The CHR22S Heat Energy Recovery System is a dedicated thermal capture unit designed for oil-injected screw air compressors. It efficiently reclaims waste heat—a significant byprodu...

The CHR22S Heat Energy Recovery System is a dedicated thermal capture unit designed for oil-injected screw air compressors. It efficiently reclaims waste heat—a significant byproduct of compressed air generation—and converts it into usable hot water through an integrated heat exchanger. This process directly addresses energy waste, capturing up to 16 kWh of thermal energy that would otherwise be dissipated into the environment. Engineered for 22 kW compressors, the system features robust construction with corrosion-resistant materials and standard DN25 connection ports, ensuring durability and compatibility. Its operation is straightforward: coolant from the compressor circulates through the unit, transferring heat to a separate water circuit, which can then be directed to various points of use. This closed-loop design maintains compressor performance while creating a valuable secondary output, making it an intelligent addition to any compressed air system.

This heat recovery solution finds essential application across numerous industries where process heat and hot water are daily operational requirements. In manufacturing and processing plants, the consistent supply of hot water is critical for cleaning equipment, sanitizing production lines, and maintaining hygienic standards. Textile mills utilize the heated water for fabric washing, dyeing, and finishing processes, where temperature control affects quality. Chemical and pharmaceutical facilities benefit from a reliable source of pre-heated water for reactions, cleaning, and sterilization, aiding in precise process control. Automotive workshops and metal fabrication units use it for parts washing and degreasing. Essentially, any facility operating a 22 kW oil-lubricated screw compressor and consuming hot water can integrate this system to offset traditional water heating costs, making it a versatile tool for improving resource efficiency on the factory floor.

The business value of the CHR22S lies in its direct impact on operational expenses and sustainability goals. By recovering waste heat, it reduces the load on primary water heaters or boilers, leading to measurable decreases in fuel or electricity consumption dedicated to heating. This translates into lower utility bills and a faster return on investment. The system enhances operational reliability by providing an independent, compressor-driven hot water source, adding redundancy to thermal supply. Its robust, low-maintenance design minimizes downtime and service costs, built to withstand industrial environments. Furthermore, implementing heat recovery demonstrates a commitment to efficient resource use, which can support corporate environmental targets and compliance with increasingly stringent energy regulations. It represents a practical step toward more sustainable manufacturing without compromising on performance or adding operational complexity.

Key Features:
- Designed specifically for integration with 22 kW oil-injected screw air compressors.
- Recovers up to 16 kWh of thermal energy from compressor waste heat.
- Produces hot water at a flow rate of 0.39 cubic meters per hour.
- Constructed with durable materials for reliable performance in industrial settings.
- Features standard DN25 connection ports for straightforward installation.

Benefits:
- Significantly reduces energy costs by lowering dependence on separate water heating systems.
- Improves overall facility energy efficiency by utilizing waste heat.
- Provides a reliable source of hot water for various industrial processes.
- Supports sustainability initiatives by reducing carbon footprint associated with heating.
- Offers a compact design (900x550x910 mm) for easier integration into existing spaces.