DOI: 10.24411/2076-6785-2019-10042
A gas flow swirler is provided in the combustion chamber of piston and turbine gas engines for compressor installations. Unlike standard diffuser flow swirlers that have highlighted drawbacks, the article proposes and investigates with the help of the SolidWorks Flow Simulation program module of a hydrodynamic modeling direct-flow swirler with a helical relief. It is shown that the relief swirl can stabilize and mix the flow no less effectively, and probably better than a diffuser. From the point of view of the effectiveness of the flow swirling, various profiles of the relief of the swirler are considered, with a triangular profile highlighted.
The scientific work is devoted to the creation of anti-surge compressor control with the input regulating throttle. In article was solved the problem of optimal control of the compressor based on a given safety margin to the surge and braking modes.
Today an important task of oil and gas companies is a proper management of hydrocarbons extraction and reducing costs of the process. The use of coiled tubing technologies in penetration into the pay zone and workover operations is one
of the most promising and effective methods.
Along with the reliability and high performance, oil and gas industry requires nitrogen gas generators capable of the rapid deployment and fast relocation. Tegas company offers a wide range of state of the art mobile nitrogen gas generators TGA series which are mounted on the cross-country type truck chassis.
Styrene is a bulk product used in the production of polystyrene as well as caoutchoucs, paintwork materials etc. Styrene quality and process efficiency depend on many factors, one of which is the inhibition of spontaneous styrene polymerization.