PRISTINE HYDRATION FROM DEEP OCEAN WATER OFF THE KONA COAST
Harvested from 2,200 feet beneath Hawai‘i’s Kona coast, deep ocean water is nature’s most pristine reservoir of electrolytes and trace minerals—safely shielded from microplastics, runoff, and surface pollutants. At Kona Pure, we transform this ocean-deep hydration into clean, effective electrolyte drink mixes, delivered in fully compostable, plastic-free stick packs.
What Is Deep Ocean Water?
Deep ocean water comes from the cold, high-pressure currents found hundreds of meters below the surface. Over centuries, these currents absorb a perfectly balanced spectrum of minerals—magnesium, sodium, potassium, calcium, and over 70 trace elements—creating a naturally complete electrolyte profile.
Dive In To Kona Pure Deep Ocean Electrolytes
Why Kona’s Deep Ocean Water Is Unique
Unmatched Purity
Drawn from one of Earth’s most protected marine deep ocean environments, naturally free of microplastics.
Full Mineral Spectrum
Balanced electrolytes from centuries of deep sea current flow.
On-Site Control
Every step, from intake to evaporation, happens at our Kona facility for full traceability.
Sustainably Managed
The State of Hawai‘i’s Water Lab continuously monitors quality and environmental integrity.
COMPARING SURFACE WATER & DEEP OCEAN WATER
| Feature | Surface Water | Deep Ocean Water |
|---|---|---|
| Depth | 0–200 ft below surface | Drawn from ~2,200 ft beneath the Kona coast |
| Temperature | Fluctuates with weather and seasons (often 20–30 °C) | Stable ~4 °C (39 °F) year-round |
| Pollutant Exposure | Exposed to runoff, microplastics, UV breakdown, and surface contaminants | Sheltered from microplastics, UV, and pollutants |
| Mineral Profile | Variable; may require fortification or blending | Naturally balanced spectrum of Mg, Na, K, Ca + 70+ trace minerals |
| Processing Needs | Often pasteurized or chemically treated to ensure safety | Solar-evaporated gently—no heat or chemicals preserve mineral integrity |
| Bioavailability | Dependent on treatment method and added forms | Naturally bioavailable crystals formed under gentle solar evaporation |