What is in Blue Jug water that makes it so special? Other waters can’t compare. Water the way it’s meant to be. CaSO3 – Calcium Sulfite (“De-Chlorine”) Tridymite – Tourmaline (“Piezoelectric”) Zircon – Ion (“Energy”) MgO + Catalyst – Increase H2, Increase pH, decrease ORP Quartz – Taste (“Fir Energy”) Calcite – Minerals (Ca, Mg) Hematite – Anion Energy Zeolite, Silver – Antibacterial 1. CaSO3 – Calcium Sulfite (“De-Chlorine”) Calcium Sulfite is used in water treatment processes to remove impurities. 2. Tridymite – Tourmaline (“Piezoelectric”) Used in filtration systems to remove suspended particles, sediment, and impurities from water. It is a naturally occurring mineral and acts act as filter media, trapping particles as water passes through. Tourmaline: release of ions, creates negatively charged ions, improving water quality. 3. Zircon – Ion (“Energy”) Is a MINERAL that is commonly found in igneous rocks. Minerals like zircon can influence the properties of water through piezoelectric aka “energy”. 4. MgO + Catalyst – Increase H2, Increase pH, decrease ORP Magnesium Oxide and a catalyst in water can lead to various changes in the water’s properties: Increase in Hydrogen (H2) Production, Increase in pH, Decrease in Oxidation-Reduction Potential (ORP). 5. Quartz – Taste (“Fir Energy”) In alternative or holistic health, its a common MINERAL that can influence the taste and energy of water. 6. Calcite – Minerals (Ca, Mg) Calcite is a MINERAL primarily composed of Calcium Carbonate and Magnesium. Calcite plays a role in water purification, particularly in the process of adjusting the water’s pH and hardness. 7. Hematite – Anion Energy Hematite, a form of Iron Oxide, utilized in water treatment for its ability to remove certain contaminants through a process called adsorption or oxidation. Hematite has been studied for its ability to adsorb Arsenic from water. Hematite can act as a catalyst in advanced oxidation processes. 8. Zeolite, Silver – Antibacterial Zeolites are MINERALS and Both Zeolite and Silver are known for their broad spectrum antimicrobial properties.
