 |
"Demonstration of the Surface-Stabilized Combustor for Advanced Industrial Gas Turbines," led by Alzeta Corporation, Santa Clara, California, with U.S. Department of Energy (DOE) funding of $2 million. The team will develop a novel stabilized combustion technology for industrial gas turbines.
"Component Development to Accelerate Commercial Implementation of Ultralow Emissions Catalytic Combustion," led by Catalytica Combustion Systems Inc., Mountain View, California, with DOE funding of $1.6 million. Project partners will research extending longevity of the catalyst for use with other turbines and lowering the cost of emissions prevention.
"Fuel-Flexible Ultralow-Emissions Combustion System for Industrial Gas Turbines," led by Honeywell Engines and Systems, Phoenix, Arizona, with DOE funding of $660,000. Honeywell seeks to develop an innovative, fuel-flexible, air-staged, catalytic gas turbine combustion system with closed-loop control.
"Catalytic Combustor for Ultralow NOx Advanced Industrial Gas Turbines," led by Precision Combustion Inc., New Haven, Connecticut, with DOE funding of $1.4 million. Precision Combustion proposes to advance the development of a novel technology that promises many advantages over existing systems.
"Near Zero NOx Combustion Technology for Advanced Mercury 50 Gas Turbine," led by Solar Turbines Incorporated, San Diego, California, with DOE funding of $200,000. Solar Turbines proposes a fully integrated catalytic combustion system for the new Mercury 50 gas turbine combustion system.
|
