Naturally Carbonated Mineral Water

How natural carbonation occurs

In volcanic regions, magma deep underground continuously releases CO₂. When this CO₂ meets a deep aquifer under pressure, it dissolves into the water — exactly like in a sealed bottle. When the water rises to the surface, the dissolved CO₂ emerges as fine, persistent bubbles.

How natural carbonation forms — step by step

1. Groundwater travels through deep rock formations.
2. Underground volcanic or geological activity releases CO₂.
3. Water absorbs the carbon dioxide naturally under pressure.
4. Minerals dissolve into the water from the surrounding rock.
5. The water emerges at the spring already sparkling.

Benefits of naturally carbonated mineral water

Natural electrolytes — calcium, magnesium, potassium, sodium and bicarbonate dissolved at the source.

Digestive support — many consumers enjoy sparkling mineral water with meals; bicarbonate may help buffer stomach acid.

Hydration — naturally sparkling waters contribute to daily hydration just like still water.

Naturally carbonated vs artificially carbonated

Geological formation

The world's naturally carbonated mineral waters share a signature: volcanic or post-volcanic geology, deep aquifers, and slow water flow through mineral-rich rock. Germany's Eifel, Italy's Roccamonfina, France's Saint-Galmier and Georgia's Caucasus all fit this profile.

Health benefits

Naturally carbonated waters typically carry very high bicarbonate, which buffers stomach acid and exercise-induced lactic acid. Pair this with the calcium and magnesium signature of volcanic mineral water and you get one of the most functional waters available — without any added ingredients.