FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2885864723> ?p ?o ?g. }

• W2885864723 endingPage "432" @default.
• W2885864723 startingPage "413" @default.
• W2885864723 abstract "For the coal-to-liquids (CTL) plant, the most important unit is gasification, which determines the composition of the crude syngas, and affects CO2 emissions and investment of the CTL process. This paper conducts a detailed plant-wide modeling of CTL process with different entrained flow gasifiers. The model is compared with the literature data. Three cases of CTL process with different entrained flow gasifiers (GSP, Shell and Texaco) are researched through thermodynamic, techno-economic and CO2 emissions analysis. Case GSP represents the CTL process with GSP gasifier, Case Shell represents that with Shell gasifier, and Case Texaco represents that with Texaco gasifier. For a typical CTL process, Case GSP can produce FT liquids of 277.49 t/h, Case Shell can produce 246.25 t/h, and Case Texaco can provide 232.93 t/h. The energy efficiencies of Case GSP, Shell and Texaco are 50.85%, 48.18% and 41.09%, respectively. The exergy efficiencies are 49.89%, 47.20% and 40.44%, respectively. The exergy inefficiencies of the subsystem are quantified. The economic performance and CO2 emissions of the three cases are also discussed." @default.
• W2885864723 created "2018-08-22" @default.
• W2885864723 creator A5028498563 @default.
• W2885864723 creator A5047925630 @default.
• W2885864723 creator A5050723000 @default.
• W2885864723 date "2018-11-01" @default.
• W2885864723 modified "2023-10-17" @default.
• W2885864723 title "Modeling, thermodynamic and techno-economic analysis of coal-to-liquids process with different entrained flow coal gasifiers" @default.
• W2885864723 cites W1964143929 @default.
• W2885864723 cites W1968813756 @default.
• W2885864723 cites W1970084818 @default.
• W2885864723 cites W1970876595 @default.
• W2885864723 cites W1971122783 @default.
• W2885864723 cites W1971816783 @default.
• W2885864723 cites W1972923961 @default.
• W2885864723 cites W1973256729 @default.
• W2885864723 cites W1975421848 @default.
• W2885864723 cites W1978808900 @default.
• W2885864723 cites W1979687689 @default.
• W2885864723 cites W1981618705 @default.
• W2885864723 cites W1982926377 @default.
• W2885864723 cites W1983599264 @default.
• W2885864723 cites W1985239552 @default.
• W2885864723 cites W1993830163 @default.
• W2885864723 cites W1995198667 @default.
• W2885864723 cites W1997507870 @default.
• W2885864723 cites W1997967992 @default.
• W2885864723 cites W2000476981 @default.
• W2885864723 cites W2001802762 @default.
• W2885864723 cites W2004529110 @default.
• W2885864723 cites W2006035189 @default.
• W2885864723 cites W2009810627 @default.
• W2885864723 cites W2013638640 @default.
• W2885864723 cites W2021677132 @default.
• W2885864723 cites W2022095560 @default.
• W2885864723 cites W2024081195 @default.
• W2885864723 cites W2025206720 @default.
• W2885864723 cites W2029200877 @default.
• W2885864723 cites W2029988110 @default.
• W2885864723 cites W2030846426 @default.
• W2885864723 cites W2032943062 @default.
• W2885864723 cites W2033283500 @default.
• W2885864723 cites W2033700755 @default.
• W2885864723 cites W2040433225 @default.
• W2885864723 cites W2043994691 @default.
• W2885864723 cites W2046691272 @default.
• W2885864723 cites W2047937814 @default.
• W2885864723 cites W2051853318 @default.
• W2885864723 cites W2053440469 @default.
• W2885864723 cites W2057651820 @default.
• W2885864723 cites W2058133400 @default.
• W2885864723 cites W2058413837 @default.
• W2885864723 cites W2062437389 @default.
• W2885864723 cites W2063326367 @default.
• W2885864723 cites W2064288611 @default.
• W2885864723 cites W2065658670 @default.
• W2885864723 cites W2065892716 @default.
• W2885864723 cites W2070576441 @default.
• W2885864723 cites W2072564974 @default.
• W2885864723 cites W2073970992 @default.
• W2885864723 cites W2074039427 @default.
• W2885864723 cites W2087405713 @default.
• W2885864723 cites W2089271161 @default.
• W2885864723 cites W2089413585 @default.
• W2885864723 cites W2102536253 @default.
• W2885864723 cites W2103321313 @default.
• W2885864723 cites W2106811949 @default.
• W2885864723 cites W2112539822 @default.
• W2885864723 cites W2114482702 @default.
• W2885864723 cites W2189987318 @default.
• W2885864723 cites W2238816748 @default.
• W2885864723 cites W2319197325 @default.
• W2885864723 cites W2333472218 @default.
• W2885864723 cites W2346922177 @default.
• W2885864723 cites W2348805436 @default.
• W2885864723 cites W2396888155 @default.
• W2885864723 cites W2462871186 @default.
• W2885864723 cites W2505055616 @default.
• W2885864723 cites W2511675775 @default.
• W2885864723 cites W2522069159 @default.
• W2885864723 cites W2531137988 @default.
• W2885864723 cites W2546794490 @default.
• W2885864723 cites W2546926979 @default.
• W2885864723 cites W2554804111 @default.
• W2885864723 cites W2563803246 @default.
• W2885864723 cites W2568414549 @default.
• W2885864723 cites W2576189658 @default.
• W2885864723 cites W2607354932 @default.
• W2885864723 cites W2614878197 @default.
• W2885864723 cites W2729083958 @default.
• W2885864723 cites W2758864710 @default.
• W2885864723 doi "https://doi.org/10.1016/j.apenergy.2018.07.030" @default.
• W2885864723 hasPublicationYear "2018" @default.
• W2885864723 type Work @default.
• W2885864723 sameAs 2885864723 @default.
• W2885864723 citedByCount "55" @default.
• W2885864723 countsByYear W28858647232019 @default.
• W2885864723 countsByYear W28858647232020 @default.

• next