Ice Mountain Spring Water Plastic Bottle

Common questions

Is Ice Mountain Spring Water Plastic Bottle healthy?

Ice Mountain Spring Water Plastic Bottle scores 20/100 on Scout's independent analysis of ingredients, additives, and lab results — one of the lower scores in Scout's catalog. Ice Mountain Spring Water (Nestlé Waters) scores 20/100.

Has Ice Mountain Spring Water Plastic Bottle been lab-tested?

Yes. Ice Mountain Spring Water Plastic Bottle carries an independent laboratory panel from Independent third-party laboratory testing covering 6 contaminants (including Bromate, Barium, Uranium) — the full results are on this page.

How processed is Ice Mountain Spring Water Plastic Bottle?

Ice Mountain Spring Water Plastic Bottle is NOVA Group 1: Unprocessed or Minimally Processed Foods.

How does Ice Mountain Spring Water Plastic Bottle compare to other water bottles?

Ice Mountain Spring Water Plastic Bottle ranks #38 of 38 water bottles in Scout's independent rankings. The current top score in the category is Icelandic Glacial Water at 97/100.

Which ingredients drive Ice Mountain Spring Water Plastic Bottle's score?

In Scout's ingredient-by-ingredient analysis, Chloride, Sodium, Sulfate count in its favor; Radium 226/228, Gross Beta, Gross Alpha are flagged as ingredients of concern. The full breakdown, with why each one matters, is in the Key ingredients section on this page.

Healthy alternatives

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Ice Mountain Spring Water Plastic Bottle

Ice Mountain
Lab tested
20 Poor

At a glance

Beneficial ingredients 3
Harmful ingredients 7
Owned by BlueTriton Brands
Category Water Bottles
Summary

Ice Mountain Spring Water (Nestlé Waters) scores 20/100. The latest lab flagged 12 contaminants including bromate ~5x the health guideline, nitrate ~14x, chromium ~8x, plus radium and gross-beta radiation. Plastic-bottle packaging adds a likely microplastic risk. One of the lowest-scoring entries in the rankings.

Contaminants 6

Source: Independent third-party laboratory testing

Bromate
0.5 µg/L
Moderate

Detected at a moderate level. Bromate detected at 0.5 µg/L, above EWG's strict health guideline of 0.1 µg/L; below the EPA legal limit of 10 µg/L.

Independent third-party laboratory testing.

Barium
5 µg/L
Trace

Detected at a trace level. Barium detected at trace level (5 µg/L), well below typical safety concerns.

Independent third-party laboratory testing.

Uranium
1 µg/L
Moderate

Detected at a moderate level. Uranium detected at 1 µg/L, above EWG's strict health guideline of 0.43 µg/L; below the EPA legal limit of 30 µg/L.

Independent third-party laboratory testing.

Nitrate
8.68 mg/L
Moderate

Detected at a moderate level. Nitrate (as NO3) detected at 8.68 mg/L, more than 10× EWG's strict health guideline of 0.62 mg/L; below the EPA legal limit of 44 mg/L. (Inferred from "Elevated nitrate can form carcinogenic nitrosamines and pose…")

Independent third-party laboratory testing.

Chromium
Detected
Moderate

Detected at a moderate level. Chromium (especially Cr-VI) is a known carcinogen; exceeding the health guideline is a serious safety concern. Reported value: ~8x guideline.

Independent third-party laboratory testing.

Fluoride
0.29 mg/L
Trace

Detected at a trace level. Fluoride detected at 0.29 mg/L, below EWG's strict health guideline of 0.7 mg/L.

Independent third-party laboratory testing.

Key ingredients 10

Gross Beta
Very Bad

Gross beta radiation reflects beta-emitting radionuclides like strontium-90 and cesium-137; flagged because it indicates radioactive contamination. Reported value: 0.7 pCi/L.

See more about Gross Beta →
Radium 226/228
Bad

Radium detected at 0.054 pCi/L, above EWG's strict health guideline of 0.05 pCi/L; below the EPA legal limit of 5 pCi/L.

See more about Radium 226/228 →
Gross Alpha
Bad

Gross alpha radiation reflects total alpha-emitting radionuclides such as uranium and thorium; flagged because it indicates radioactive contamination. Reported value: 0.1 pCi/L.

See more about Gross Alpha →
Chloramine
Bad

Chloramine is a disinfectant byproduct; chronic ingestion has been linked to gastrointestinal and respiratory irritation. Reported value: 0.001 mg/L.

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Chlorine
Bad

Residual chlorine is a disinfectant byproduct; not desirable in finished drinking water and can affect taste. Reported value: 0.005 mg/L.

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Nickel
Bad

Nickel can cause allergic contact dermatitis, respiratory sensitization, and has carcinogenic potential on inhalation. Reported value: 0.0012 mg/L.

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Bromide
Bad

Bromide itself is mostly a precursor; elevated levels increase risk of bromate formation during disinfection. Reported value: 0.0195 mg/L.

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Chloride
Good

Chloride supports electrolyte balance, acid-base homeostasis, and proper nerve and muscle function. Reported value: 9.3 mg/L.

See more about Chloride →
Sodium
Good

Sodium is an essential electrolyte for nerve transmission and fluid balance. Naturally occurring in mineral water at moderate levels. Reported value: 7.4 mg/L.

See more about Sodium →
Sulfate
Good

Sulfate is naturally occurring and contributes to taste; moderate amounts are well tolerated. Reported value: 16.7 mg/L.

See more about Sulfate →

Processing

Group 1 · Minimally processed

Unprocessed or Minimally Processed Foods

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