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Nanoparticle-stabilized CO_(2) foam flooding for enhanced heavy oil recovery:A micro-optical analysis: 《Petroleum》2024年第4期696-704,共9页Arifur Rahman Ezeddin Shirif Farshid Torabi; The Petroleum Technology Research Centre (PTRC),MITACS;graduate studies at the University of Regina all provided funding for this study; Surfactant flooding is a well-known chemical approach for enhancing oil recovery.Surfactant flooding has the disadvantage that it cannot withstand the harsh reservoir conditions.Improvements in oil recovery and releas...; 关键词：MICROMODEL CO_(2) foam SURFACTANT Nanoparticles Interfacial tension Heavy oil

Synergistic effect of nanoparticles and viscoelastic surfactants to improve properties of drilling fluids: 《Petroleum Science》2024年第6期4391-4404,共14页Yurany Villada Lady Johana Giraldo Carlos Cardona Diana Estenoz Gustavo Rosero Betiana Lerner Maximiliano S.Perez Masoud Riazi Camilo A.Franco Farid B.Cortes; funded by Fondo Francisco Jose de Caldas,MINCIENCIAS and Agencia Nacional de hidrocarburos(ANH)through contract No.112721-282-2023(Project 1118-1035-9300)with Universidad Nacional de Colombia-Sede Medellin and PAREX RESOURCES COLOMBIA AG SUCURSAL。; The conservation of rheological and filtration properties of drilling fluids is essential during drilling operations.However,high-pressure and high-temperature conditions may affect drilling fluid additives,leading to...; 关键词：MICROMODEL Nanofluids Silica nanoparticles Viscoelastic surfactants Water-based drillingfluids

Effect of alumina and silica nanocomposite based on polyacrylamide on light and heavy oil recovery in presence of formation water using micromodel: 《Petroleum》2024年第2期338-353,共16页Ashkan Maleki Behnam Sedaee Alireza Bahramian Sajjad Gharechelou Nahid Sarlak Arash Mehdizad Mohammad reza Rasaei Aliakbar Dehghan; Increasing world request for energy has made oil extraction from reservoirs more desirable.Many novel EOR methods have been proposed and utilized for this purpose.Using nanocomposites in chemical flooding is one of th...; 关键词：Enhanced oil recovery MICROMODEL POLYACRYLAMIDE NANOCOMPOSITE SALINITY Alumina and silica nanoparticles

Pore-scale study of the effects of DTPA chelating agent flooding on oil recovery utilizing a clay-coated micromodel: 《Petroleum Research》2024年第2期228-237,共10页Hojjat Mohammadzadeh Jamshid Moghadasi Khalil Shahbazi Shahin Kord; The use of diethylenetriaminepentaacetic acid(DTPA)chelating agent has shown promising results for enhanced oil recovery(EOR)in prior research.Several mechanisms,mainly resulting from rock-fluid interaction,have been ...; 关键词：Enhanced oil recovery technique Chelating agent MICROMODEL Fluid/fluid interaction Micro-dispersions Viscoelastic interface

Experimental study of the mechanism of nanofluid in enhancing the oil recovery in low permeability reservoirs using microfluidics被引量：2: 《Petroleum Science》2023年第1期382-395,共14页Kang Wang Qing You Qiu-Ming Long Biao Zhou Pan Wang; The authors sincerely appreciate the financial support from the National Natural Science Foundation of China(No.52074249,51874261);Fundamental Research Funds for the Central Universities(2-9-2019-103).; Due to the low porosity and low permeability in unconventional reservoirs,a large amount of crude oil is trapped in micro-to nano-sized pores and throats,which leads to low oil recovery.Nanofluids have great potential...; 关键词：NANOFLUID EOR mechanism MICROMODEL Low permeability Three-phase interface

Addition of surfactants to Low Salinity Waterflooding in microfluidics system to increase oil recovery: 《Petroleum Research》2022年第4期486-494,共9页Dito Fauzi Winanda Sanggono Adisasmito; This study was conducted to investigate the phenomenon of oil removal from inside pores using a self-designed microfluidic test kit.An artificial micromodel chip as a representation of porous rocks has been created wi...; 关键词：Low salinity waterflooding Microfluidic test kit Micromodel chip Oil recovery SURFACTANT

The transport and retention of CQDs-doped TiO_(2) in packed columns and 3D printed micromodels: 《Journal of Environmental Sciences》2022年第3期365-375,共11页Tao Sun Jian Song Zhen Liu Wei Jiang; This work was supported by the National Natural Science Foundation of China(No.41773110);the National Natural Science Foundation of China-Shandong Joint Fund(No.U2006214);the Shenzhen Science and Technology Research and Development Funds,China(No.JCYJ20180301171357901).; CQDs-doped TiO_(2)(C-TiO_(2))has drawn increased attention in recent because of its excellent catalytic performance.Understanding the transport of C-TiO_(2)in porous media is necessary for evaluating the environmental...; 关键词：CQDs-doped HO_(2) TRANSPORT Dissolved organic matter Column experiment 3D-printed micromodel

Polymeric microsphere injection in large pore-size porous media被引量：4: 《Petroleum》2020年第3期264-270,共7页Dongqing Cao Ming Han Jinxun Wang Amar J.Alshehri; High water-cut has become a worldwide challenge for oil production.It requires extensive efforts to process and dispose.This entails expanding water handling facilities and incurring high power consumption costs.Polym...; 关键词：High water-cut Polymeric microsphere injection Etched glass micromodel Pore/particle size ratio WETTABILITY Heterogeneous carbonate reservoir Conformance control Oil production

Stabilization of nickel nanoparticle suspensions with the aid of polymer and surfactant: static bottle tests and dynamic micromodel flow tests被引量：1: 《Petroleum Science》2020年第4期1014-1024,共11页Siyuan Yi Tayfun Babadagli Huazhou Li; the financial support provided by NSERC Discovery Grants to T. Babadagli (No: RES0011227) and H. Li (No. NSERC RGPIN 05394)。; Nickel nanoparticles can work as catalyst for the aquathermolysis reactions between water and heavy oil.A homogeneous and stable suspension is needed to carry the nickel nanoparticles into deeper reservoirs.This study...; 关键词：Aquathermolysis reactions Nickel nanoparticles Polymer surfactant Suspension stability

Temperature effect on performance of nanoparticle/surfactant flooding in enhanced heavy oil recovery被引量：4: 《Petroleum Science》2019年第6期1387-1402,共16页Sajjad Mahmoudi Arezou Jafari Soheila Javadian; financially supported by the Iran Nanotechnology Initiative Council; Recently,nanoparticles have been used along with surfactants for enhancing oil recovery.Although the recent studies show that oil recovery is enhanced using nanoparticle/surfactant solutions,some effective parameters ...; 关键词：Enhanced heavy oil recovery NANOPARTICLE SURFACTANT TEMPERATURE High salinity brine Stability MICROMODEL Experimental design

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