With the help of this film, the Ministry of Construction of Oil and Gas Industry Enterprises introduces interested organizations to advanced methods of building compressor stations on gas and oil pipelines.




A train takes new compressor station units from a warehouse.
The units are reloaded onto a railway platform.
Alternating shots of finished units being moved to the installation site.
Map of Tyumen Oblast with sites where the complete block construction method was used.
Unloading a barge with compressor station units.
An all-terrain vehicle transports the units to the installation site.
Workers check the delivered equipment.
Accumulation area with compressor station equipment.
Two cranes carry the structure to the installation site.
Preparing the site.
Trailers for housing and work of the personnel.
Engineering and technical personnel examine the flow method of conducting work.
A cartoon explaining the flow-combined method of work at a construction site.
Equipment prepares the unit site, where the main equipment will be installed later.
Work in the second zone, the so-called high side.
Pouring concrete into prepared areas.
Work to prepare the zero cycle.
View of the construction site.
A surveyor inspects the site.
Cartoon explaining accelerated construction in a single construction corridor of several stations at the same time with a certain shift.
Panoramic view of the construction site.
The crane installs a block with equipment.
Assembly of the unit using the complete block method.
Installation of the compressor piping.
Preliminary large-scale assembly of pipes on the accumulation site.
In the same way, building structures and units of all the main process equipment are assembled.
Pipelayers carry, fitters connect pipes to the station block.
Metal foundation.
Installation of lightweight structures.
Unified insulated panels.
View of the block from inside the structure.
Panoramic view of the construction site.
Finished object.
Photos from the construction of the Urengoy-Uzhgorod highway.
Construction, Compressor station, Flow method, Flow-combined method, Units, Zero cycle, Complete block method
Tyumen region