Scientific and engineering group

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

+7 (812) 715-41-64
中文 / RUS

General industrial centrifugal compressor preliminary scheme development

As a part of the work, the mass and dimensions and the main technical characteristics of a promising three-stage centrifugal compressor were determined. Recommendations for further design are given to the plant.

Похожие работы

Loading

Gas-dynamic design of a centrifugal gas blower according to the terms of reference in two versions

Gas-dynamic design of a centrifugal gas blower according to the terms of reference in two versions

Gas dynamic design of a centrifugal steam gas compressor

Gas dynamic design of a centrifugal steam gas compressor

Preliminary calculation of the centrifugal blower with an assessment of the possibility of execution

Preliminary calculation of the centrifugal blower with an assessment of the possibility of execution

Development of a technical solution configuration for increasing flare gas pressure

Development of a technical solution configuration for increasing flare gas pressure

Preliminary calculation of a centrifugal blower

Preliminary calculation of a centrifugal blower

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

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

Determination of layouts and main characteristics of centrifugal boil-off gas compressors

Determination of layouts and main characteristics of centrifugal boil-off gas compressors

Determination of the layout and main characteristics of the centrifugal exhaust gas blower

Determination of the layout and main characteristics of the centrifugal exhaust gas blower

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 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 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

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

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

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

Normative documentation and software development for compressors selection in the compressor stations design

Natural gas centrifugal compressors design

Natural gas centrifugal compressors design

Single-stage centrifugal compressor passage design with an axial impeller for GPA with a capacity of 32 MW

Single-stage centrifugal compressor passage design with an axial impeller for GPA with a capacity of 32 MW

Axial compressors elementary blade system efficiency computational studies using experimental data on the diffusivity factor influence

Axial compressors elementary blade system efficiency computational studies using experimental data on the diffusivity factor influence

GPA axial compressors gas dynamic and design parameters efficiency research and analysis in order to determine the rational scope of application

GPA axial compressors gas dynamic and design parameters efficiency research and analysis in order to determine the rational scope of application

Special design fan for aggressive gases

Special design fan for aggressive gases

16 MW natural gas supercharger outlet chamber optimization

16 MW natural gas supercharger outlet chamber optimization