For a "proper" Old British stout, this is a great recipe from Just Brewing Co. in Johannesburg.
The Vitals | |
Ferment Volume: | 20L (depending on efficiency) |
Efficiency: | ~71% |
Target OG: | 1051 |
Target FG: | 1013 |
Target ABV%: | 5% |
Target IBU: | 33 |
HERE’S WHAT YOU WILL NEED
About the process:
Stouts are supposed to be stronger than a Porter, the process is slightly different and there are many debates on how and when the styles changed. What you want from this brew is a grainy beer with low hop aroma. The body should be full and you should aim for bold roasted flavour akin to coffee.
Ingredients:
Water: Finest water you can source. If you are using municipal water which has been chlorinated, you will have much better results if you are able to filter out the chlorine (using an active carbon / charcoal filter). Boil water for 20 mins to remove chlorine if you do not have a filter.
Malt Bill: This malt bill is nice and complex for layers of flavour and aroma. The Roasted Barley helps gain the colour. The Chocolate Wheat, Cafe Malt and Biscuit malt adds nice head retention and low fermentables, for body, mouthfeel and sweetness.
Malt / Adjunct | Weight | Type |
Pale Malt | 3.8 kg (80.2%) | Base |
Roasted Barley | 43g (0.9%) | Specialty |
Carafa II | 43g (0.9%) | Specialty |
Chocolate Wheat | 286g (6%) | Specialty |
Castle Chateau Malting Café Malt | 286g (6%) | Specialty |
Biscuit Malt | 286g (6%) | Specialty |
Hops Bill: The Fuggle hop is a go-to hop with stouts, so it makes up the flavour / aroma addition of this recipe.
Type | Weight % alpha | Duration | Why? |
Fuggles | 9.5g (4.5%) | 60 mins | Bittering |
Northern Brewer | 14g (7.8%) | 60 mins | Bitterning |
Fuggles | 9.5g (4.5%) | 30 mins | Flavour |
Northern Brewer | 9.5g (7.8%) | 30 mins | Flavour |
Yeast:
Mangrove Jack Empire Ale M15 | This is an English strain yeast used in conventional stout recipes. |
Brewing Process:
Pitching the Yeast and fermentation: Ferment at 20C for 14 days.
Carbonation:
Medium level of carbonation: 2 to 2.5 volumes of CO2.