Premix system for carbonated beverages
Ensure precise carbonation and blending for your beverage lineup with this advanced premix system, designed to enhance product consistency and optimize CO2 usage throughout the production process.
Carbonates and Mixes Beverages with Precision
The Premix System from Comac is specifically designed for optimal carbonation and mixing of a wide variety of beverages, including carbonated soft drinks, fruit juices, teas, isotonic drinks, and beers. This system employs cutting-edge techniques such as deaeration in a CO2-pressurized tank and precise CO2 injection using flowrate meters and modulating valves, ensuring accurate and repeatable product quality. Its static mixers enhance fine gas dispersion and effective component integration.
Suitable for processing capacities that meet diverse production demands, the Premix System seamlessly integrates into continuous, automated beverage lines, powered by high-prevalence centrifugal pumps. This system is compact and easy to install, making it ideal for both new and retrofitted production environments. Optimization for reduced CO2 consumption minimizes operating costs, while temperature control within holding tubes maintains product stability and quality.
Constructed with durable materials for corrosion resistance, this equipment is designed to meet stringent food and beverage industry standards. Comac provides engineering support and customization options, ensuring the Premix System fits your specific production requirements while maximizing operational efficiency.
Benefits
- Ensures consistent product quality with precise CO2 dosing and mixing.
- Saves operational costs by reducing CO2 consumption through efficient deaeration.
- Facilitates easy integration into existing lines with a compact, modular design.
- Maintains production stability with advanced temperature control and pressure management.
- Minimizes maintenance with corrosion-resistant construction and reliable component engineering.
- Applications
- Non-alcoholic drinks,Isotonic drinks,Beer,Nectars,Carbonated soft drinks,Tea,Fruit juices
- End products
- Orange soda,Green tea,Sports drink,Apple juice,Black tea,Lager beer,Peach nectar,Orange juice,Lemon-lime soda,Pale ale,Lemon iced tea,Non-alcoholic pale ale,Cola,Electrolyte water,Mango nectar,Non-alcoholic lager
- Steps before
- Deaeration,Nebulization,CO2 Pressurization
- Steps after
- Product Stabilization,Temperature Control,Filling,Conveyance
- Input ingredients
- product,water,air
- Output ingredients
- carbonated product,carbonated soft drinks,nectars,fruit juices,tea,isotonic drinks,beer
- Market info
- Co.Mac is recognized for its expertise in designing and manufacturing customized bottling and packaging solutions for the beverage industry, delivering innovative and high-quality machinery that caters to specific client needs in the global market.
- Deaeration pressure
- Light CO2 pressure
- Pumping method
- Centrifugal pump
- CO2 saturation system
- Injection-mixing system
- Mixing accuracy
- Maximum accuracy with flowrate meters and modulating valve
- Static mixers
- Included for fine dispersion
- Stabilization method
- Holding tube and buffer tank
- Temperature control
- Used for fixed CO2 pressure maintenance
- Feed method
- Conveyed by centrifugal pump
- Pressure stability
- Increasing pressures for stability
- Design
- Compact,easy to install
- Working mechanism
- Deaeration and CO2 saturation
- Integrated steps
- Nebulization,CO2 pressure control,mixing
- CIP/SIP
- CIP Available
- Automation level
- Automated flowrate and dosing control
- Batch vs. continuous operation
- Continuous
- Air incorporation control
- Deaeration with CO2
- Changeover time
- Quick installation and setup
- Cleaning method
- CIP
- Energy efficiency
- Low CO2 consumption
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Container Size and Shape
- Various
- Tank shape and size
- Cylindrical,deaeration tank
- Feed method
- Nebulization by diffusers
- Discharge method
- Conveyed by centrifugal pump
- Footprint
- Compact design
- Compact Design
- Yes