corosys Beverage Technology
GmbH & Co. KG

The DAS dealcoholization plant removes ethanol from alcoholic beverages such as beer or wine by means of continuous vacuum rectification. Extremely low residual alcohol contents of less than 0.04 vol% can be achieved in a product-friendly manner. The process is established in the brewing and beverage industry for the production of non-alcoholic beverages and is suitable for all common alcoholic starting products such as top- and bottom-fermented beer, wine or sparkling wine. Since the dealcoholization process is applied at low temperatures under vacuum, the product is treated gently without loss of quality. Highly accurate and reliable measuring technology and precise control algorithms guarantee high product quality and process reliability. By integrating all upstream and downstream processes, corosys supplies all steps for the production of non-alcoholic beers and mixed beer beverages from a single source.
• Product-friendly de-alcoholization of beer, wine and other alcoholic beverages • Vacuum rectification at low temperatures • Concentration of ethanol for further use • Optional aroma recovery and dosing • Mixing of the de-alcoholized product with water, mother beer, raw material, etc. • Optionally with downstream carbonation and flash pasteurization • Hygienic design with integrated CIP system • Fully automatic operation with standard PLC control and touch panel • High process reliability due to high-precision measurement technology for alcohol, CO2 and O2 • Optional integration in process control system and remote maintenance

WE ARE EXPANDING OUR PORTFOLIO!

We are excited to introduce our latest addition to the portfolio: The CO₂ Recovery System (CRS)! Following the tremendous success of our patented CO₂ and strip gas-free water degassing technology, we are achieving another milestone in sustainable process engineering in the beverage industry.

Our CO₂ Recovery System (CRS) enables you to efficiently recover and treat carbon dioxide from fermentation and utilize it in subsequent production steps. This can significantly reduce the need to purchase CO₂ and, ideally, nearly halve the overall CO₂ emissions. Dependence on suppliers and fluctuating market prices is dramatically reduced by this system. The carbon dioxide in your product originates from your product.

The goal of our development is to economically cater to smaller production capacities and thereby make the technology accessible to medium-sized breweries.

Our CRS system collects CO₂ in a gas balloon, pre-cleans it through a gas scrubber, compresses it using a compressor, purifies it with activated carbon filters, dries it, and finally liquefies it for storage in a CO₂ storage tank. The process yields CO₂ of the highest quality and purity.

But that's not all! The CRS can be equipped with various optional features such as a foam trap, heat recovery, or rectification to achieve even higher levels of purity. We optimize proven technology to efficiently integrate with your existing process engineering.

Our holistic approach not only considers CO₂ recovery but also addresses your energy requirements and refrigeration system. Together, we will determine how the CRS can optimize your production processes and reduce your costs.

Visit our booth in Hall 6 at BRAUBeviale in Nuremberg to learn more about the benefits of the CRS system and discuss your specific needs. Let us collaborate to shape your future in the beverage industry!

The High Vacuum Water Deaeration (V2WD) is a new development by corosys GmbH. It deaerates water down to a residual oxygen concentration below 10 ppb without use of stripping gas. Optionally the water can be cooled down, filtered or sterilized with ultraviolet light. The function of the unit can be monitored and documented by an in-line oxygen analyzer at the outlet of the unit. The process is employed in the brewing, beverage, food and chemical-pharmaceutical industries and the power industry, wherever water with lowest oxygen content is required to assure high product quality and stability and to avoid corrosion.
The system is characterized by high operational reliability and low energy consumption. • Water deaeration with a two-step vacuum process without stripping gas, CO2 or N2 • Zero Emission of greenhouse gases • Very low residual oxygen values < 10 ppb • Low energy consumption • Optional In-line oxygen analyzer, filtration or carbonization • Hygienic design, full CIP capability • Easy operation, low maintenance effort, long service life • Fully automatic operation with standard PLC and touch panel • Optional integration in process control system and remote maintenance • Individually dimensioned and designed for each specific application • Equipment and components according to customer specification • Compact tubular-frame system (skid mounted)