Guest guest Posted July 23, 2006 Report Share Posted July 23, 2006 I would ball park the carbs at 1-2 carbs per fluid ounce (1g/ml) Percentage of Fructose will be in every ferment and does _not_reduce to zero over time You can test the residue sugar with the diabetic glucose meters (suggested to dilute with pure water 1:1 first then do the math) but the meter does not test fructose levels. [university of California ative Extension, . American Society for Enology and Viticulture Conference report. ]. A simple unscientific method to test sugar levels is to heat up a pan on the stove and then sprinkle a few drops of your brew on the hot surface. Remaining sugars will crystallizes. pH strips are often used as well as sugars are being converted into acids over time. The assumption is the lower the pH the lower the sugar levels. However an experienced brew master when fermenting at lower temperatures can achieve a lower pH with a higher (than otherwise) sugar content. A benchmark for kombucha ferments (Cornell University, Food Services Study) nine-day fermentation at 25° C (77F) prepared by 100 g/L (10%) weight/volume sucrose. Black and green tea at 4.4 g/L (0.44%) steeped for 30 minutes and removed. Previous batch. and colony added: primary bacterium in the colony = Acetobacter xylinum. two primary yeasts = Pichia and Zygosaccharomyces. 3.3% total acid, 0.7% acetic acid, 4.8% glucose, 0.6% ethanol 0% lactic acid 2% Gluconic acid pH 2.5. over 9 days the acidity may go as high as 24 g/L (2.4%) acetic acid, alcohol 14 g/L (1.4%) ethanol. (interesting that this studies indicates the alcohol percentage increases over time) Your results may vary .... live free and healthy Ed Kasper L.Ac. A professional kombuchaist Quote Link to comment Share on other sites More sharing options...
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