Air Cooled Dry Cooler in Nuclear Power Plant Upgrade Project

Project Name: Nuclear Power Plant Upgrade Project

Project Status:

An ageing nuclear power plant in France faced the need for an upgrade to improve power generation efficiency, safety and environmental protection. The goal of the project was to upgrade the nuclear reactor and reduce the temperature of the cooling system in order to improve efficiency and meet stricter environmental standards. To achieve this goal, the designers decided to introduce advanced dry cooler technology to replace the traditional wet cooling system.

Design Parameters:

Dry Cooler Type: Air Cooled Dry Cooler

Cooling Area: 300 square metres

Number of Fans: 18

Design temperature: -10°C to 45°C

Design Humidity: 10 to 60 per cent

Cooling Medium: Air

Customer Feedback:

The customer is very satisfied with the newly introduced dry cooler system. They say that the upgrade has resulted in a significant increase in the power generation efficiency of the plant, as well as a significant improvement in environmental friendliness thanks to the advanced air cooling technology. The customer particularly emphasised the reliability and stability of the new system, praising the new dry cooler for its ability to maintain excellent performance under high temperature and high pressure environments. In addition, the customer also mentioned that the new system is very energy efficient, reducing energy consumption and operating costs.

This case demonstrates the successful application of dry coolers in a nuclear power plant upgrade project. Through well-designed parameters and advanced technology, the new dry cooler system helps the nuclear power plant to improve power generation efficiency and also improves environmental protection, bringing significant economic and environmental benefits to the customer.

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