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.
Transforms Low-Temperature Heat into Usable Energy
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
- 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.
- 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