Pfirsichkompott

Try this Pfirsichkompott recipe, or contribute your own.

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Pfirsichkompott Save
Pfirsichkompott

Try this Pfirsichkompott recipe, or contribute your own.

  • Preparing Time: 15 minutes
  • Total Time: 30 minutes
  • Served Person: 0
  • Carbohydrate 0 g
  • Cholesterol 0 mg
  • Fat 0 g
  • Fiber 0 g
  • Protein 0 g
  • Saturated Fat 0 g
  • Serving Size 1 1 recipe (155g)
  • Sodium 0 mg
  • Sugar 0 g
  • Trans Fat 0 g
  • Calories 0 calories

Step-by-step

  • Für die Pfirsichkompott die Pfirsiche schälen, entkernen, in Spalten schneiden und fest in saubere Gläser hineindrücken.
  • Für den Fond alle Zutaten aufkochen und über die Pfirsiche gießen.
  • Rand und Gummi sauber abputzen und verschließen.
  • Rexgläser im Wasserbad (auf Geschirrtuch) bei ca. 85 °C etwa 30-40 Minuten pochieren (dabei bilden sich an den Pfirsichstücken kleine Bläschen).
  • Sind die Pfirsiche schon etwas weicher, so lassen sie sich leichter schälen, wenn man sie vorher blanchiert (überbrüht) und dann kalt abschreckt.
  • Das Pfirsichkompott hält sich gut gelagert ca. 6 Monate.
Working with a strict budget of fresh summer fruit requires processing methods that prevent waste without relying on commercial preservatives. This method uses heat and acid to lock in the harvest. Success depends entirely on understanding how the components interact inside the jar during processing.

Acid Balance and Preservation

Citric acid serves a dual purpose here, lowering the pH of the liquid to inhibit bacterial growth while simultaneously sharpening the natural sweetness of the fruit. Without enough acid, fruit preserves turn flat and spoil rapidly. Lemon juice can replace citric acid crystals, though precise measurement remains necessary to avoid altering the target acidity level required for safe jar processing.

Thermal Control in the Water Bath

Maintaining the water bath strictly at 85 degrees Celsius prevents the fruit from turning completely to mush while ensuring adequate heat transfer to the center of the jar. Boiling the water too aggressively causes the tightly packed peach wedges to break apart and lose their structural integrity. Submerging the jars on a folded dish towel protects the glass from direct thermal shock against the bottom of the pot. Monitoring the fruit closely until tiny bubbles form along the edges of the peach slices indicates that the internal temperature has reached the threshold needed for light pasteurization.

Sugar Concentration and Osmosis

Sugar acts as more than a sweetener in this syrup; it draws moisture out of the peach cells through osmosis and replaces it with flavored liquid. This process firms up the fruit wedges slightly before sealing. Substituting honey or artificial sweeteners alters this osmotic pressure significantly, which changes the final texture and drastically reduces the six-month storage window. Proper sealing creates a vacuum as the jars cool, preventing airborne spores from reaching the contents.