The CHR300S Heat Recovery System is a precision-engineered solution designed to capture and repurpose thermal energy generated by oil-injected screw air compressors. This system efficiently converts waste heat—a natural byproduct of the air compression process—into usable hot water, achieving a recovery rate of 186.1 kW. It is specifically built for compressors with a 300 kW power rating, featuring standardized 3.2-inch connection ports for straightforward installation. By elevating water temperature from a 10°C intake to a 60°C discharge, it delivers a consistent and valuable thermal resource directly to your industrial processes, transforming an operational cost center into an efficiency asset.

This system finds critical application across a wide spectrum of industries where compressed air and process heat are daily necessities. Manufacturing plants utilize the recovered hot water for pre-heating boiler feed water, significantly cutting down on fuel consumption. Automotive and metal...

The CHR300S Heat Recovery System is a precision-engineered solution designed to capture and repurpose thermal energy generated by oil-injected screw air compressors. This system efficiently converts waste heat—a natural byproduct of the air compression process—into usable hot water, achieving a recovery rate of 186.1 kW. It is specifically built for compressors with a 300 kW power rating, featuring standardized 3.2-inch connection ports for straightforward installation. By elevating water temperature from a 10°C intake to a 60°C discharge, it delivers a consistent and valuable thermal resource directly to your industrial processes, transforming an operational cost center into an efficiency asset.

This system finds critical application across a wide spectrum of industries where compressed air and process heat are daily necessities. Manufacturing plants utilize the recovered hot water for pre-heating boiler feed water, significantly cutting down on fuel consumption. Automotive and metal fabrication facilities employ it for parts washing and surface treatment processes. Food and beverage operations benefit from clean, heated water for sanitation and cooking. Textile and chemical manufacturers integrate it into dyeing, drying, and reaction processes. Essentially, any industry operating large screw compressors can leverage this system to reduce energy waste and lower utility expenses.

The business value of the CHR300S lies in its direct impact on operational profitability and sustainability. By recovering otherwise wasted energy, it delivers a rapid return on investment through lowered heating fuel or electricity costs. Its reliability is built into a durable, compact chassis (1200x650x1200 mm) designed for industrial environments, ensuring minimal maintenance and seamless operation alongside your compressor. This system differentiates itself through its focused efficiency, converting a specific waste stream into a predictable, usable output, thereby enhancing overall plant efficiency and supporting corporate environmental goals without compromising on performance or uptime.

Key Features:
- Designed for 300 kW oil-injected screw air compressors with a high 186.1 kW heat recovery capacity.
- Features standardized 3.2-inch connection ports for easy integration into existing industrial plumbing.
- Efficiently heats water from an inlet temperature of 10°C to a usable output of 60°C.
- Compact and robust design with dimensions of 1200 mm x 650 mm x 1200 mm for space-efficient installation.
- Engineered specifically to capture and convert waste heat from the compressor oil cooling circuit.

Benefits:
- Significantly reduces energy costs by repurposing waste heat for water heating applications.
- Lowers carbon footprint and supports sustainable, eco-friendly industrial operations.
- Provides a reliable source of hot water for various processes, reducing dependency on primary boilers.
- Improves overall system efficiency by utilizing thermal energy that would otherwise be dissipated.
- Offers a practical solution with a clear return on investment through lowered operational expenses.