Frying oil management system for food producers
Achieve consistent product quality and minimize frying costs with this system, designed to optimize oil usage through efficient filtration and sediment removal, perfect for companies needing high-quality fried food production.
Optimizes Frying Oil Usage and Quality
The GEA Frying Oil Management System integrates seamlessly into your production line, combining GEA Fryers and GEA Oberlin Frying Oil Filters to maximize efficiency and product quality. Designed for continuous, high-speed operations, it efficiently manages oil with fast turnover, reducing waste and maintaining optimum frying conditions. Ideal for producing fried chicken nuggets, tempura shrimp, and more, it supports various applications including convenience foods and meatless snacks. With a compact design featuring integrated filtration and sediment removal, this system helps prolong oil life and ensures consistent, high-quality output. It’s equipped to handle diverse capacities and is offered in corrosion-resistant materials, ensuring durability in demanding environments. The system also supports automation with remote monitoring and PLC controls, minimizing downtime and operator intervention. Custom engineering options are available to meet specific production needs, backed by GEA’s extensive support network.
Benefits
- Minimizes oil waste, lowering operational costs and environmental impact.
- Ensures consistently high product quality by maintaining optimal frying conditions.
- Reduces maintenance downtime with efficient sediment removal and filtration.
- Adapts to high-speed production, increasing throughput efficiency.
- Enhances energy efficiency with compact heat exchangers and integrated filters.
- Applications
- Chicken nuggets,Convenience foods,Fish fingers,Tempura-coated products,Non-coated fried pork,Vegetarian fried products,Meatless snacks,Breaded products
- End products
- Breaded pork cutlets,Fried chicken nuggets,Meatless protein bites,Fried tofu cubes,Breaded fish sticks,Vegetable tempura,Tempura shrimp,Fried mozzarella sticks,Plant-based tenders,Battered onion rings
- Steps before
- Battering,Breading,Pre-cooking
- Steps after
- Cooling,Packaging,Quality Assurance
- Input ingredients
- tempura-coated products,breaded products,chicken nuggets,meatless snacks,fish fingers,non-coated fried pork,vegetarian fried products
- Output ingredients
- fried products,high-quality fried foods,filtered oil
- 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.
- Frying oil filtration type
- GEA Oberlin Filter
- Fryer compatibility
- GEA Fryers
- Product type compatibility
- Tempura-coated,breaded,non-coated
- Filtration capacity
- Three different capacities available
- Automation
- PLC-controlled
- Oil turnover rate
- Fast
- Heat exchanger
- Compact
- Power consumption
- Efficient
- Filtration system
- External filter with advanced sediment removal
- Oil management
- SEDIMENT,water,oxidation,light protection
- Automation level
- Manual / PLC / SCADA
- Batch vs. continuous operation
- Batch / Inline Continuous
- Frying oil turnover
- Fast turnover for consistent quality
- Sediment removal efficiency
- External advanced filtration
- Oil management strategy
- Minimized oil consumption with compact heat exchangers
- Oil quality maintenance
- Protection from sediment,water,oxidation,and light
- Compact footprint
- Compact heat exchangers
- Discharge method
- Adjustable oil flow
- Sediment removal
- Advanced sediment removal mechanisms
- Filter system
- Integrated filter systems
- External filter option
- GEA Oberlin Filter range
- Fryer size and capacity
- Custom built per specification
- Oil management system
- Integrated filter systems
- Heat exchanger
- Compact design
- Filtration capacity
- Three different capacities
- Oil turnover rate
- Adjustable
- External filter system
- Advanced high-performance solution