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Super gas wet and gas wet rock surface: State of the art evaluation through contact angle analysis

Petroleum 2023年第1期9卷 1-7页

作者： Mohammad Azadi Tabar Abolfazl Dehghan Monfared Flor Shayegh farzad barzegar Mohammad Hossein Ghazanfari Department of Chemical and Petroleum Engineering Sharif University of TechnologyTehran11155-9564Iran Department of Petroleum Engineering Faculty of PetroleumGas and Petrochemical EngineeringPersian Gulf UniversityBushehr75169-13817Iran Research Institute of Petroleum Industry Tehran14665-137Iran

Recently,super gas wet and gas wet surfaces have been extensively attended in petroleum industry,as supported by the increasing number of publications in the last decade related to wettability alteration in gas condensate *** many cases,contact angle measurement has been employed to assess the wettability *** though contact angle measurement seems to be a straightforward approach,there exist many misuses of this technique and consequently misinterpretation of the corresponding *** this regard,a critical inspection of the most recent updated concepts and the intervening parameters in the contact angle based wettability evaluation of liquid-solid-gas systems could aid to provide some remediation to alleviate this *** this end,this work presents a survey on the accurate terms and rigorous protocols based on the community of surface science and *** a preliminary step,advancing,receding,static,and the most stable contact angle terminology are *** study is followed by the definition of the contact angle hysteresis *** application of surface free energy in the selection of the best gas wet agent is then ***,the impact of the size-dependent behavior of drop on contact angle is ***,a sessile drop experiment is explained to achieve the defined *** future contributions to petroleum industry journals,like this journal,this work could offer an easy use of the conceptual framework for analyzing the results and comparative evaluations in chemical wettability modifier agents.

关键词： Contact angle hysteresis Size-dependent behavior Surface free energy Stick-slip Wettability alteration Condensate reservoirs

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