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9/17/2026
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When:
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Thursday, September 17, 2026 11:00 AM - 12:00 PM
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Where:
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United States
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Presenter:
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Kristyn Johnson May Ph.D.
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Contact:
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Kelly LeCount
kelly@goyermgt.com
859-356-1575
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« Go to Upcoming Event List
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Industrial Fuel Flexible Combustion Testbeds at BLAZE – A US National Laboratory Collaboration National Energy Technology Laboratory, in collaboration with Argonne National Laboratory, are establishing and operating cutting-edge, industry-accessible testbed facilities dedicated to fuel-flexible industrial combustion technologies. The facilities will be designed to rigorously evaluate specialized process design and equipment demanded by the large-scale use of blended fuels. The testbeds will house multiple industrially relevant furnace configurations; activities will focus on burner technology over a range of scales, multi-burner flame interactions, safety and sensor accommodation, and materials testing – complemented by model development that can be leveraged for scale-up and adoption. The development of innovative combustion systems will allow industry to employ adaptable heating solutions that strengthen operations by reducing fuel costs, bolster stability by offering fuel-adaptable technologies, and enhance US manufactures competitive advantage in a global market. Date: Thursday, September 17, 2026 Time: 11:00 AM Eastern Cost: Free! Registration: CLICK HERE to register. 
Presenter: Dr. Kristyn Johnson May Dr. Kristyn Johnson May is a Research Engineer for the US Department of Energy (DOE) at the National Energy Technology Laboratory in Morgantown, West Virginia in the Power, Fuels & Chemicals Division under the Oil & Gas Center of Excellence. Her work at NETL is focused on advancing fuel-flexibility of industrial combustion technologies and performance of rotating detonation engines via flame imaging, machine learning, and experimental dataset analysis. She earned her BS in Aerospace Engineering and BS in Mechanical Engineering in 2018 from West Virginia University. She completed her Ph.D. in Mechanical Engineering in 2023 studying the development of computer vision diagnostics applied to rotating detonation combustors for power generation.
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