... instead of mechanically coupling the compressors to the turbines. This approach could provide the next generation of thermal power plants with high efficiency, leading to low-emissions power generation in the foreseeable future. This work illustrates that a solid-oxide fuel cell (SOFC) recuperated gas...

... carbon dioxide power generation sustainable power generation Proceedings of the ASME Power Applied R&D 2023 POWER2023 August 6-8, 2023, Long Beach, California POWER2023-108781 EXPERIMENTAL ANALYSIS OF AN ELASTOHYDRODYNAMIC SEAL FOR SUPERCRITICAL CARBON DIOXIDE TURBOMACHINERY Jonah Henry Georgia...

... of valuable coal power generation assets and the technical challenges that may occur regarding degradation of boiler components (e.g., waterwalls, headers, piping) due to the changing combustion profile from ammonia co-firing. This paper summarizes ongoing research in ammonia co-firing with coal and discusses...

... 09 03 2012 During ferroalloy production, a large quantity of waste gas can be utilized to generate steam and electric power. In this paper, 4 detailed thermodynamic models of single-pressure (SP) and dual-pressure (DP) waste heat recovery power generation systems are presented...

... reasonable use of various waste energies and steams for both mechanical and chemical processes to improve the performance of the plant, and incorporate a CO 2 capture system into the design concept of the power plant. Carbon dioxide capture Gasification technology Power generation i r 124...

...] Heppenstall, T., 1998, Advanced Gas Turbine Cycles for Power Generation: a Critical Review, J. of Applied Thermal Engineering, 18, pp. 837-846. [13] Leo, T. J., Grande, I. P., and Notario, P. P., 2003, Gas Turbine Turbocharged by a Steam Turbine: A Gas Turbine Solution Increasing Combined Power Plant...