Energy & motion
Simplified mechanics and optimized process control to reduce auxiliary load and energy demand.
The problem
Beverage filling lines are complex, utility-intensive and sensitive to process instability.
Traditional filling systems require significant mechanical movement, vacuum, CO₂, cleaning cycles and maintenance. In carbonated and isobaric beverages, foam management and oxygen control can affect product quality, losses and sustainability performance.
CO₂ & product stability
Designed to reduce CO₂ losses and improve filling stability in carbonated and isobaric applications.
Oxygen pick-up
Architecture focused on lower oxygen pick-up and better preservation of organoleptic properties.
CIP & water
Simpler flow paths and cleaning logic to target shorter CIP cycles and lower water and chemical burden.
100+ Accelerator pilot fit
A measurable pilot for Climate Solutions and Supply Chain Excellence.
We propose an industrial validation pilot on one beverage product and one container format. The pilot will compare Betha against an existing filling baseline.
- Filling time and cycle stability
- Energy demand and auxiliary load
- CO₂ consumption and product losses
- Oxygen pick-up and product quality indicators
- CIP time, water and chemical burden
Current status
Protected concept, Alpha prototype, ready for industrial validation.
Betha has been developed and tested through a working Alpha prototype on real containers. A utility model was filed in 2024. Detailed drawings, process logic and confidential prototype data are available only under NDA during pilot scoping.
Contact
Innovation & Bottling Solutions srls
Via Lungadige G. Matteotti 12, 37126 Verona, Italy
Email: inn.bott.solutions@gmail.com
For partnership, pilot validation or NDA discussion, please contact us by email.