The Enhanced Oil Recovery Institute at Iran University of Science and Technology was established in 2020 as an educational, research, and development center for the oil and gas industry. This institute is actively engaged in studies on enhanced oil recovery, development of expansion plans, ecological innovation and technology, as well as executing industrial and research projects in the field of oil and gas industries. Learn more
The Enhanced Oil Recovery Institute at Iran University of Science and Technology was established in 1399 (2020) as an educational, research, and development center for the oil and gas industries. This institute is active in the studies of enhanced oil recovery and development project preparation, ecological innovation and technology development, as well as the execution of industrial and research projects in the field of oil and gas industries. One of the major research achievements of this center is the signing of a major research contract aimed at studying technological solutions for enhanced oil recovery from the Doroud field. In this contract, the university will collaborate with the National Iranian Oil Company as a technological advisor to the National Iranian South Oilfields Company for a period of 10 years, focusing on upstream oil operations and comprehensive studies on enhanced and improved oil recovery.
Dr. Rohaldin Miri , the Head of the Institute
Faculty of Chemical, Petroleum, and Gas Engineering, Iran University of Science and Technology
– Conducting studies on enhanced oil recovery
– Designing and conducting all enhanced oil recovery experiments
– Designing and conducting acidizing experiments for oil and gas wells
– Designing and conducting cementing experiments for oil and gas wells
– Digital transformation in the field of enhanced oil recovery
– Technological design for enhanced oil recovery from the Dorud oil field
– Technological design for acidizing operations in the wells of the Dorud oil field
– Technological design for oilfield wastewater treatment in the Dorud oil field
– Laboratory services for rock and reservoir fluid properties
– Laboratory services for acidizing
– Laboratory services for cementing
– Co-working space
This device is used to examine the properties and flow regime of two-phase flows.
Various types of corrosion tests such as impedance and galvanic corrosion can be performed on samples based on their material and application. This allows for the examination of corrosion causes, selection of suitable materials, increasing the service life of components, and implementing novel cathodic or anodic protection methods.
The particle size and distribution measurement device is well-suited for both commercial and scientific applications and is used for analyzing particle size distribution.
This device determines the optical properties of samples in the ultraviolet wavelength range. Using this method, it is possible to determine how much light of a specific wavelength passes through a sample and how much of it is absorbed.
Furnaces are used for conducting high-temperature heat operations, while ovens are used for drying laboratory equipment and desired samples.
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Tel: (+9821) |
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Email: [AT] iust.ac.ir |
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Address: Tehran, Narmak, Iran University of Science and Technology, Faculty of Chemical, Petroleum, and Gas Engineering, Laboratory. |
