GEA Thermo Xchange®
The GEA Thermo Xchange® is an innovative heat recovery system designed to revolutionize traditional drying methods, delivering significant energy savings and reducing environmental footprint. Whether you operate a large-scale industrial plant or a specialized production line, Thermo Xchange® offers a smarter way forward.
The Challenge
Traditional pasta drying systems rely heavily on hot and dry air, which is generated by consuming large amounts of thermal energy. Unfortunately, up to 70% of this energy is lost as humid air is exhausted into the environment. This inefficiency leads to high operating costs, increased CO₂ emissions, and dependency on external climate conditions.
Producers need a solution that recovers wasted energy, stabilizes production, and aligns with environmental goals. That solution is GEA Thermo Xchange®.
How Thermo Xchange® Works
Thermo Xchange® captures the latent heat contained in the humid air extracted from the dryer. Instead of letting this energy escape, our system uses a high-efficiency heat pump to transform it into usable heat at a higher temperature. This recovered energy is then reintegrated into the thermal circuit, powering the drying process without relying on boilers during normal operation. The result is a stable, controlled environment that is independent of external conditions. Moreover, the system provides dual functionality: hot water for drying and chilled water for cooling, ensuring maximum flexibility and efficiency across your production line.
Heat Exchanger specifically designed for the dry pasta production process.
- Pillow plate construction - designed for easy maintenance and cleaning.
- High condensation rate – integrated recovery system for optimal performance.
- Humidity monitoring – Relative humidity probes before and after the heat exchanger for precise control
- Dynamic airflow management automatically adjusted to optimize performance.
Why Choose Thermo Xchange®?
Thermo Xchange® delivers exceptional energy-conversion efficiency, turning wasted heat into valuable thermal power — reducing operational costs, ensuring compliance with environmental regulations, and providing future-proof technology for pasta production.
Key Elements:
• Energy Efficiency: Recover up to 70% of wasted heat.
• Lower Carbon Footprint: Significant CO₂ reduction compared to gas-based systems.
• Eco-Friendly Refrigerant: PFAS-free, non-toxic, and low GWP.
• Compact & Modular Design: Easy integration into existing plants.
• Automatic Cleaning System: Ensures hygiene and reduces downtime.
• Quiet Operation: Ideal for indoor installations.
