← Back to all waters
Eternal Water

Eternal Water

32/100

Lab Tested
Yes
Harmful Ingredients
10
Nutrients
11
Microplastics
High Risk

Description

Eternal Water is a premium spring water enriched with electrolytes for hydration and improved performance. It promotes hydration but may pose risks for those sensitive to minerals or with specific health conditions regarding electrolyte intake.

Contaminants

  • Antimony

    0.000139 mg/L

    Respiratory irritation, skin problems, and more severe effects such as cardiovascular and lung diseases.

  • Arsenic

    0.0003878 mg/L

    Carcinogenic, neurotoxic, increased risk of cardiovascular disease, skin lesions, reproductive toxicity, increased risk of diabetes, developmental effects

  • Barium

    0.00504 mg/L

    Can lead to increased blood pressure, heart and nervous system problems, and long-term exposure may cause severe health effects like kidney damage and impacts on other organs.

  • Chromium

    0.000185 mg/L

    Potential toxicity at high doses, possible kidney or liver damage with excessive supplementation, limited evidence for benefits in healthy individuals

  • Fluoride

    0.004 mg/L

    Can cause dental and skeletal fluorosis, affecting teeth and bone health, and may potentially impact cognitive development in children.

  • Lithium

    0.00406 mg/L

    Toxicity at high doses, kidney damage, thyroid dysfunction, gastrointestinal distress, neurotoxicity, teratogenicity

  • Nitrate

    0.006 mg/L

    High levels of nitrate in drinking water can cause methemoglobinemia, or "blue baby syndrome," in infants, a condition that reduces the blood's ability to carry oxygen . Long-term exposure to elevated nitrate levels has been associated with an increased risk of certain cancers, thyroid dysfunction, and potential reproductive issues .​

  • Selenium

    0.000406 mg/L

    Toxicity at high doses, selenosis, gastrointestinal disturbance, hair/nail brittleness or loss, neurological abnormalities

  • Sulfate

    0.949 mg/L

    Can cause diarrhea, especially in infants and unaccustomed individuals, pose risks to susceptible populations, and are subject to ongoing regulatory evaluation due to potential health effects.

  • Uranium

    0.0001319 pCi/L

    Can cause kidney damage, increase cancer risk, and lead to other health issues like impacts on bone health and reproductive systems.

Ingredients & Minerals

  • Boron

    0.01198 mg/L

    Supports bone health, regulates inflammatory response, assists in mineral metabolism, may benefit cognitive function

  • Calcium

    7.66771 mg/L

    Supports bone health, essential for muscle function, vital for nerve transmission, important for cardiovascular health

  • Chloride

    2.085 mg/L

    Essential electrolyte, supports fluid balance, supports nervous system function, supports muscle function

  • Iron

    0.00292 mg

    Prevents iron deficiency anemia, supports cognitive development, essential for oxygen transport, supports immune function

  • Magnesium

    3.87622 mg/L

    Supports energy metabolism, improves muscle and nerve function, promotes bone health, helps regulate blood pressure, may reduce risk of type 2 diabetes, supports cardiovascular health

  • Molybdenum

    0.0001498 mg/L

    Essential cofactor for enzymes, supports sulfur amino acid metabolism, assists in detoxification of sulfites

  • Phosphorus

    0.02178

    Supports bone formation, energy metabolism, cellular function, DNA and RNA synthesis

  • Potassium

    2.08289 mg/L

    Supports cardiovascular health, helps regulate blood pressure, essential for nerve and muscle function, reduces risk of stroke

  • Sodium

    6.13962 mg/L

    Essential electrolyte, supports nerve function, maintains fluid balance

  • Strontium

    0.06869 mg/L

    May improve bone mineral density in certain populations

  • Vanadium

    0.0068707 mg/L

    It is an important component of specific steel alloys since it promotes lightness and provides additional tensile strength of these materials and prevents corrosion. Vanadium oxides can be applied in manufacturing of ceramics, production of coatings for electrochemical tools of energy storage equipment, microelectronic devices and specific glasses used for the production of smart windows.