Construction of compressor stations

Construction of compressor stations is a comprehensive service that provides a full cycle of creating highly efficient gas transportation infrastructure facilities. This service covers all stages from design to commissioning, guaranteeing the customer a fully functional and optimized compressor station. The application of this approach significantly increases the efficiency of gas transportation systems, ensures the reliability of gas supplies, and optimizes transportation costs.

Construction of compressor stations

Service and installation

Key Stages

  1. Design: Development of comprehensive project documentation, including technological aspects, general construction solutions, power supply systems, and automation. This stage considers all specific requirements of the client and the particular characteristics of the site.

  2. Equipment Manufacturing: Production of key components for the station, such as compressors, gas turbines, refrigeration units, and other specialized equipment.

  3. Equipment Delivery: Organization of the delivery of all necessary equipment to the construction site, taking into account the logistical specifics of the project.

  4. Installation Works: Professional installation of all station components, including compressors, gas turbines, refrigeration units, technological pipelines, and cable lines.

  5. Commissioning: Conducting comprehensive testing and adjustments to ensure optimal operation of all station systems.

  6. Getting into operation: The final stage, including the official commissioning of the compressor station and its handover to the client.

Main Functions of Compressor Stations

  • Providing the necessary gas pressure in pipelines.
  • Maintaining a stable gas flow.
  • Optimizing the operation of the gas transportation system.
  • Ensuring uninterrupted gas supply to consumers.

Equipment Manufacturing

The process of manufacturing equipment for compressor stations is highly technological and requires significant resources. Production times may vary from 6 to 18 months, depending on the complexity and volume of the order. Advanced technologies used in production include:

  • Computer modeling and design
  • Precision metal machining
  • Automated assembly lines
  • Strict quality control at all stages of production

Installation and Maintenance

Installation includes:

  • Site preparation
  • Foundation and support structure installation
  • Installation of main equipment (compressors, engines)
  • Laying pipelines and cable lines
  • Installation of cooling systems and auxiliary equipment
  • Adjustment of automation and control systems