Weyermann® Almanac Beer Recipe
Beer recipe: Helles, Barke Variation
Beer recipe: Dark Ale, Belgian
We are lucky enough to have been granted permission to share this Belgian Dark Ale beer recipe from the Weyermann® Almanac of World Beers with our audience. Please try them out, enjoy and feel free to tag or contact Weyermann® with your finished brew.
We are lucky enough to have been granted permission to share this Helles Barke® variation beer recipe from the Weyermann® Almanac of World Beers with our audience. Please try them out, enjoy and feel free to tag or contact Weyermann® with your finished brew.
Hops in the Beer recipe
A Belgian Dark Ale showcases depth, tradition, and refined balance. Its hop profile blends continental origins with classic noble character. Styrian Golding adds gentle bitterness with a twist of herbal citrus. Used late in the boil, it delivers freshness and clarity. Brewers favour this hop for its versatility and forgiving nature. As a result, it supports complexity without masking malt richness. Saaz provides delicate spice and soft floral aroma. Originating in Czechia, it is a true noble hop with timeless appeal. Traditionally used in lagers, Saaz adapts well to Belgian styles. Therefore, it elevates depth while keeping drinkability intact. Together, Styrian Golding and Saaz create balance. They enhance fruit, caramel, and malt sweetness without overpowering. Consequently, each sip feels layered yet refreshing. Moreover, restrained bitterness ensures smoothness from start to finish. This harmony makes Belgian Dark Ale expressive, elegant, and enduring.
MALT in the beer recipe
Dark Belgian Ales, just like Dark American Ales, form a very unspecific category. Breweries making this beer tend to brew it as a fairly strong ale with an alcohol content of often in excess of 6 percent and seemingly no upper limit, all the way to the yeast’s alcohol tolerance limit. The base malt is often a Pilsner type or a pale two-row ale malt. The beer also needs plenty of aromatic malt as well as some colour malt.
In the mash, the objective is the generation of the maximum amount of fermentable sugars, favoured by the starch-to-simple-sugar conversion carried out by beta amylase between 40 °C (104 °F) and the beta amylase denature temperature of 70 °C
(158 °F). In addition, a thorough hydration rest at the mash-in stage ensures an improved extract efficiency. One way to achieve this goal is a dough-in at roughly 32 °C (90 °F) and simultaneously and slowly decreasing the mash viscosity through
sparging and ramping up the temperature to about 60 °C (140 °F). At this stage alpha amylase enzymes become active and it is advisable to increase the speed of the temperature ramp-up to the mash-out as quickly as possible and to start lautering at roughly 78 °C (172°F). This mash regimen also favors a thorough protein conversion, which peaks at roughly 50 °C (122 °F) but continues until the mash-out. Both protease and alpha amylase enzymes remain active on a declining scale until their denature temperatures of 80 °C (176 °F).
The full set of beer recipes
Dark Ale, Belgian
