Membrane Filtration Technology for the Production of Alcohol-free Beer
Supporting small to large feed rates, and configurable for both batch and continuous processes, the dedicated AromaPlus system is built on our reverse osmosis (RO) membrane filtration technology. Whichever process you choose, the AromaPlus technology removes alcohol to 0.5% or to 0.05% ABV.
Frame-mounted and ready for installation, the AromaPlus unit includes filtration modules fitted with special reverse osmosis membranes, pumps, internal piping, a clean-in-place (CIP) dosing unit and control technology for semi-automatic operation. The unit layout is modular, enabling the alcohol content of the beer, desired degree of dealcoholization and other factors to be adapted according to the specific process. Depending on their size, AromaPlus units are designed to batch process 50 to ≥ 1.000 hL per day, although larger dealcoholization units for continuous processing are available.
Reverse osmosis works at filtration temperatures of approximately 10 to 15 °C, presenting no thermal stress to the beer. The composite membranes allow water and alcohol to pass through and, as such, essential ingredients that comprise the aroma, color and turbidity are retained. GEA uses thin-film polymer membranes because they have a higher chemical resistance than the cellulose acetate membranes originally used for dealcoholization.
The AromaPlus system is also cost-effective, so that even smaller breweries can consider investing in a dedicated dealcoholization unit on site.
Presented by The Brewers of Europe and produced by BBC StoryWorks Commercial Productions, the GEA, film is part of the Brewing Ambition series, which gives a snapshot of a European beer culture with a strong heritage and a bright future ahead.
Adnams Brewery (UK) responds to growing low-alcohol demand by producing award-winning Ghost Ship 0,5% using GEA’s AromaPlus membrane dealcoholization technology .Fergus Fitzgerald, Adnams Head Brewer wanted to get close to the flavor and sensation of Ghost Ship 4.5% abv, Adnams’ main seller.
GEA’s reverse osmosis dealcoholization technology preserves the original character of the Andechs wheat beer.
A Scandinavian first for dealcoholization of beer with the GEA AromaPlus.
GEA cross-flow filtration with robust ceramic membranes are used for the effective recovery of beer from tank bottoms. Modular plants are supplied on compact skids in three standard sizes with processing capacities of approximately 250 hl, 500 hl and 1000 hl per day depending on the dry solids content of the product.
It is now possible to recover more than 90 percent of a spent caustic solution by using pH-resistant nanofiltration (NF) membranes. Benefits include reduced operating costs and better performance.
Condensate from evaporation plants is used as boiler feed water, process, cooling, and rinsing water or is directly discharged into a drainage ditch. For this purpose, the condensate must be purified. Impurities in the condensate can be removed by membrane filtration, in the particular case by reverse osmosis, and high condensate qualities can be...
GEA’s cross-flow membrane filtration units have been specifically designed to deliver a clear, colorless, tasteless and aroma-free neutral alcoholic base. The neutral alcohol base used in a hard seltzer derives from a fermentation process with no distillation step.
Non-alcoholic beer: Preserving the magic of taste
Staying Close to Our Customer
Staying Close to your End Customer
GEA's innovative process marks a milestone in the pretreatment of biofuels such as hydro-treated vegetable oil and sustainable aviation fuel. By eliminating the bleaching process, manufacturers benefit from significant savings potential: over 50% lower operating costs and up to 12% less CO2 emissions.
Climate change and a growing world population put increased pressure on the energy-intensive food industry to feed more people without further impacting the planet. George Shepherd, GEA’s Global Technical Sustainability Manager, explains how GEA uses its engineering know-how to help processors produce more sustainably yet increase productivity.