compliant low-cost
simple cycle (unrecuperated) microturbine with a ULN industrial burner. The integrated microturbine-burner assembly was to be configured into a
small footprint CHP package with maximum waste heat recovery from the turbine exhaust gas (TEG) and 100 percent heat recovery from all other
convective heat losses. The integrated microturbine-ULN burner CHP technology was to be applicable to industrial and commercial firetube and
watertube boilers alike with firing capacities of 5 to 100 million British Thermal Units per hour (MMBtu/hr) using ULN burners. All sensible and
convective waste heat from the microturbine was targeted for recovery in the boiler resulting in overall system efficiencies exceeding 80%,
significantly higher than conventional recuperators used in commercial microturbine packages. The compact burner-microturbine integrated
design allows for ease of retrofit to existing boilers as well as for new package boiler installations.
14 TECHNICAL REPORTS ON CONTROLS FOR INDUSTRIAL EQUIPMENT TO REDUCE EMISSIONS - AVAILABLE FROM UNITED STATES EPA
Added: October 27, 2008
TECHNICAL PAPER OF ADVANCED ENERGY EFFICIENT BURNERS & BOILERS
Added: October 27, 2008
TECHNICAL PRESENTATION ON THE MERITS OF MICROTURBINES AND INDUSTRIAL BOILERS INTEGRATED ASSEMBLY
Added: October 27, 2008
TECHNICAL REPORT ON HAZARDOUS WASTE INCINERATION IN BOILERS AND FURNACES
Added: October 27, 2008
TECHNICAL PAPER ON THE USE OF PARTIALLY REFORMED NATURAL GAS FOR ADVANCED ULTRA LOW NOx INDUSTRIAL BURNERS
Added: November 4, 2008
Published: October 27, 2008
The purpose of this project was to develop a new CHP package that integrates a California Air Resource Board (ARB) 2007 compliant low-cost
simple cycle (unrecuperated) microturbine with a ULN industrial burner. The integrated microturbine-burner assembly was to be configured into a
small footprint CHP package with maximum waste heat recovery from the turbine exhaust gas (TEG) and 100 percent heat recovery from all other
convective heat losses. The integrated microturbine-ULN burner CHP technology was to be applicable to industrial and commercial firetube and
watertube boilers alike with firing capacities of 5 to 100 million British Thermal Units per hour (MMBtu/hr) using ULN burners. All sensible and
convective waste heat from the microturbine was targeted for recovery in the boiler resulting in overall system efficiencies exceeding 80%,
significantly higher than conventional recuperators used in commercial microturbine packages. The compact burner-microturbine integrated
design allows for ease of retrofit to existing boilers as well as for new package boiler installations.
14 TECHNICAL REPORTS ON CONTROLS FOR INDUSTRIAL EQUIPMENT TO REDUCE EMISSIONS - AVAILABLE FROM UNITED STATES EPA
Added: October 27, 2008
TECHNICAL PAPER OF ADVANCED ENERGY EFFICIENT BURNERS & BOILERS
Added: October 27, 2008
TECHNICAL PRESENTATION ON THE MERITS OF MICROTURBINES AND INDUSTRIAL BOILERS INTEGRATED ASSEMBLY
Added: October 27, 2008
TECHNICAL REPORT ON HAZARDOUS WASTE INCINERATION IN BOILERS AND FURNACES
Added: October 27, 2008
TECHNICAL PAPER ON THE USE OF PARTIALLY REFORMED NATURAL GAS FOR ADVANCED ULTRA LOW NOx INDUSTRIAL BURNERS
Added: November 4, 2008
2900 Gordon Avenue, Suite 100
Santa Clara, California 95051
Telephone: (408) 314-0382
Facsimile: (408) 735-0564
Email: carlo@cmc-engineering.com
Santa Clara, California 95051
Telephone: (408) 314-0382
Facsimile: (408) 735-0564
Email: carlo@cmc-engineering.com