The efficiency of developing low-permeability reservoirs is largely determined by the accurate estimation of the geometry of fractures created during hydraulic fract...
At the present stage of development of the oil and gas industry, considerable attention is paid to methods of increasing oil recovery of productive reservoirs...
One of the promising methods of geophysical survey of existing wells is active thermometry. The technology for conducting research using this method includes inducti...
Graphene, due to its two-dimensional structure, has some unique properties. For example, the thermal conductivity and electrical conductivity of graphene...
Currently, well temperature studies are widely used to solve various problems of control and monitoring of hydraulic fracturing. Temperature data measured in ...
In this work the pyrolysis of monosilane under adiabatic compression conditions in an argon atmosphere is investigated. Cyclic compression reactor is used to create ...
This paper provides a mini-review of existing methods for increasing oil recovery and the location of carbon nanoparticle displacement technologies. A new mechanism ...
The interaction mechanisms between graphene nanoparticles (GN) and oil molecules are crucial for successful oil recovery. More than a hundred studies appear in the p...
Pumping water into productive formations is one of the most common methods of oil field development. The effectiveness of reservoir flooding technology largely depen...
The advancement of enhanced oil recovery (EOR) technologies necessitates a more detailed study of oil displacement processes in porous media. Traditional lab...
Understanding the interaction mechanisms between graphene nanoparticles (GNs) and oil molecules is crucial for successful oil recovery. Numerous studies have shown t...
In hydraulic systems, undamped oscillations often occur, the frequencies of which coincide with the natural frequencies of the elements of hydraulic systems. The res...
