From 7 to 9 June 2023 Kazan hosted the II International scientific and technical session "Chemical methods for enhanced oil recovery: from idea to full-scale implementation".

Conference on Chemical Methods of Enhanced Oil Recovery

Exchange of best practices and identification of development paths for chemical and medical-grade oil technologies

The conference brought together leading Russian and international experts in the field of chemical methods for enhanced oil recovery to discuss current challenges, opportunities, and prospects for developing technologies for increasing field productivity.

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Organizer and venue

Institute of Geology and Oil and Gas Technologies
Kazan Federal University

🎯 Key conference topics

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Exchange of relevant experience

Presentation of the results of the implementation of chemical-methanesulfonic acid (CMUN) at Russian and foreign fields

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Paths of technological development

Identification of promising areas for improving chemical and medical-methods analysis methods

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Challenges in the application of CMUN

Analysis of technological and economic barriers in project implementation

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International expertise

Participation of leading experts from Russia and foreign countries

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PM Industrial Report

Vladimir Galimov, PM Industrial expert

Topic of the report:

"Development of a comprehensive methodology for screening, evaluating, and ranking potential sites for the implementation of polymer flooding technology"

📂 Section • New technologies in the field of polymer flooding application in oil fields

💡 PM Industrial's contribution

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Methodology for screening objects

An integrated approach to selecting candidate fields for polymer flooding is presented.

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Rating and ranking system

The developed methodology allows for the systematization of the selection of priority projects

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Practical application

A tool for increasing the efficiency of investments in KhMUN projects

A systematic approach to screening and evaluating potential targets is critical to the successful implementation of polymer flooding projects. The developed methodology minimizes risks and maximizes the technical and economic efficiency of implementing chemical-modified oil-based fluids.