Industrial heat pump for high-temperature applications
Achieve precise temperature control up to 95°C with this industrial heat pump, designed for efficient heat recovery and integration into both heating and cooling systems, optimizing your energy usage and reducing operational costs in large-scale industrial processes.
The GEA RedGenium industrial heat pump system from GEA offers a robust solution for converting low-temperature heat sources into valuable thermal energy. Featuring the advanced GEA Grasso V XHP compressor technology, this system excels in combined cooling and heating applications, efficiently handling waste heat recovery and generating consistent process heat. Suitable for a variety of industries, including food, beverage, and pharmaceuticals, it supports applications such as beer brewing, dairy pasteurization, and district heating. With a heating capacity ranging from 200 to 1,800 kW, the GEA RedGenium operates with industry-leading energy efficiency, courtesy of natural refrigerant ammonia (R717). It integrates seamlessly into production lines with its compact footprint and offers stepless capacity control via a frequency inverter. The system also supports remote monitoring and control through the GEA Omni control panel, facilitating easy integration and maintenance. Available with a cascade evaporator option for enhanced heat recovery, the GEA RedGenium is designed for low maintenance and optimal performance, accommodating a wide temperature range and reducing CO2 emissions.
Benefits
- Minimizes energy consumption and carbon footprint using natural refrigerants.
- Enables versatile applications from industrial heating to cooling, enhancing operational flexibility.
- Reduces installation and operational costs with its compact design and high energy efficiency.
- Supports seamless integration into existing systems with a user-friendly control interface.
- Optimizes heat recovery process, lowering overall heating and cooling expenses.
- Applications
- Heat recovery,Refrigeration,Waste heat recovery,Industrial applications,Combined cooling and heating,Low-temperature heat sources,District heating,Process heat
- End products
- Frozen food storage,Hot water production using solar heat,Chilled storage facilities,Greenhouses,Industrial steam,Hot water for district heating,Beer brewing,Dairy pasteurization,Chemical processes,Hvac systems,Geothermally heated water facilities
- Steps before
- Refrigeration,Heat Source Preparation
- Steps after
- Distribution to Heating Network,Waste Heat Recovery
- Input ingredients
- liquid heat source,wastewater,surface water,ground water,low-temperature heat sources,liquid secondary refrigerant,ammonia gas from refrigeration plant
- Output ingredients
- process heat,local heating,district heating,combined refrigeration and heating,heat carrier up to +95°C / +203 °F,secondary refrigerant outlet temperatures down to -10°C / +14°F
- Heating capacity
- 200 to 1,800 kW / 682 to 6,142 MBH
- Heat carrier supply temperature
- Up to +95°C / +203°F
- Heat source temperature range
- -10°C to +50°C / +14°F to +122°F
- Coefficient of performance (COP)
- 4.19 to 5.17 (varies per model)
- Stepless capacity control
- 500 – 1,500 rpm
- Compressor type
- Reciprocating compressor
- Refrigerant
- Ammonia (R717)
- Footprint
- Compact
- Combined cooling and heating
- Possible
- Heat exchanger type
- Fully welded shell,plate
- Design temperature
- Up to +95°C / +203°F
- Material
- Various plate materials available
- Energy consumption
- Efficiency-optimized,low energy costs
- Working Mechanism
- Reciprocating compressor
- Automation Level
- GEA Omni control panel
- Energy Efficiency
- Industry-leading efficiency
- Cooling and Heating Integration
- Combined cooling and heating possible
- Temperature Control
- Stepless capacity control via frequency inverter
- Pressure Lift Capability
- Large temperature and pressure lift
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- F-gas Regulation Compliance
- Yes
- Natural Refrigerant Use
- Ammonia R717
- Machine footprint
- Compact
- Footprint size
- Minimum
- Unit assembly
- Comes in one piece
- Connection readiness
- Unit ready
- Control panel type
- GEA Omni control panel
- Heat exchanger type
- Fully welded shell,plate
- Control panel type
- GEA Omni control panel
- Capacity control
- Stepless via frequency inverter
- Evaporator type
- Cascade evaporator option
- Heat exchanger material
- Various plate materials available
- Installation setup
- Unit ready for connection
- Footprint
- Compact,minimum footprint
- Heat source compatibility
- Any liquid heat source up to +50 °C
- Market info
- GEA is known for its expertise in engineering innovative and sustainable equipment and solutions, focusing on sectors such as food, beverages, pharmaceuticals, and energy, with a reputation for quality, efficiency, and advanced technological applications in industrial processing.