At a fermented beverage production facility located in a major fruit and food processing hub, our high-speed disc-stack separator system was commissioned to remove sediment and clarify the product, addressing one of the most critical stages of industrial vinegar production.The primary objective was to rapidly remove the vinegar mother, residual yeast, and micron-sized organic particles remaining in the vinegar after fermentation and maturation, while preserving the product’s natural characteristics, aroma, and acidity.
Process and Separator Engineering
In vinegar and fermented beverage processing, natural sedimentation takes considerable time and ties up valuable tank capacity. Our advanced disc-stack separator reduces this process to just minutes.
Fine Clarification with High G-Force: Thanks to its specialized disc-stack design and high centrifugal forces, the system effectively removes submicron suspended particles and fine sediment from the liquid.
Hygienic, Enclosed System Design: Constructed from stainless steel and fully compatible with clean-in-place (CIP) cleaning, the system meets stringent food hygiene requirements. Its enclosed design prevents exposure to the external environment, minimizing the risk of oxidation.
Automatic Sediment Discharge: The self-cleaning bowl mechanism automatically discharges separated sediment and solids from the system without interrupting the production flow.
Key Deliverables and Added Value
Exceptional Visual Quality and Extended Shelf Life: The high level of clarity and brilliance demanded by consumers and industrial buyers was achieved, eliminating the risk of sediment formation after bottling.
Significant Process Time Savings: Natural sedimentation and maturation processes that could take weeks were replaced with continuous in-line processing through separator technology, reducing inventory and tank-related costs.
Maximum Product Yield: Liquid losses were minimized compared with conventional filtration methods, enabling the production of clear vinegar at near-total product recovery.
