Compressor, vacuum, refrigeration engineering and systems of gas transport and processing
Created by specialists of the "Compressor, vacuum and refrigeration engineering" department of Peter the Great St. Petersburg Polytechnic University
Hydrodynamic modeling of heat exchange processes of heat exchangers as applied to large-scale LNG plants
Related Works
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Generalization of the main parameters of gas-dynamic characteristics of centrifugal natural gas compressors for gas pumping units of booster compressor stations in order to develop recommendations for predicting the type of gas-dynamic characteristics
Development of a method for calculating compressed air generation systems at the Severnoye electric depot of the State Unitary Enterprise «Petersburg Metropolitan»
Determination of design characteristics and development of sketches and models of elements of the flow path of the compressor stage of the turbo-expander unit TDA-486/11.8
Researching of methods and devices for reducing methane emissions at oil and gas production and gas transportation facilities during repair work of gas pipelines/devices.
Gas-dynamic design and development of sketches and models of elements of the flow path of the compressor stage of the turbo-expander unit TDA-182.2/11.6
Gas-dynamic design and development of sketches of the elements of the flow path of the compressor stage TK-2 of the turbo-expander unit of the air turborefrigeration unit VTHU-2-20-01
Gas-dynamic design and development of sketches of the elements of the flow path of the turbocompressor TK-1 of the air turborefrigeration unit VTHU-2-20-01
Development of a mathematical model of the working air supply system for the installation for testing CC compartments
Determination of design characteristics and development of sketches of the elements of the flow path of the booster-compressor of the turboexpander unit TDA-36.5 / 6.0
Normative documentation and software development for compressors selection in the compressor stations design
Existing systems complex survey conducting of air supply and distribution for technical needs at the metro sites
Air-collecting receiver gas-dynamic flow and three-dimensional computer modeling study with passage geometrical dimensions determination
Axial compressors elementary blade system efficiency computational studies using experimental data on the diffusivity factor influence
Comparative analysis of the HRC 2,2 with VLD and VD GPA-16 DKS «Ural» aggregates characteristics of Yamburg gas condensate field
Computational analysis of the linear, booster and UGS natural gas superchargers efficiency increasing by increasing the rotation speed
