Waste heat recovery technology for industrial applications
Industries like cement and glass production generate significant amounts of waste heat during their processes. Without effective utilization, this heat is released into the atmosphere, representing a loss of energy potential and an environmental concern. Efficient recovery and use of this waste heat are crucial for reducing energy costs and enhancing sustainability.
Recovers and utilizes industrial waste heat
The GEA XECO Waste Heat Recovery system efficiently captures and repurposes excess heat from industrial processes. The system comprises a heat exchanger and a heat carrier loop, optimizing heat transfer through a cross-counter current mechanism. This design ensures stability and reliability, even when dealing with high dust content, sticky dust, or abrasive elements in the process gases. Thermal oil or pressurized water can be used as heat transfer mediums in the system. GEA’s extensive experience in emission control allows for a tailored approach to various industrial gases, reducing external energy requirements and optimizing operating costs. The technology is particularly beneficial for the cement and glass industries, where it can be integrated with existing emission control systems to improve sustainability and reduce overall carbon footprints.
Benefits
- Reduces external energy requirements
- Optimizes heat transfer efficiency
- Maintains stability and reliability under harsh conditions
- Minimizes impact on production processes
- Supports enhanced sustainability in industrial operations