Compact refrigeration compressor package
Optimize your industrial refrigeration with a compact compressor package designed for high efficiency, integrating seamlessly into your existing systems to enhance cooling and oil separation for continuous operations.
The GEA FES GMX series, offered by GEA, is a versatile packaged compressor system designed for optimizing industrial refrigeration tasks across various industries such as food, beverages, pharmaceuticals, chemicals, and more. Engineered to support high-stage, booster, or single-stage operations, this system integrates seamlessly into existing production lines to enhance cooling and oil separation processes.
The GMX utilizes a multi-stage oil separator design to minimize oil loss, ensuring efficient and smooth operation. With a capacity range of 164 to 618 CFM, it accommodates multiple refrigerants, including ammonia (R-717), which has a global warming potential of zero, making it environmentally friendly. Key applications include freezing and cooling for food products like frozen vegetables and dairy, as well as maintaining the integrity of sensitive pharmaceuticals like vaccines.
The system features a PLC-controlled GEA Omni control panel that supports remote monitoring, enhancing operational oversight. Multiple oil-cooling options—be it thermosiphon, liquid-injection, or water-cooled—cater to diverse operational needs. With a service-friendly, compact design, maintenance is straightforward, reducing downtime. The equipment can be configured to meet specific operation requirements, with engineering support available for tailored solutions.
Benefits
- Enhances energy efficiency by supporting natural refrigerants with zero GWP.
- Lowers operational costs through minimized oil loss and efficient oil separation.
- Integrates easily into existing systems with versatile operation modes.
- Offers remote monitoring for improved process control and reduced labor.
- Supports environmental sustainability with customizable configurations and eco-friendly refrigerants.
- Applications
- Chemical processing,Industrial refrigeration,Pharmaceutical refrigeration,Refrigeration systems,Cold chain management,Oil and gas processing,Food and beverage refrigeration,Marine refrigeration
- End products
- Seafood,Meat products,Vaccines,Chemical precursors,Crude oil derivatives,Frozen vegetables,Ice cream,Dairy products
- Steps before
- Refrigerant Selection,System Integration,Installation
- Steps after
- Oil Separation,Cooling,Discharge Management
- Input ingredients
- refrigerants,ammonia,R-717
- Output ingredients
- compressed refrigerant
- Capacity
- 164 to 618 CFM
- Refrigerant Type
- Ammonia (R-717)
- Global Warming Potential (GWP)
- Zero
- Oil Separator Design
- Multi-stage
- Oil Cooling Options
- Thermosiphon,Liquid-injection,Water-cooled
- Control Panel Type
- High-definition,Multi-touch GEA Omni
- Discharge Hold Back
- Integrates without external oil pump
- Package Layout
- Service-friendly,Compact
- D-flange Motor
- No alignment required
- Working mechanism
- High-stage,booster,or single-stage operation
- Automation level
- High-definition,multi-touch control panel (GEA Omni)
- Integration options
- Multi-stage oil separator,multiple oil-cooling options
- Compact layout
- Service-friendly and compact
- Oil management
- Low oil loss with no external oil pump needed for R-717
- Cooling method
- Thermosiphon,liquid-injection,water-cooled
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Machine footprint
- Compact layout
- Control panel type
- High-definition,multi-touch GEA Omni control panel
- Discharge method
- Discharge hold back
- Control panel type
- GEA Omni control panel
- Oil cooling options
- Thermosiphon,liquid-injection,water-cooled
- Motor type
- D-flange motor
- Refrigerant compatibility
- Ammonia (R-717)
- 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.