Malolactic Fermentation or what is often referred to simply as MLF, is the process where lactic acid bacteria converts malic acid to lactic acid. For cider makers, MLF can be a very important process because apples are high in malic acid. As a result, MLF can reduce the acidity found in hard cider made from … Continue reading Malolactic Fermentation and Citric Acid
I don’t have classic cider apples growing around me. I have found some wonderful American heirloom varieties but, even those aren’t considered true cider apples. Most people have access to a wonderful range of cooking apples like Granny Smith and Bramley or eating apples like Red Delicious, Fuji, and Gala. Unless you live in certain … Continue reading Cider Question: Can I use culinary and eating apples to make cider?
Malolactic fermentation (MLF) is a process that usually occurs after primary or alcoholic fermentation completes. Fundamentally, it’s the conversion of malic acid to lactic acid. Malic acid is more acidic compared to lactic acid so MLF reduces the acidity of your cider. Other reactions that impact aroma also occur. Diacetyl creation is one of the … Continue reading Cider Question: How can I encourage Malolactic Fermentation (MLF)?
I tested 3 samples of the strain Lachancea thermotolarens from the USDA last year. Lachancea thermotolarens is a very interesting yeast and I suggest reading my overview if you want to explore it in more detail. I also explored Pichia kluyveri, Candida zemplinina, and Hanseniaspora uvarum. Just search non-Saccharomyces on the site or look for … Continue reading Non-Saccharomyces Yeast: Lachancea thermotolarens
Things happen and you aren’t always able to process all the apples you need to fill your fermenter. For example, not all apples ripen at the same time. In fact, a single tree may take weeks to ripen all the apples on it. Maybe your grinder or press broke or you picked more apples than … Continue reading Cider Question: How can I delay processing my apples?
I obtained 11 samples of non-Saccharomyces yeast from the USDA and have been conducting trials for my hard cider batches. Three of those strains where Pichia kluyveri. If you haven't read it, I would encourage you to review my overview of Pichia kluyveri and the other strains. Just search non-Saccharomyces on the site or look … Continue reading Non-Saccharomyces Yeast: Pichia Kluyveri Results
Scientifically, yeast are identified by a classification methodology. They are part of the fungi kingdom and they will have different families and orders(1). For alcoholic beverages makers, like hard cider makers, we usually focus and talk about three classifications for yeast. The first and highest level is the genus. Saccharomyces is a genus of yeast. … Continue reading Cider Yeast: Classifications
If you are like me, you are interested in trying different apples but more importantly, you’re interested in cheap apples. Those may come from a backyard or roadside tree or even from an orchard. Often, they are damaged either from insects or weather, like hail. This inevitably leads to this week’s Cider Question about whether … Continue reading Cider Question: Can I use apples with worm holes?
Have you ever heard of a mistelle? I hadn’t until I was doing some research on pommeau, which is a drink made by blending calvados and apple juice. Calvados is apple brandy, also called applejack in the United States. It is basically cider that has been distilled into a spirit or liquor. If you look … Continue reading Cider Mistelle: A Method for Unique Ciders
Sugar is a fundamental element of making hard cider. Without sugar, yeast couldn’t ferment juice and produce ethanol so we wouldn’t have cider. We also wouldn’t have vinegar because vinegar is formed from the ethanol produced by the sugar. Isn’t it interesting how a single simple compound can have such a dramatic impact on human … Continue reading Cider Fundamentals: Sugar