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ProCarb™ Mini - Mobile Beverage Carbonation and Nitrogenation

The ProCarb Mini utilizes the same proven technology found in the ProCarb but delivers it in a smaller, ultra-portable, lower cost package for brewers wanting to reap the gains of quicker inline carbonation, more precise carbonation control than using stones, higher CO2 utilization, and reliable, maintenance free operation with Allen-Bradley PLC control and automation. ProCarb Mini is cost effective inline carbonation or nitrogenation system designed to speed up and simplify the process of carbonation or nitrogenation in any craft brewery before filling and seaming.

Pro Carb Mini Beverage Carbonation Machine PROBREW LEFT
Pro Carb Mini Beverage Carbonation Machine PROBREW STRAIGHT
Pro Carb Mini Beverage Carbonation Machine PROBREW RIGHT
ProCarb Mini Carbonation and Nitrogenation Animation

Features & Benefits

  • Reduce carbonation times by over 500%
  • Optional 24 VDC battery power allows up to 12-hours of cordless operation
  • Safe and easy movability
  • 1’ x 2’ foot print
  • PLC controlled digital flow-meters and simple hose connections allow easy, automatic operation and accurate carbonation injection control.
  • Automatic pressure control guarantees levels and saturation pressures for optimal stability and quality
  • Optimally disperses gasses while eliminating room for unwanted DO (dissolved oxygen)
  • Increase CO2 or N2 utilization with improved accuracy and repeatable results
  • Increase sustainability and reduce carbon footprint

Additional Products

ProCarb™ - Beverage Carbonation and Nitrogenation System

ProCarb is a state-of-the-art beer carbonating system and nitrogenation solution, providing the most accurate, consistent, and quick in-line carbonation and nitrogenation.

ProCarb™ Plus - Beverage Carbonation and Nitrogenation

This revolutionary, proven process of carbonating or nitrogenating within the centrifuge offers significant benefits to brewers; such as, space savings, energy savings, tighter process control, precise and stable carbonation and nitrogenation, and a substantial reduction of potential DO (Dissolved Oxygen) pickup within the separator or throughout in the cellaring process.