SKE Equipment

Inline Semi-Auto Carbonation System

SKE Carbonation System is a continuous carbonation equipment specifically designed for beer and various beverages. Its core functionality lies in precise CO₂ proportion injection technology, which stably controls the beverage’s carbonation level within preset standards. Integrated with a booster pump and pressure maintaining valve assembly, the system continuously maintains the pressure environment required for the carbonation reaction. Meanwhile, it adopts a fully hygienic Clean-in-Place (CIP) design, fully complying with hygiene regulations in the food and beverage industry. The series of carbonation systems innovatively integrates an electronic flow control system with a high-efficiency microbubble injector. By increasing the gas-liquid contact area through microbubbles, it achieves nearly 100% CO₂ mass transfer efficiency, ensuring the uniformity and stability of carbonation. It fully meets the stringent requirements for quality consistency in large-scale production.

What is an Inline Automated Commercial Carbonation System?

SKE Inline Carbonation System is engineered to streamline the carbonation process for beer and beverages. Inline carbonation refers to the continuous infusion of carbon dioxide (CO₂) into the liquid stream as it flows through the pipeline. Unlike traditional batch carbonation methods—where beer or beverages are held static in sealed containers while CO₂ is gradually introduced—this integrated automated system delivers a continuous, high-efficiency solution that eliminates downtime associated with batch processing, while ensuring consistent carbonation levels and optimal product quality.

Semi-Auto Carbonation System Feature

  • Auto-control for liquid flow
  • Precise manual-control for Co2 flow
  • Precise manual-control for liquid pressure
  • “PIN-POINT” design, paired with micro-pore stainless steel injector plates, creates intimate gas-liquid bonding by dispersing ultra-fine 5–9 micron bubbles—enabling highly efficient CO₂ carbonation and saturation
  • Small footprint without other utility / energy wasting
  • Multiple capacity available
  • Easy to Clean (CIP)
Update cookies preferences