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Ermakov R.A.,Tatarstan Research Institute of Petroleum Machine Building TatNIIneftemash | Sadykov A.F.,Tatarstan Research Institute of Petroleum Machine Building TatNIIneftemash | Galiullin R.G.,Kazan Federal University | Larionov V.M.,Kazan Federal University
Chemical and Petroleum Engineering | Year: 2011

The principle of operation of piston compressor and piston gas supercharger (delivery pump) operating at resonance frequencies has been studied. The energy efficiency parameter characterizing the energy saving ability of supercharging devices is proposed. Theoretical and experimental data, showing that the energy efficiency of piston acoustic supercharger (pump) is twice as high as the energy efficiency of piston compressor, are reported. © 2011 Springer Science+Business Media, Inc. Source


Sadykov A.F.,Tatarstan Research Institute of Petroleum Machine Building TatNIIneftemash | Nazmutdinov R.M.,Tatarstan Research Institute of Petroleum Machine Building TatNIIneftemash
Chemical and Petroleum Engineering | Year: 2010

Design and results of tests of pump-compressor of the trademark 6MVN-250/5-50 under conditions of gas compression with water injection are described. The test data are analyzed, and the area of possible application, means of raising efficiency, and the plan for further studies are discussed. © 2010 Springer Science+Business Media, Inc. Source

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