Sweet southern tea
- Carbohydrate 35.9928001034502 g
- Cholesterol 0 mg
- Fat 0 g
- Fiber 0 g
- Protein 0 g
- Saturated Fat 0 g
- Serving Size 1 1 Serving (278g)
- Sodium 1301.01 mg
- Sugar 35.9928001034502 g
- Trans Fat 0 g
- Calories 139 calories
Step-by-step
- In a large glass measuring cup, place the tea bags and add the baking soda.
- Pour the boiling water over the tea bags.
- Cover and steep for 15 minutes.
- Take out the tea bags and do not squeeze them.
- Pour the tea mixture into a 2-quart pitcher; add the sugar.
- Stir until the sugar is dissolved.
- Add in the cold water.
- Let cool; chill in the refrigerator and serve over ice.
Standard recipes rarely explain why a pinch of baking soda transforms heavily steeped black tea from aggressively astringent to remarkably smooth. Tannins, the polyphenols extracted from tea leaves during hot water extraction, bind to proteins and create a bitter, puckering sensation on the palate. Introducing a minuscule amount of sodium bicarbonate raises the pH of the water, neutralizing these harsh acids and softening the overall flavor profile without altering the fundamental plant aromatics. Temperature control during this initial extraction dictates the baseline quality of the beverage. Boiling water, registering at 212 degrees Fahrenheit, maximizes the rate at which caffeine and flavor compounds diffuse into the liquid during the standard 15-minute steep. Squeezing the tea bags at the end of this phase ruptures the delicate cellulose structures of the leaves, releasing excess tannins directly into the concentrate and reintroducing the bitterness that the baking soda was added to combat. Dissolving sugar into the hot, concentrated tea mixture utilizes thermal energy to break molecular bonds, allowing sucrose to achieve full saturation at concentrations that would remain stubbornly granular in cold water. Adding cold water afterward drops the temperature rapidly, diluting the syrup down to a palatable concentration before refrigeration. Regarding substitutions, honey or maple syrup introduce distinct floral or woody notes that chemically conflict with the traditional tannic profile of black tea, whereas unrefined cane sugars add a noticeable molasses undertone due to residual surface impurities. Granulated white sugar remains chemically optimal because its pure sucrose structure dissolves cleanly without imparting competing flavors. Serving this chilled beverage alongside heavily spiced barbecue or rich, fat-heavy proteins provides a cleansing contrast, as the high sugar content and residual astringency effectively cut through dense animal fats on the palate.
