id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ajst-21786	Zhang, Yulin; Wang, Ningning; Yang, Hai; Wen, Wan; Chen, Man	Analysis and Experimental Research on Water Control Performance of Integrated Water Control Fracturing Completion Tools	2024	5	.pdf	application/pdf	3131	160	54	The simulation results show that under the same flow rate, the pressure drop of pure water is about 140 times that of methane gas, indicating that the swirl type water control device has a much greater limiting effect on water flow than methane gas; At the same inlet pressure, the production of methane gas is about forty times that of water, indicating that the swirl water control device has a good effect on controlling water gas. Simulation evaluation of water control effect The flow pressure drop values of water and methane gas at different flow rates and the production values at different inlet pressures were calculated separately to determine the effectiveness of the swirl water control device in controlling water gas.	cache/ajst-21786.pdf	txt/ajst-21786.txt