JIP Meetings

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.

Coming Soon.

  • Development and Evaluation of Environmentally Friendly Branched RPPG by Dr Tao Song, Missouri S&T
  • Transport Behavior and Plugging Efficiency of RPPG in Porous Media by Adel Alotibi, PhD student, Missouri S&T
  • Monomer Development for Metal Free Reassociating Hydrogels for Low and High Temperature Applications by Yugandhara Eriyagama, PhD student, Missouri S&T  
  • Investigation of RPPG For Natural Gas Conformance Control by Dr Ali Al Brahim, Missouri S&T
  • RPPG Viscosity and Friction Measurement Using Viscometer and F (I) by Xiaojing Ge, PhD student, Missouri S&T
  • Development of Swelling-Delayed Mirco/nanogel for In-depth Fluid Diversion (II) by Junchen Liu, PhD student, Missouri S&T
  • Field Application Update by Subhadeep Chowdhury, Jamie McEwen, ConocoPhillips
  • Objectives and Functionality of Developed Products by David Smith, Consultant
  • Part I – Development and Evaluation of Environmentally Friendly HT-RPPG/MT-RPPG (V) by Tao Song, PhD student, Missouri S&T
  • Part II – Development and Evaluation of Re-association Delayed CO2-BRPPG (I) by Tao Song, PhD student, Missouri S&T
  • Part III- Evaluation of HT-PPG for the Preferential Fluid Flow Control in Geothermal Reservoirs by Tao Song, PhD student, Missouri S&T
  • Transport Behavior and Plugging Efficiency of RPPG in Porous Media by Adel Alotibi, PhD student, Missouri S&T
  • Crosslinker and Monomer  Development For High Temperature Resistant and Reassociating Hydrogels (IV) by Yugandhara Eriyagama, PhD student, Missouri S&T  
  • Comprehensive Evaluation of Fiber-Assisted RPPG and RPPG Dehydration through Fracture by Shuda Zhao, PhD student, Missouri S&T
  • Evaluation of RPPGs Natural Gas Plugging Performance in Open Fracture  (V) by Ali Al Brahim, PhD student, Missouri S&T
  • Development of Swelling-Delayed Mirco/nanogel for In-depth Fluid Diversion by Junchen Liu, PhD student, Missouri S&T
  • Comprehensive Evaluation of RPPGs as a Fluid Loss Control Material by Mohamed Ahdaya, PhD student, Missouri S&T
  • Field Application Update by Subhadeep Chowdhury,Jamie McEwen  ConocoPhillips
  • Overview of the Project Progress by Baojun Bai, Professor, Missouri S&T; David Smith, Consultant
  • Part I – Further Improvement and Evaluation of Environmentally Friendly HT-RPPG by Tao Song, PhD student, Missouri S&T
  • Part II – Further Improvement and Evaluation of CO2-RPPG and MT-RPPG by Tao Song, PhD student, Missouri S&T
  • Coreflooding Evaluation of RPPG Dehydration through Large Fracture by Shuda Zhao, PhD student, Missouri S&T
  • Evaluation of RPPGs Natural Gas Plugging Performance in Open Fracture by Ali Al Brahim, PhD student, Missouri S&T
  • Study of Mirco/nanogel Transport and Retention in Microfluidic Models by Junchen Liu, PhD student, Missouri S&T
  • Evaluation of CO2-RPPG Performance Under CO2 Condition for OXY Reservoirs (I) by Adel Alotibi, PhD student, Missouri S&T
  • Field Application Update by Gary Targac, Principal Conformance Engineer, ConocoPhillips
  • Overview of the Project Progress by Baojun Bai, Professor, Missouri S&T
  • Part I – Development and Evaluation of Environmentally Friendly HT-RPPG by Tao Song, PhD student, Missouri S&T
  • Part II – Evaluation of Branched CO2-RPPG and commercial MT-RPPG for OXY Reservoirs by Tao Song, 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 (II) by Shuda Zhao, PhD student, Missouri S&T
  • Part#1: Evaluation of Fiber-assisted RPPG for MI Flooding by Ali Al Brahim, PhD student, Missouri S&T
  • 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) by Junchen Liu, PhD student, Missouri S&T
  • Part II: Study of Mirco/nanogel Transport in Microfluidic Models by Junchen Liu, PhD student, Missouri S&T
  • Part I: Evaluation of RPPG as a Fluid Loss Control Material (II) by Mohamed Ahdaya, PhD student, Missouri S&T
  • Part II: Consistometer Experiment Trial by Mohamed Ahdaya, PhD student, Missouri S&T
  • Overview of the Project Progress by Baojun Bai, Professor, Missouri S&T
  • Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T  
  • Part I -Optimization and Evaluation of Branched RPPG & CO2-RPPG by Tao Song, PhD student, Missouri S&T
  • Part II – Development and Evaluation of Environmentally Friendly HT-RPPG by Tao Song, PhD student, Missouri S&T
  • Evaluation of Commercialized RPPGs for MI Flooding by Ali Al Brahim, PhD student, Missouri S&T
  • Preliminary Investigation of Re-crosslinkable Micro-/Nano-gel for Conformance Control by Junchen Liu, PhD student, Missouri S&T
  • Coreflooding Evaluation of Fiber-assisted RPPG Performance in Open Fracture by Shuda Zhao, PhD student, Missouri S&T
  • Evaluation of RPPG as a Fluid Loss Control Material by Mohamed Ahdaya, PhD student, Missouri S&T
  • Overview of the Project Progress by Baojun Bai, Professor, Missouri S&T
  • Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T  
  • Systematical Evaluation of Environmental Benign RPPG for HTHS Reservoirs by Bowen Yu, PhD student, Missouri S&T
  • Section #1 :Evaluation of Commercialized RPPGs for MI Flooding by Ali Al Brahim, PhD student, Missouri S&T
  • Section #2: RPPG Transportation and Plugging Efficiency through VSC and Sandpack by Ali Al Brahim, PhD student, Missouri S&T
  • Preliminary Investigation of Re-crosslinkable Micro-/Nano-gel for Conformance Control by Junchen Liu, PhD student, Missouri S&T
  • Preliminary Investigation of Re-crosslinkable Micro-/Nano-gel for Conformance Control by Junchen Liu, PhD student, Missouri S&T
  • COP RPPG SPE Presentation by Gary Targac, Principal Conformance Engineer, ConocoPhillips
  • Development of High Temperature Resistant Gels Using Low Toxic Polymer for Conformance Control by Buddhabhushan Salunkhe, PhD student, Missouri S&T  
  • Systemically Evaluation of Environmental Benign RPPG for Medium to High Temperature Reservoirs by Bowen Yu, PhD student, Missouri S&T
  • Part I-Commercial Product Evaluation and Development of New CO2-RPPG by Tao Song, PhD student, Missouri S&T
  • Part II – Development and Evaluation of Organic Crosslinking HT-RPPG by Tao Song, PhD student, Missouri S&T
  • Evaluation of Commercialized RPPGs for MI flooding by Ali Al Brahim, PhD student, Missouri S&T
  • Preliminary Investigation of Micro-/Nano-gel for Conformance Control by Junchen Liu, PhD student, Missouri S&T
  • Study on Enhanced Oil Recovery Mechanisms of Nanogel Flooding Using Visualized 3D Micromodel by Yandong Zhang, PhD Student, Missouri S&T (Funded by National Science Foundation)
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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
  • 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