Influence of sloshing on the performance of a trough plate redistributor
Tài liệu tham khảo
Tao, 2015, Overview and forecast of global oil and gas resources, Resour Sci, 37, 1190
Yan, 2002, An analysis on the gathering & transportation technologies of offshore oil and gas and their relevant facilities, China Offshore Platform, 17, 7
Chen, 2015, Study of boil off gas recovery process in LNG repository, Chem Eng Oil Gas, 44, 39
Bo, 2013, Floating liquefied natural gas (FLNG) technology in China offshore development application to discussion, China Offshore Platform, 28, 1
Ju, 2009, Comparison analysis on key technologies of LNG-FPSO, CIE J, 60, 27
Tang, 2017, Influence of sloshing on dynamic liquid holdup of packing column, Chem Eng (China), 45, 54
Tang, 2017, Research on orifices diameter of calandria liquid distributor used in offshore deacidification tower with different spray densities, Chem Ind Eng Prog, 36, 1192
Tang, 2017, Liquid distribution performance of packed tower under coupling sloshing working conditions, J China Univ Pet Ed Nat Sci, 41, 130
Tang, 2016, Effects of sloshing on the performance of FLNG calandria liquid distributor, Nat Gas Ind, 36, 123
Zhang, 2003, Optimal design of box-type gas–liquid distributor, J Qingdao Univ Sci Technol (Nat Sci Ed), 24, 156
Dong, 1999, The design of liquid distributor in packed column (V): liquid redistributors, Chem Prod Technol, 4
Dong, 1996, Technology for modern packed column (II): liquid distributor and liquid redistributor, Chem Prod Technol, 20
Wang, 1998
Zhao, 2005, Design and application of pan-trough liquid gas distributor, Petrochem Equip, 34, 54
Zhou, 2015
Ali, 2003, Experimental characterization and computational fluid dynamics simulation of gas distribution performance of liquid (Re) distributors and collectors in packed columns, Chem Eng Res Des, 81, 108, 10.1205/026387603321158258
Son, 2017, Experimental investigation of liquid distribution in a packed column with structured packing under permanent tilt and roll motions using electrical resistance tomography, Chem Eng Sci, 166, 168, 10.1016/j.ces.2017.03.044