PERFORMANCE AND CONTROL OF THE PRIMARY HEAT EXCHANGER IN A CLOSED-LOOP SCO2 BRAYTON CYCLE WITH SOLID FUEL COMBUSTION
Performance of a solid fuel primary heat exchanger in a closed loop sCO2 cycle
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Engineering topics
Fry, Andrew [Brigham Young University]
Publications and source records attributed to Fry, Andrew [Brigham Young University].
Integration of sCO2 Brayton Cycles With Carbon Capture Systems
Evaluation of the performance of fossil fuel fired utility boilers with sCO2 Brayton cycle and carbon capture
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Supercritical CO2 Equipment Installations at the San Rafael Energy Research Center (SRERC) for the Investigation of Heat Transfer Behavior in Solid Fuel Systems
Heat transfer behavior in sCO2 power cycles when firing solid fuels
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A Supercritical CO2 Power Cycle Demonstration Unit for the Development of Future Thermal Power Generation Technologies
Future plans for the 1.5 MWth solid fuel fired system with sCO2 power cycle at Utah San Rafael Energy Lab
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Shakedown and Operation of a 1.5 MWth Coal-Fired Power Cycle
Project Overview
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Testing- and Model- Based Optimization of Coal-fired Primary Heater Design for Indirect Supercritical CO2 Power Cycles
Project overview
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EXTENDED DURATION OPERATION OF A PILOT-SCALE SUPERCRITICAL CO2 TEST LOOP
Operating a 1.5 MWth sCO2 test loop fired on solid fuel
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Model-Based Design of a Primary Heat Exchanger in an sCO2Power Cycle
Modeling in support of the design of a 1.5 MWth primary heat exchanger for sCO2
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Modeling of Experimental Parameters That Will Impact Heat Flux and Tube Metal Temperatures in an Indirect-Fired sCO2 Heater
Overview of operation variables that most impact tube metal temperature, from CFD modeling
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