مواد مشابهة: Comparison of performance of worm-like micellar and Polymer solution in chemical EOR /
- Application of Mico-Level X-ray Computed Tomography System in EOR studies /
- Impact of Well Geometry on Two-Phase Flow Friction Factor in Steam Injection EOR Wells /
- A Review on Parameters Affecting Displacement Efficiency in CO2-WAG Injection as EOR Process /
- Energy solutions for the future /
- Modeling and Simulation of Acidizing Operation in Sandstone /
- E-commerce solutions for supply chain management /
موضوع: Polymers
موضوع: Petroleum engineering
- ICIPEG2012 : 2012 THE 2ND INTERNATIONAL CONFERENCE ON INTEGRATED PETROLEUM ENGINEERING AND GEOSCIENCES : A Conference of WORLD ENGINEERING, SCIENCE & TECHNOLOGY CONGRESS (ESTCON), 12-14 June 2012, Kuala Lumpur Convention Centre : Technical Programme /
- JOURNAL OF BIANNUAL POSTGRADUATE CONFERENCE /
- ICIPEG2014 : THE 3RD INTERNATIONAL CONFERENCE ON INTEGRATED PETROLEUM ENGINEERING AND GEOSCIENCES PROCEEDINGS, 3-5 JUNE 2014, KUALA LUMPUR CONVENTION CENTRE : A Conference of WORLD ENGINEERING, SCIENCE & TECHNOLOGY CONGRESS (ESTCON) : Current Trends and Challenges in Petroleum Exploration and Production /
- A Review of Porosity classification in carbonates challenges in Miocene reservoirs of Central Lucania offshore Sarawak, Malaysia /
- Porosity and Mineral Fraction Estimation of Carbonate Rock From Thin Section Image with Intergrated Neural Network : Image Processing /
- Facies and petrographic characteristics of Early Cretaceous (Late Albian-Cenomanian) sandstone reservoir of SE Muglad Basin, Sudan /
المؤلف: Sandeep
المؤلف: Mariyamni Awang, 1953-
- Modeling and Simulation of Acidizing Operation in Sandstone /
- Prediction of Pb and Bo for Asia Pasific Crude Oils /
- Prediction of Pressure and Temperature Profiles in HP/HT Deep Gas Wells /
- Effect of Branched Alcohols on Interfacial tension between Brine and Crude Oil Mixture /
- Effective Techniques to Measure the Minimum Miscibility Pressure between Co2 and CrudeOil : A Review /
- Water/Oil/Surfactant Ternary Phase Behaviour Thermodynamic Mathematical Modeling Using Excess Gibbs Energy and SRK EoS /