Total preparation time until ready to drink is approx 3 weeks. (worth the wait!)
Remove these ads by
Signing UpStep 1Equipment
1) Boiler/Mash Tun to hold 5 Imperial Gallons*/25 Litres. One used in picture is metal with a heating element in the bottom. I think you can buy plastic ones also. Also a large pan would work
2) Fermentor/Bucket to hold 5 Imperial Gallons/25 Litres
3) Sterilizer (eg Sodium Metabisulphite. Chlorine-based, Iodophor, San Star)
4) Water treatement, Calcium Chloride,Epson Salts, Gypsum (see step 4)
3) Stiring implement
4) Large Jug
5) Thermometer
6) Hydrometer
7) Scales to weigh out ingredients
8) Straining Bag (Mashing and Sparging bag)
9) Barrel and/or Bottles
10) Syphon tube
11) Metal bottle tops (if using bottles)
11) Gadget to get metal tops onto bottles (if using bottles)
- Note on Gallons.
1 US Gallon = 3.785 Litres
| « Previous Step | Download PDFView All Steps | Next Step » |
























































































Peace Jeff
I wanted to share a very useful tip with you Instructabrewers.
I heard and read about "wet milling" before, but i never thought it's so easy to do on a homebrew scale.
In the last Zymurgy issue i read about it again, just before i went to brew.
I told it to my brew-buddy and we decided to give it a try. In this article, they used a spray bottle to distribute the water evenly. Our spray bottle at the brewery has sanitizer in it, so i just sprinkled the water from a glass, while my buddy poured the malt from one bucket into another. Then we mixed it by hand and let it sit for 5 minutes, before we started to mill. We use a fixed gap JSP Maltmill.
The grist came out with more husks intact, than with dry milling. The resulting grist also has more volume.
The lautering went on wonderful, even with 70% wheat malt in the grist.
We don't normally have problems with lautering. Except with high percentage wheat grists, or pumpkin and potatoe mashes.(Zombie brewing...)
Give it a try, you will be amazed.
Cheers Thomas
Do this and I'm sure you will remove some of the yeast which result in a higher FG and lower alcohol content.
I will not be trying this again for the following reasons:
1) I don't think my previous attempts where I haven't done this have been excessively "bitter".
2) I like really strong, hoppy and bitter beer, Indian Pale Ales in particular. Get hold of some Little Creatures Pale Ale for the ultimate Hopgasm.
3) I'm not trying to make a commercial style brew. I like my beer to have it's own gamey (Belgian) character.
4) I have found that with really bitter beers a bit of lagering makes the beer more mellow. Leave it for longer.
5) Refrigeration also hides bitterness and living in Western Australia I drink cold beer anyway.
I think that this guy drinks his beer warm and weak.
In the boil phase, the addition of a very small amount of irish moss helps to coagulate haze forming proteins. It is thus important to leave behind a small bit of wort because it is full of junk (hops particles, coagulated proteins), known as the "trub".
That being said, I wouldn't use a centrifuge either. Seriously though, would it kill you to invest in a little bit of tubing to get the liquid to fill up from the bottom of the container.
a good instructable for sure.
The concern about splashing the wort only relates to while it is hot.
It is called "hot side aeration".
http://www.howtobrew.com/section3/chapter16-2.html
after the wort is cooled, using an immersion or plate chiller to chill rapidly or NoChill in a cube over night, you will need to aerate the wort to give the yeast ideal conditions.
thanks
Bjorn
http://www.stompthemgrapes.com/
http://www.beersunlimited.co.uk/
Mineral Salt Adjustment
===================
Historically, breweries were located on sites with established, consistent water supplies having characteristic mineral compositions. This led to the emergence of regional beer characteristics in locations such as Burton-on-Trent, Dortmund, Pilsen, and Vienna. Mineral salt adjustment was held to a minimum and, often, recipes were adapted to the shortcomings of the brewing water.
-* Calcium Sulphate *-
Calcium sulfate is often used as a source of calcium ions and is generally used in brewing British pale ales and bitters. Calcium sulfate treatment is sometimes referred to as "Burtonization" (after Burton-on-Trent in England) because Burton-on-Trent waters are rich in gypsum and this area is world-famous for its pale ales.
-* Magnesium Sulphate *-
Magnesium sulfate is similar to calcium sulfate but is not as effective as calcium in reducing the pH of the mash as demonstrated by the calculation for residual alkalinity.
-* Sodium and Calcium Chlorides *-
Sodium chloride is used to increase sodium and chloride content. Like calcium sulfate, it accentuates bitterness and enhances the flavor and fullness of the beer.