ClearSign Technologies Awarded Grant to Develop Ultra-Low NOx Industrial Hydrogen Burner Technology
Key Ideas
- ClearSign Technologies Corporation, in collaboration with a major national laboratory, receives a $400,000 grant from the U.S. Department of Energy to develop ultra-low NOx industrial hydrogen burner technology.
- The project aims to optimize industrial furnaces and combustion equipment for 100% hydrogen fuel using innovative computer modeling techniques led by Dr. Robert Geiger.
- By utilizing high-performance computing, the project plans to accelerate the development of new burner technologies, aiming to reduce greenhouse gas emissions by up to 276 million metric tons annually.
- The ultimate goal is to provide cost-effective, high-performance solutions for energy-intensive industries seeking to lower their carbon footprint and enable the large-scale adoption of hydrogen in industrial furnaces.
ClearSign Technologies Corporation has been granted $400,000 by the U.S. Department of Energy to develop ultra-low NOx industrial hydrogen burner technology in collaboration with a major national laboratory. The project, led by Dr. Robert Geiger, aims to optimize industrial furnaces and combustion equipment for 100% hydrogen fuel through innovative computer modeling techniques. The focus is on assessing how variations in burner components affect flame characteristics with high hydrogen content fuels in high-temperature environments. By using high-performance computing, the project plans to accelerate the development of new burner technologies while minimizing costs, addressing challenges like flame positioning, fuel-air mixing, and heat flux optimization. The ultimate goal is to provide cost-effective, high-performance solutions for energy-intensive industries seeking to lower their carbon footprint. It is projected that this initiative could reduce greenhouse gas emissions by up to 276 million metric tons annually, supporting decarbonization efforts across industries. ClearSign Technologies Corporation specializes in products and technologies for decarbonization, improving operational performance, energy efficiency, emission reduction, safety, and the use of hydrogen as a fuel.
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Decarbonization
Industrial Efficiency
Greenhouse Gas Emissions
Technology Development
Energy-intensive Industries
High Performance Computing
Computer Modeling
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