Employees of the Laboratory of In-Situ Combustion of the Institute of Geology and Petroleum Technologies of Kazan Federal University have developed a catalyst based on salts of weak acids to increase the efficiency of heavy oil production. The main difficulty that oil companies face when developing such oil is its high viscosity, due to the high...
A peptizer for the upgrading of heavy oil, developed by the staff of the In-Situ Combustion Laboratory of the Institute of Geology and Petroleum Technologies of the Kazan Federal University, has been tested at one of the fields of the RITEK-Samara-Nafta territorial production enterprise. “We have synthesized new heat-resistant surfactants based on medium-molecular polyglycols (polyethylene glycol...
“The core extraction process itself is expensive and technically challenging. After a number of laboratory tests, the samples become unsuitable for further research, which significantly limits the possibility of conducting repeated analyses to study various aspects of fluid behavior inside the rock,” says Rail Kadyrov, Senior Researcher of the Laboratory of In-Situ Combustion. “We decided to find...
Students, teachers and HR specialists from specialized higher education institutions that are members of Gazprom Neft's University League visited the company's production facilities and well production and construction control centers, and got acquainted with the social infrastructure of Noyabrsk and Muravlenko towns. Among them were representatives of the Institute - Ilyas Idrisov, Head of the...
Aquathermolysis catalysts and solvents that can produce hydrogen at elevated temperatures are promising agents for improving the efficiency of oil production using water vapor injection technologies. The aquathermolysis process can reduce the viscosity of heavy crude oil and its sulfur content. In recent years, it has been used for industrial purposes to extract and partially refine...
From September 9 to 11, the Kazan Digital Week 2024 International Forum was held at the Kazan Expo. The forum included the exchange of scientific and technical information, consolidation of scientific and technological assets capable of effectively solving the problems of import substitution, ensuring technological sovereignty and data sovereignty as the basis for the leadership...
To scale, design and optimize oil production, scientists from Kazan Federal University together with Zarubezhneft were the first to develop a kinetic model of catalytic aquathermolysis using a water-soluble nickel-based catalyst. The water-soluble catalysts demonstrate efficiency in reducing the viscosity of bituminous oil and can be used in the field with lower costs. Their application allows...
The paper was published in Chemical Engineering Journal. Technologies of underground partial refining of heavy oil are a promising area of the oil and gas industry. As the Laboratory of In-Situ Combustion has shown, an important role in these processes is played by water, which acts not only as a medium, but also participates in chemical...
Among the many events was the agreement signing with Yugra State University. The Forum is an effective platform for exchange of ideas, discussion of key industry issues by Russian and foreign specialists and the scientific community of the oil and gas industry, demonstration of the latest developments and technologies, and a meeting place for the scientific,...
The Kazanian delegation visited longtime partners Southwest Petroleum University and a new research facility in clean energy in Sichuan Province, China. Russian and Chinese scientists will launch a batch of new projects, as was agreed on 4 and 5 July in Chengdu. KFU was represented by Chair of the Department of Petroleum Engineering Mikhail Varfolomeev and Senior Research...
