Add to ORKGThe cavitations sensitivity design procedure for oil and gas emissions system jet apparatus in the free space of oil reservoir was provided. Based on the Bernoulli equation, written for specific sections of the hydraulic system, was defined a relationship between the level of oil in the tank and the minimum pressure in the flow of the jet apparatus. The studies provide an opportunity to determine the minimum diameter of the working nozzle jet apparatus that helps make its operation in pre-cavitations condition
Today, the correct understanding of the issue of oil and water cavitation is important due to the gr...
Ejectors (jet pumps, jet devices) are widely used in various branches of engineering. They are used...
Oil production with submersible jet pump's installations can successfully solve many problems of wel...
The article presents rationales for choosing the depth of installation of an oil jet pump in the bor...
Application of pump-ejector systems for the utilization of associated petroleum gas reduces the nega...
Barlow’s equation written for a thick-walled cylindrical shell a relationship was found between the ...
This paper presents the dependency of the jet power and the cavitation intensity on the working cond...
This part of the paper presents the relation between the working conditions, nozzle geometry, nozzle...
This PhD thesis experimentally studies the volumetric efficiency of gerotor pumps in aero-engine gas...
The hydraulic equipment and elements are designed so that the flow is not significantly affected by ...
AbstractIt is shown that one of the most efficient ways to obtain emulsion is cavitation treatment o...
The interest in the research of jet pumps is caused by their wide application in various industries;...
In science and engineering, mathematical modeling serves as a tool to understand processes and syste...
Oil shale is an unconventional energy source, and it is also a potential petroleum substitute. Nowad...
International audienceIn the Oil and Gas industry, installing pipe loops is a well-known hydraulic p...
Today, the correct understanding of the issue of oil and water cavitation is important due to the gr...
Ejectors (jet pumps, jet devices) are widely used in various branches of engineering. They are used...
Oil production with submersible jet pump's installations can successfully solve many problems of wel...
The article presents rationales for choosing the depth of installation of an oil jet pump in the bor...
Application of pump-ejector systems for the utilization of associated petroleum gas reduces the nega...
Barlow’s equation written for a thick-walled cylindrical shell a relationship was found between the ...
This paper presents the dependency of the jet power and the cavitation intensity on the working cond...
This part of the paper presents the relation between the working conditions, nozzle geometry, nozzle...
This PhD thesis experimentally studies the volumetric efficiency of gerotor pumps in aero-engine gas...
The hydraulic equipment and elements are designed so that the flow is not significantly affected by ...
AbstractIt is shown that one of the most efficient ways to obtain emulsion is cavitation treatment o...
The interest in the research of jet pumps is caused by their wide application in various industries;...
In science and engineering, mathematical modeling serves as a tool to understand processes and syste...
Oil shale is an unconventional energy source, and it is also a potential petroleum substitute. Nowad...
International audienceIn the Oil and Gas industry, installing pipe loops is a well-known hydraulic p...
Today, the correct understanding of the issue of oil and water cavitation is important due to the gr...
Ejectors (jet pumps, jet devices) are widely used in various branches of engineering. They are used...
Oil production with submersible jet pump's installations can successfully solve many problems of wel...