The CHR110S Heat Energy Recovery System is a precision-engineered solution designed to capture and repurpose the substantial waste heat generated by 110 kW oil-injected screw air c...

The CHR110S Heat Energy Recovery System is a precision-engineered solution designed to capture and repurpose the substantial waste heat generated by 110 kW oil-injected screw air compressors. In typical industrial compressed air systems, a large percentage of the input electrical energy is converted into heat, which is traditionally dissipated through cooling systems and lost. The CHR110S intercepts this thermal energy via an efficient heat exchanger, transferring it to water circulating through the system. This process yields up to 1.17 cubic meters of usable hot water per hour, effectively converting a costly waste stream into a valuable resource. Built for durability with corrosion-resistant materials, its robust construction ensures reliable performance in demanding environments, offering a direct path to enhanced operational sustainability and significant utility cost reduction.

This system finds critical application across a wide spectrum of energy-intensive industries. In manufacturing and processing plants, such as those for food, beverages, chemicals, and textiles, the constant demand for heated water for cleaning, sterilization, and various production stages represents a major operational expense. The CHR110S seamlessly integrates into these settings, providing a dedicated, recovered heat source that displaces the need for traditional water heaters powered by electricity, gas, or steam. By targeting facilities with large compressor installations, it addresses a key point of energy inefficiency, making it an essential component for plants committed to optimizing their energy usage, lowering carbon emissions, and achieving stricter environmental compliance standards through practical, measurable actions.

The business value of the CHR110S is rooted in its direct impact on profitability and operational reliability. Its primary benefit is a rapid reduction in energy expenditures; by harnessing otherwise wasted heat, it drastically cuts the fuel or electricity required to generate hot water, leading to a compelling return on investment. Furthermore, it enhances the overall efficiency of the compressed air system, which can reduce the thermal load on the compressor's own cooling system and potentially extend its service life. The system's design prioritizes reliability with low-maintenance components and a compact form factor for easier integration. This reliability translates into consistent hot water supply without interrupting core production processes, providing not just cost savings but also greater process stability and control for serious industrial operators.

Key Features:
- Specifically designed for integration with 110 kW oil-injected screw air compressor systems.
- Recovers up to 68.3 kWh of thermal energy from compressor waste heat.
- Produces a continuous flow of usable hot water at a rate of 1.17 cubic meters per hour.
- Features standard DN40 connection ports for simplified installation and system integration.
- Constructed with a durable, compact chassis measuring 900x550x910 mm for space-efficient deployment.

Benefits:
- Significantly lowers operational costs by reducing energy consumption for water heating.
- Improves overall plant energy efficiency and supports sustainability initiatives.
- Provides a reliable, on-demand source of hot water for critical industrial processes.
- Built with robust materials for long-term, low-maintenance operation in harsh environments.
- Offers a practical solution with a clear return on investment by monetizing waste energy.