Beginner Kombucha Tea Recipe (Easy Step-by-Step Method)
Learn how to make kombucha tea at home with this simple, beginner-friendly recipe. Uses basic ingredients, minimal equipment, and clear steps to help you brew safely and confidently.
Prep Time 20 minutes mins
Cook Time 10 minutes mins
Servings 8 (1 gallon batch)
1 large glass jar (1 gallon)
1 cloth cover or paper towel
1 rubber band
1 medium pot (for brewing tea)
1 wooden or silicone spoon
2-4 glass bottles with lids (for storage)
- 8 cups water
- 4-8 tea bags (black or green tea)
- 1 cup granulated sugar
- 1 SCOBY (symbiotic culture of bacteria and yeast)
- 1 cup starter tea (plain, unflavored kombucha)
Optional for second fermentation
- fresh produce (berries, ginger, citrus)
- fresh herbs (mint, basil)
Brew the Tea. Bring water to a boil. Add tea bags and steep for 5–10 minutes. Remove tea bags and stir in sugar until fully dissolved.
Cool Completely. Let the tea cool to room temperature. This step is critical. Hot tea will damage the SCOBY.
Add Starter and SCOBY. Pour cooled tea into a clean glass jar. Add starter tea. Gently place the SCOBY on top.
Cover and Ferment. Cover the jar with a breathable cloth and secure with a rubber band. Store at room temperature, away from direct sunlight. Let ferment for 7–14 days.
Taste and Adjust. Start tasting around day 7. When it reaches your preferred balance of sweet and tangy, it is ready.
Bottle the Kombucha. Remove the SCOBY and set aside with 1 cup of liquid for your next batch. Pour kombucha into bottles.
Optional Second Fermentation. Add fruit or flavorings to bottles. Seal tightly and let sit at room temperature for 1–3 days to build carbonation.
Refrigerate and Serve. Refrigerate to slow fermentation. Serve chilled.
- Sour smell is normal. Fuzzy mold is not. Discard if mold appears.
- Always use clean equipment to reduce contamination risk.
- Avoid metal and ceramic containers during fermentation.
- If kombucha becomes too sour, reduce fermentation time in future batches.
- SCOBYs can be reused indefinitely and will produce new layers over time.