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The Recipe
You can probably tell by now, making sake is more about process than ingredients. Even still, you have to know what you need for ingredients before you can start, right? Here’s my basic recipe for about three gallons of sake, which can be scaled pretty easily.
10.00 lbs (4.54 kg) Short grain white rice 40.00 oz (1.13 kg) Cold Mountain Rice Koji (2x 20 oz tubs) 2.00 gal (7.60 l) Cold water 0.75 tsp (4.00 gm) Brewer's yeast nutrient 1.00 pn (0.70 gm) Epsom salt (magnesium sulfate - MgSO4) 1.25 tsp (7.00 gm) Morton Salt Substitute (potassium chloride - KCl) 1.00 pack WYeast Sake #9 Yeast
The ratio of the main ingredients in this recipe follows the traditional ratios that tojis have been using for centuries: koji:rice:water ratio of 25:100:160. That is 2.5 pounds of koji to 10 pounds of dry rice to 16 pounds of water. You can change the unit types (pounds, kilograms, whatever) to whatever you like, as long as you maintain that ratio.
You may notice a few "funky" ingredients on this list. Those being the salts. Unlike wort made from barley, rice doesn’t contain the minerals and amino acids that yeast needs for a healthy fermentation. So we’re supplying those nutrients with the water. Brewer's yeast nutrient for nitrogen, Epsom salts for magnesium, and Moton Salt Substitute for potassium and chloride. Please note: do not use a different brand of salt substitute without reading the ingredients list. Most other brands use calcium chloride, which normally isn't a bad thing to add to a batch of beer, but it’s not going to supply the potassium that we need here. These additions aren't absolutely necessary (in fact, the current batch of sake detailed in this thread was made without them), but they help your yeast get a "leg up" on all other microbes and in the long run will help to produce the most alcoholic sake possible.
Also conspicuous in its absence is the citric acid, vintner’s acid blend, or citrus juice that most of the sake recipes found on the internet call for. Please don’t do this to your sake. Commercial sake brewers do it, but that doesn't mean you have to. The stated purpose for this addition is “to protect the sake from infection and decrease the time required for shubo by lowering the pH.” I feel that this really isn’t necessary because there is going to be a lactic ferment along with the main yeast ferment that will acidify the sake for you and, along with the dominant sake yeast, will help to keep all other microbial activity in check. Citric acid is also a powerful antioxidant, which hurts your yeast’s reproductive cycle. If you feel that you must adjust the pH of your moto, use the food grade 88% lactic acid solution available from any homebrew supply store. I'll tell you when, how much, and how to use it at the appropriate time in this guide.
On the next page I’ll cover the ingredients in detail, as well as the required equipment.
I'm loving your directions for making Sake. I have the last of my rice steaming as I write.
I do have a couple of questions, though.
First, at the end of the page talking about steaming and then fermentation, you say next is pasteurization.
When you go to the next page, it talks about bottling and "re-pasteurizing" the sake.
When does it get the first pasteurization, and why does it need to be done twice?
Second, I'm doing it with the 60% polished rice. I plan on Bottling one gallon as nigorizake, one as Moroka, and one as seishu.
If I understand right, letting it settle and bottling only the liquid gives you Moroka, and fining with bentonite gives you Seishu- is that correct?
If I use the 60% polished rice, is it still Nigorozake, Moroka Sake, and Seishu Sake, or are they named different? What makes it Ginjo sake?
Thanks for the great guide, and for taking the time to answer questions from Noobs like myself.