Superjuicing
IntermediateUsing citric acid and citrus peels to extract 6-8x more juice than traditional juicing methods.
Tools Required
How To
1. Weigh or measure the peels of your citrus fruit — lemon, lime, or grapefruit — discarding the flesh. 2. Combine the peels with measured amounts of citric and malic acid in water, using the standard ratio: 45g citric acid, 15g malic acid, and 340g water per 100g of peels. 3. Blend the peel and acid solution together on high speed for 60 seconds. 4. Strain through a fine-mesh sieve, pressing the solids firmly to extract all liquid. 5. Strain a second time through cheesecloth for clarity. 6. Bottle and refrigerate — the superjuice keeps for up to 2 weeks. Tip: This technique yields a brighter, more shelf-stable citrus juice than fresh-squeezed. Common mistake: skipping the malic acid, which provides the rounded depth that makes superjuice taste like real fruit.
Pro Tips
Peel the citrus first, weigh the peels, then add 5% of the peel weight in citric acid and let the mixture macerate for 2 hours until the peels release their oils and moisture. Add the peels and any accumulated liquid to a blender with enough water to cover, blend for 30 seconds, then fine-strain through a nut milk bag or cheesecloth. This method yields 6-8 times more juice than hand-squeezing and produces a shelf-stable oleo-citrate juice that lasts 2 weeks refrigerated. Adjust the final acid level with additional citric acid if needed — superjuice from limes typically needs a small bump to match the tartness of fresh-squeezed juice in cocktail recipes.
Common Mistakes
Too much citric acid produces a harsh, chemically sour juice that tastes artificial, making cocktails resemble sour candy rather than fresh-squeezed fruit. Not straining the blended pulp thoroughly leaves fibrous particles and bitter pith in the final juice, creating a gritty texture and cloudy appearance. Using old or dried-out fruit yields poor oil extraction from the peels during acid maceration, producing flat, one-dimensional juice that lacks aromatic complexity.