Gas Turbine Compressor Units
Location
Sumy, Ukraine, Sumy Booster and Main Compressor Stations
Building Type
Compressor Units, Gas Compression
Key Features / Project Achievements:
Processing Capacity:
3 Booster + 3 Main compressors
Building Type:
Single Compressor Units
Engineering Services Provided:
Preliminary Design:
• Needs Analysis and Scope Definition: Identification of key technical specifications such as pressure, capacity, and volume of gas to be transported.
• Site Selection: Analysis of geographic and climatic conditions, proximity to main pipelines, and existing infrastructure.
• Environmental Impact Assessment: Evaluation to ensure compliance with environmental regulations and minimize ecological impact.
• Preliminary Feasibility Study: Development of a conceptual design with cost estimation and project timelines.
• Site Selection: Analysis of geographic and climatic conditions, proximity to main pipelines, and existing infrastructure.
• Environmental Impact Assessment: Evaluation to ensure compliance with environmental regulations and minimize ecological impact.
• Preliminary Feasibility Study: Development of a conceptual design with cost estimation and project timelines.
Technical Design Development:
• Process Flow Diagram (PFD): Selection of compressor types, equipment layout, capacity, and other key technical parameters.
• Engineering Systems Design: Planning of systems for gas supply, power distribution, cooling, lubrication, and auxiliary operations.
• Drafting: Creation of detailed drawings for equipment, pipelines, foundations, structural elements, and cable systems.
• Automation and Control System Design: Engineering automated monitoring, dispatching, alarm, and emergency shutdown systems.
• Engineering Systems Design: Planning of systems for gas supply, power distribution, cooling, lubrication, and auxiliary operations.
• Drafting: Creation of detailed drawings for equipment, pipelines, foundations, structural elements, and cable systems.
• Automation and Control System Design: Engineering automated monitoring, dispatching, alarm, and emergency shutdown systems.
Equipment Selection:
• Compressor Selection: Based on calculated specifications, selection of compressors (e.g., reciprocating, turbine, or centrifugal types).
• Procurement of Auxiliary Equipment: Selection and procurement of essential components, such as heat exchangers, filters, tanks, and pumps.
• Vendor Evaluation: Comparison of equipment costs, reliability, warranty terms, and operational performance across manufacturers.
• Procurement of Auxiliary Equipment: Selection and procurement of essential components, such as heat exchangers, filters, tanks, and pumps.
• Vendor Evaluation: Comparison of equipment costs, reliability, warranty terms, and operational performance across manufacturers.
Detailed Design and Documentation:
• Construction Drawings: Development of layouts for equipment, pipelines, and engineering systems for use during construction.
• Documentation Preparation: Compilation of technical documentation, including specifications, installation guides, operational instructions, and maintenance manuals.
• Engineering Calculations: Additional strength, thermal load, and hydraulic loss calculations for all components of the station.
• Documentation Preparation: Compilation of technical documentation, including specifications, installation guides, operational instructions, and maintenance manuals.
• Engineering Calculations: Additional strength, thermal load, and hydraulic loss calculations for all components of the station.
Construction and Installation:
• Construction Supervision and Oversight: Technical support during construction and continuous monitoring of compliance with design requirements.
• Installation and Testing Procedures: Development of installation plans, testing protocols, and commissioning procedures.
• Installation and Testing Procedures: Development of installation plans, testing protocols, and commissioning procedures.
