Project Overview

Power generation facilities require dependable heat dissipation to sustain steady operational performance, especially amid harsh local environmental conditions. As a cooling solution provider,VENTTK supported a Russian power plant client by supplying a dry cooler system. Tailored for the project’s circulating cooling system, this unit features robust heat rejection capability to accommodate the site’s demanding on site operating environment.

Project Information

Country: Russia
Application: Power Plant
Cooling Capacity: 140 kW
Cooling Medium: 56% Ethylene Glycol
Supply Power: 380V / 3Ph / 50Hz
Tube Material: TP2 Copper Tube
Fin Material: High Anti-Corrosion Aluminum Fin
Connection: Threaded Connection

Project Features

The use of 56% ethylene glycol provides enhanced freeze protection, which is especially important for cooling systems operating in Russia’s cold climatic conditions. The selected cooling medium helps reduce the risk of freezing during low-temperature operation and supports more reliable year-round system performance.

The heat exchanger is constructed with TP2 copper tubes and high anti-corrosion aluminum fins. This combination provides efficient thermal conductivity while improving the durability of the heat exchange surface. The anti-corrosion fin design also helps protect the equipment during long-term outdoor operation.

In addition, the threaded connection design facilitates installation and maintenance, allowing the dry cooler to be integrated efficiently into the plant’s existing cooling circuit.

Project Significance

The dry cooler uses an air-cooled heat rejection principle, transferring heat from the glycol solution to the surrounding air without consuming process water. This configuration is particularly valuable for industrial facilities where water availability, maintenance requirements, or operating conditions make conventional water-based cooling less practical.

The project also demonstrates VENTTK’s ability to adapt dry cooler configurations to different industrial applications and regional operating conditions. Through the combination of high-concentration glycol compatibility, corrosion-resistant heat exchange materials, and robust system construction, VENTTK continues to support industrial customers seeking efficient and reliable cooling solutions for demanding applications.