Construction of pipelines for a mini-CHP plant based on cogeneration units

[ Year: 2025 ]

[ Country: Ukraine ]

[ Industry: Energy industry ]

Features:

execution of a complex of pipeline systems for different media within a single facility;
integration of gas supply, heat transfer, and technological support systems into a unified engineering infrastructure;
consideration of temperature, vibration, and pressure loads during design and installation;
ensuring tightness, reliability, and safe operation of pipelines;
adaptation of solutions to specific equipment placement conditions.

Implementation:

Gas Supply System:

installation of the primary metering unit at the tie-in point to the distribution pipeline;
laying of the gas transportation system (piping arrangement);
installation of equipment for CGU: solenoid valves, receivers, compressor units with cooling and lubrication systems.

Heat Carrier Systems:

laying of hot water/heat carrier pipelines;
piping of waste heat boilers and heat exchange equipment;
connection to internal or external heat supply systems.

Cooling Systems:

installation of cooling fluid pipelines;
piping of engines, heat exchangers, and auxiliary equipment;
installation of cooling tower;
integration with heat removal systems.

Lubrication Systems:

laying of oil supply and circulation pipelines;
connection to compressor and pumping equipment;
ensuring continuous operation of lubrication systems.

Exhaust Gas Removal System:

installation of gas ducts;
connection to waste heat boilers and chimneys;
ensuring safe removal of combustion products.

Result:

A complex of pipeline systems has been installed, ensuring uninterrupted fuel supply, heat transfer, cooling, and stable operation of technological equipment.
All systems are integrated into a unified technological process and meet the requirements of safety, tightness, and operational reliability.