Vellamo Still Natural Mineral Water

Description

Vellamo Still Natural Mineral Water is sourced from pristine natural springs, providing essential minerals for hydration. It benefits those seeking healthier beverage alternatives but may pose risks for those with specific mineral sensitivities or contamination concerns if not sourced responsibly.

Contaminants

• Arsenic

  0.001 mg/L

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

• Barium

  0.021 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

  0.001 mg/L

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

• Fluoride

  0.6 mg/L

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

• Nitrate-N

  1.6 mg/L

  High levels of nitrate in drinking water can cause methemoglobinemia (blue baby syndrome) in infants and may be associated with increased cancer risk in adults.

• Sulfate

  9.3 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.

• Gross Alpha

  7 pCi/L

  Internal tissue damage and increased cancer risk due to their ionizing nature when ingested or inhaled.

• Uranium

  0.00067 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

• Nickel

  0.001 mg/L

• Chloride

  110 mg/L

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

• Copper

  0.023 mg/L

  Supports energy metabolism, essential for iron metabolism, antioxidant defense, connective tissue formation, neurological function