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Upstream Design Development

Investment Justification Studies and Feasibility Studies:

  • Assessment of cost-efficiency of Investment Projects
  • Feasibility Studies for commissioning new oil and gas fields

    Design Development:

  • Issuing Statements of Work for Engineering and Geological Surveys and insuring that Surveys are complete
  • Selection of routing, justification of flow modes
  • Drilling of wells: development of Detailed Designs for construction of oil and gas wells and well pads
  • Development and Commissioning of Oil and Gas-Condensate Fields:
    • Integrated designs for development of oil and gas condensate fields
    • Development of facility designs for oil, gas and product trunk pipelines
  • Oil and Gas Pipelines:
    • Integrated designs for the line part of gas pipelines taking into consideration all potential external loads including seismic loads
    • Design development for Oil Pump Station and Gas Compression Stations, Electrical and Chemical Corrosion Protection Facilities, Power Supply Facilities, Communication Lines
    • Design development for Underwater River Crossings
  • Environment and Environmental Safety:
    • Environmental justification of facility sittings
    • Environmental Impact Statements
    • Development of Integrated Environment Protection Solutions when designing field development facilities and oil and gas transportation and processing facilities
  • Development of Special Sections of Designs:
    • Emergency Response Plans
    • Process Procedures
    • Emergency Control Plans
    • Risk Assessments
  • Procurement of Non-standard Equipment
  • Construction and Erection Supervision, Chief Site Management and commissioning


      Processes and Technologies

      Integrated designs for Development of Oil and Gas-Condensate Fields
      Optimization of Product Gathering System, Product Preparation for Export Lines, Export Lines for Oil, Gas, Condensate, Commercial and Operational Metering Facilities for Commercial Product, Utilization of Associated Gas for Power and Heat Production, Moto Roads, Bridges, Dry and Hydro-equipment Methods for Operating Construction Soil Quarries, Overhead Power Lines, Support and Infrastructure Facilities, Fuel and Lubricant Storage and Loading/Unloading Stations for Rail Road and Water Transport, Fuel Filling Stations, and Gas Facilities

      Development of Facility Designs for Oil, Gas and Trunk Product Pipelines
      Optimization of Routing, Justification of Pipeline Flow Modes, Equipment Selection, Justification of Transportation Routes for Equipment and Material Delivery to the Construction Area, Electrical and Chemical Corrosion Protection Facilities, Automation and Communication Facilities, Helicopter Pads, and Designer’s Supervision of Construction Projects

      Development of Designs for Construction of Oil and Gas Wells and Well Pads
      Production Strings Analysis, Recommendations for Using: Bottom-hole Motors, Drilling Muds and Bits

      Design Development for Oil Pump Station and Gas Compression Stations
      Construction Site Selection Reports, Hydraulic Analysis and Selection of Equipment

      Design Development For Underwater Crossings by Directional Drilling or Construction of Culverts


      Design Projects for Upstream Oil and Gas Industries


      65% Facility Designs for Refining and Petrochemical Industries 
      25% Facility Designs for Upstream Oil and Gas Industry  
      10% Development and Review of Industrial Safety Statemensts. Industrial Safety Surveys. 

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