Aseptic filling system for sensitive beverages

Optimize your beverage production with an aseptic filling system that ensures product integrity and reduces contamination risks, allowing you to explore new, premium formulations without compromising on safety or quality.

Sterilizes, Fills, and Caps Sensitive Beverage Containers

The GEA Aseptic Filling Pilot Plant is engineered to support beverage and liquid dairy producers by sterilizing, filling, and capping containers under aseptic conditions, minimizing contamination risks and optimizing product integrity. This modular system offers flexibility, accommodating a vast range of bottle sizes and materials, including PET and HDPE, with a sustainable dry sterilization process utilizing vapor-phase hydrogen peroxide for up to 6 log reduction in contaminants.

Designed for pilot and R&D settings, it seamlessly integrates into existing production lines, allowing for scalable evaluation and testing of new beverage formulations. Catering to a variety of applications, it can handle sensitive beverages, both high and low acid types, with or without particulates, and includes a unique aseptic piston doser for precision dosing of large or delicate particles, ensuring high filling accuracy.

With a focus on process optimization, the plant is equipped for fully automated changeovers, transitioning from contact to non-contact filling, while maximizing food safety. The system’s energy efficiency is enhanced by its non-water-reliant sterilization method. It supports strategic investment decisions by allowing on-site customization to meet specific product development requirements, enabling the production of small-scale batches without disrupting routine operations.

Benefits

  • Reduces time-to-market by enabling efficient testing and development of new beverage formulations.
  • Minimizes contamination risks with aseptic filling and capping processes.
  • Enhances flexibility with customizable configurations for various bottle sizes and materials.
  • Lowers operational costs through waterless sterilization using vapor-phase hydrogen peroxide.
  • Streamlines scale-up from pilot to full production with modular design integration.

General


Applications
Carbonated beverages,Milk-based drinks,Sensitive beverages,High acid beverages,Liquid dairy,Innovative beverages,Premium beverages,Low acid beverages,Particle-containing beverages,Still beverages,Fiber-containing beverages
End products
Probiotic drinks,Herbal infusions,Oat milk,Cola drinks,Cream-based drinks,Tamarind soda,Orange soda,Greek yogurt beverages,Cold brew coffee with milk,Strawberry cream soda,Dairy alternatives,Almond milk,Microfiltered milk,Sparkling water,Energy drinks,Aloe vera drinks,Enriched milkshakes,Milk with cereal particles,Liquid meal replacements,Chocolate milkshakes,Fruit juices,Flavored water,Cranberry juice cocktail,Flavored milk drinks,Fizzy lemonade,Enhanced mineral water,Functional water,Vegetable juices,Lactose-free milk,Coconut water with pulp,Dairy-based smoothies,Carbonated soft drinks,Kombucha,Pineapple juice with pulp,Plant-based milk,Lemonade,Kefir,Exotic smoothie mixes,Premium juice blends,Iced tea,Fruit nectars,Apple cider
Steps before
Raw ingredients mixing,Initial product preparation,Thermal product treatment
Steps after
Capping,Hermetic sealing,Aseptic packaging
Input ingredients
raw ingredients,liquid products,PET containers,HDPE containers,additives,carbonated beverages,still beverages,high acid beverages,low acid beverages
Output ingredients
sterilized bottles,capped bottles,aseptically filled packages,innovative beverages,premium beverages
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.

Technical Specifications


Automation
Fully automated changeover
Filling volume
100 ml to 3 L
Sterilization method
H₂O₂ vapor
Log reduction
Up to 6 log
Filling method
Contact and non-contact filling
Container material compatibility
PET,HDPE
Particle dosing method
Aseptic piston doser
Energy type for sterilization
Dry process,no water consumption
Filling accuracy
Maximizes particle filling accuracy

Operating Characteristics


Working mechanism
Aseptic filling
Integrated steps
Sterilizing,filling,capping
Batch vs. continuous operation
Batch
Automation level
Fully automated with changeover options
Energy efficiency
Sustainable dry sterilization
Cleaning method
Dry sterilization
Changeover time
Automated changeover process

Material Compatibility


Abrasion resistance
Yes
Cleanability
High
Biological compatibility
Suitable for food/beverage
Corrosive resistance (e.g. acids)
Yes
Density/particle size
Various liquid types
Container Compatibility
PET,HDPE
Chemical Compatibility
H₂O₂ vapor

Physical Characteristics


Discharge method
Aseptic capping station
Flexible filling module
Handles 100ml to 3L bottles
Interface
Automated changeover
Material compatibility
PET,HDPE
Sterilization process
Dry H2O2 vapor

Custom Options


Control panel type
PLC/HMI integration
Container versatility
100 ml to 3 L
Bottle material compatibility
PET,HDPE
Cap variety
Different sizes/shapes
Module installation
Stand-alone/module integration
Filling head options
Dedicated for large/hard/fragile particles
Sterilization process
Dry using H2O2 vapor