Important Notes: Based on agreements with industrial partners, presentations are protected and for members only. If you are a member, please go to the login page with your user name and password. If you are not a member and would like to know how to get access to some of these presentations, please contact Dr. Baojun Bai
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Part I - Development and Evaluation of Environmentally Friendly HT-RPPG and Part II - Evaluation of Branched CO2-RPPG and commercial MT-RPPG for OXY Reservoirs
by Tao Song, Zhanmiao Zhai, PhD student, Missouri S&T
Development of water soluble crosslinkers and monomers for high temperature resistant hydrogels by Yugandhara Eriyagama, PhD student, Missouri S&T
Coreflooding Evaluation of Fiber-assisted RPPG Performance in Open Fracture by Shuda Zhao, PhD student, Missouri S&T
Ali Al Brahim, PhD student, Missouri S&T by
Part#1: Evaluation of Fiber-assisted RPPG for MI Flooding and Part#2: RPPG transport and Plugging Efficiency through VSCs by Ali Al Brahim, PhD student, Missouri S&T
Part I: Investigation of Delayed Re-crosslinkable Micro-/Nano-gel for Conformance Control (III) and Part II: Study of Mirco/nanogel Transport in Microfluidic Models by Junchen Liu, PhD student, Missouri S&T
Evaluation of RPPG as a Fluid Loss Control Material (II) and Consistometer Experiment Trial by Mohamed Ahdaya, PhD student, Missouri S&T
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Further Development and Evaluation of RPPG for low to medium temperature reservoirsby Jingyang Pu, PhD, Missouri S&T
Fiber assisted RPPG Placement and Damage Remediation of RPPG Treatment by Ze Wang, PhD, Missouri S&T
Preliminary Evaluation of Commercialized RPPGs for MI flooding by Ali Al Brahim, PhD student, Missouri S&T
Further Improvement and Evaluation of CO2-Resistant RPPG for CO2 Flooding by Yifu Long, PhD student, Missouri S&T
Evaluation and Optimization of a Re-Assembling, Self-Repairing PPG for Conformance Control by Adriane Melnyczuk, PhD student, Missouri S&T
Evaluation and Optimization of Environmental Benign RPPG for HTHS Reservoirs by Bowen Yu, PhD student, Missouri S&T
Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T
Review COP Field Experience with RPPG and Discussion for Research Directions by Led by David Smith and Prof. Tom Schuman
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Further Evaluation of Re-assembling Particle Gels (RPPG) for Conformance Control by Jingyang Pu, PhD student; Missouri S&T
Plugging Performance Evaluation of RPPG and Damage Remediation of RPPG Treatment by Ze Wang, PhD student; Missouri S&T
Improvement and Further Evaluation of CO2-Resistant RPPG for CO2 Flooding by Yifu Long, PhD student, Missouri S&T
Understanding the Plugging Performance of Hydrogels to Supercritical CO2 by Xindi Sun, PhD student, Missouri S&T
Environmental Benign Re-crosslinkable Particle Gels for High Temperature Reservoirs by Yifu Long and Bowen Yu, PhD student, Missouri S&T
High Temperature Resistant Re-Crosslinkable Preformed Particle Gel by Lizhu Wang, Ass. Research Professor
Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T
Review and Proposed Research of Hydrogels for Natural Gas Conformance Control by Ali Al Brahim, PhD student, Missouri S&T
Review COP Field Experience with RPPG by Mr. David Smith, Conformance Engineering Advisor
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Further Development and Evaluation of Re-assembling Particle Gels (RPPG) for low to medium temperature reservoirs by Jingyang Pu, PhD student; Missouri S&T
Plugging Performance Evaluation of RPPG and Damage Remediation of RPPG Treatment by Ze Wang, PhD student; Missouri S&T
Further Improvement and Evaluation of CO2-Resistant RPPG for CO2 Flooding by Yifu Long, PhD student, Missouri S&T
Development and Evaluation of CO2-responsive Nanogels for Conformance Control and EOR by Xindi Sun, PhD student, Missouri S&T
Evaluation of a Re-Assembling, Self-Repairing Preformed Particle Gel for Conformance Control by Adriane Melnyzuk, PhD student; Missouri S&T
Optimization of Environmental Benign Re-crosslinkable Particle Gels for High Temperature Reservoirs by Bowen Yu, PhD student, Missouri S&T
Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T
Review COP Field Experience with RPPG by Mr. David Smith, Conformance Engineering Advisor
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Evaluation of Re-assemble Particle Gels for Conformance Control by Jingyang Pu, PhD student; Missouri S&T
Pilot Product of Re-Assemble Particles Manufacturing by Na Zhang (S&T) /Fengxiang Wu, Daqing New Wangtong
Evaluation of CO2-Resistant Particle Gels for CO2 Flooding by Yifu Long, MS student, Missouri S&T
Updates of Novel Elastic Re-Assembled Nanocomposite Particle Gels by Adriane Melnyczuk, PhD student funded by Bradley Scholarship
Development of High Temperature Resistant Preformed Particle Gels by Lizhu Wang, Ass. Research Professor
Preformed Particle Gel Transport and Placement through Fractures by Abdulmohsin Imqam, Postdoc, Missouri S&T
Study on Gel Dehydration during CO2 Flooding by Xindi Sun, PhD student, Missouri S&T
Effect of CO2 on the Plugging of Polyacrylamide Particle Gels in Super-K Channels by Sherif Fakher, PhD student, Missouri S&T
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Further Evaluation of Re-assemble Particle Gels for Conformance Control by Jingyang Pu, PhD student; Missouri S&T
Evaluation of CO2-Resistant Particle Gels for CO2 Flooding by Yifu Long, PhD student, Missouri S&T
Study of CO2 Resistant Gel Plugging Performance to Water and CO2 in Partial-open Fractured Sandstone by Xindi Sun, PhD student, Missouri S&T
Evaluating Preformed Particle Gel Application in Partially Open Fractures to Improve Water and Carbon Dioxide Sweep Efficiency by Sherif Fakher, PhD student, Missouri S&T
Evaluation and Plugging Performance of CO2 Responsible Particle Gels for Conformance Control by Ze Wang, PhD student, Missouri S&T (DOE Funded Project)
High Temperature Resistant Re-Crosslinkable Preformed Particle Gel by Lizhu Wang, Ass. Research Professor
Review COP Field Experience with RPPG by Mr. David Smith, Conformance Control Advisor, ConocoPhilips
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Development of Re-assemble Polymer Package for Conformance Control by Jingyang Pu, PhD student, Missouri S&T
Pilot Trail of Re-Assemblying Particles Manufacturing by Daqing New Wangtong
Development of CO2-Resistant Particle Gels for CO2 Flooding by Yifu Long, MS student, Missouri S&T
Development of Swelling Controllable and Mechanically Robust Re-xlinkable Preformed Particle Gels by Lizhu Wang, Ass. Research Professor, Missouri S&T
Preformed Particle Gel Transport and Placement through Fractures by Abdulmohsin Imqam, Ass. Teaching Professor, Missouri S&T
Study on Gel Dehydration during CO2 Flooding by Xindi Sun, PhD student, Missouri S&T
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Evaluation of Re-assemble Polymer Package for Conformance Control by Jingyang Pu, PhD student; Abdulmohsin Imqam, Postdoc, Missouri S&T
Pilot Trail of Re-Assemble Particles Manufacturing by Fengxiang Wu, Daqing New Wangtong
Evaluation of CO2-Resistant Particle Gels for CO2 Flooding by Yifu Long, MS student, Missouri S&T
Development of Novel Elastic Re-Assembled Nanocomposite Preformed Particle Gel by Adriane Melnyczuk, PhD student funded by Bradley Scholarship
Development of Swelling Controllable and Mechanically Robust Re-xlinkable Preformed Particle Gels by Lizhu Wang, Ass. Research Professor Funded by DOE project
Preformed Particle Gel Transport and Placement through Fractures by Abdulmohsin Imqam, Postdoc, Missouri S&T
Study on Gel Dehydration during CO2 Flooding by Xindi Sun, PhD student, Missouri S&T
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Development of Re-assemble Polymer Package for Conformance Control by Jingyang Pu, PhD student, Missouri S&T
Clay Effect on Re-assemble Preformed Polymer Particles by Yizhou Wu, MS student, Missouri S&T
Degraded Gel Crosslinked with Clay by Dalu Zhang, MS student, Missouri S&T
Development of Interpenetrating Particle Gels for CO2 Flooding by Yifu Long, MS student, Missouri S&T
Synthesis and Evaluation of Nano- and Sub- micron Sized Particles by Jiaming Geng, MS student, Missouri S&T
Polyacrylamides via Water-free Polymerizations by Zun Chen, PhD student, Missouri S&T
Preformed Particle Gel Transport through Super-K Features by Abdulmohsin Imqam, PhD student, Missouri S&T
Evaluation of Millimeter-sized Preformed Particle Gel for Conformance Control Treatments using Simple Models by Ali Al Brahim, MS student, Missouri S&T
Nano-gel Transport through Porous Media and CO2 Flooding Apparatus Design by Xindi Sun, PhD student, Missouri S&T
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Development of Re-assemble Polymer Package for Conformance Control by Jingyang Pu, PhD student, Missouri S&T
Clay Effect on Re-assemble Preformed Polymer Particles by Yizhou Wu, MS student, Missouri S&T
Development of CO2-Resistant Particle Gels for CO2 Flooding by Yifu Long, MS student, Missouri S&T
Preliminary Study of Swelling-Controlllable Gel Particles Synthesis by Lizhu Wang, Ass. Research Professor, Missouri S&T
Preformed Particle Gel Transport through Super-K Features by Abdulmohsin Imqam, Ass. Teaching Professor, Missouri S&T
Preliminary Study of Gel Dehydration during CO2 Flooding by Xindi Sun, PhD student, Missouri S&T
Industry Perspectives – Solutions to Conformance Control by David Smith, ConocoPhillips and Andrew Jones, OXY