Gladfield Baltic Porter

Batch Size

30L Kettle Full; ~20L (in fermenter)

Ingredients

Malts

  • 4.40kg Gladfield Ale Malt (58.5%)
  • 2.20kg Gladfield Munich Malt (29.3%)
  • 0.44kg Gladfield Light Crystal Malt (5.9%)
  • 0.22kg Gladfield Brown Malt (2.9%)
  • 0.175kg Gladfield Light Chocolate Malt (2.3%)
  • 0.08kg Gladfield Eclipse Wheat (1.1%)

Hops

  • 60min – 15g Pacific Jade 12.7% aa (21 IBU)
  • 30min – 25g Styrian Goldings 4.6% aa (8.5 IBU)

Yeast

Lallemand BRY-97 West Coast Ale Yeast (2 Packets)


Mash Additions:

4.00g Calcium Chloride

2.00g Calcium Sulfate

2.00g Calcium Carbonate

3-4mL 80% Lactic Acid (for pH Adjustment - requires pH Meter)

Water Profile

Brewing Process

  1. Heat Strike Water to achieve Mash Temp of 68°C (~6°C above strike).
  2. Add minerals to Strike or Foundation water.
  3. Begin mashing in. Measure the mash pH (once all the grain is added) to achieve 5.2-5.5 (adjust with 1 mL additions of 88% lactic acid, if required).
  4. Mash at 68°C for 60 mins. Confirm no residual starches remain.
  5. Batch sparge with 78°C water until kettle volume is achieved (or stop runoff when the last runnings drop below 1.010 and pH rises above 5.75).
  6. Boil for 90 minutes adding hops and kettle finings at indicated times.
  7. At End Of Boil, whirlpool while chilling (immersion style) or for 10 mins, stand 15 mins or until chilled to pitching temperature.
  8. Transfer to fermenter at 17-18°C, oxygenating wort (inline or via aeration in fermenter).
  9. Rehydrate and pitch yeast as per manufacturer's recommendations. Ferment at 18°C until 4-6 SG points (1-1.5Po) from FG, then cap the fermentation (spunding valves are great for this). Raise the fermentation set point to 20°C for at least 48hrs to diacetyl rest.

If fining:

  1. 48hrs after FG is reached, crash to 6-8°C.
  2. Add finings after the temperature is stable. Crash to 0-1°C until cleared.
  3. Wait for the beer to clear naturally or fine and filter as required.
  4. Keg or bottle condition - your choice? Aim for 2.5-2.6 volumes of CO2.


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