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What's the Difference Between Regular Smartwater and Smartwater Alkaline?

3 min read

According to the brand's own information, both regular smartwater and smartwater alkaline are purified through vapor distillation and contain added electrolytes for a crisp taste. However, the fundamental difference between regular smartwater and smartwater alkaline lies in their pH level and additional processing, which is catered toward different hydration preferences.

Quick Summary

Regular smartwater is neutral with a pH around 7, while smartwater alkaline is ionized to achieve a pH of 9+. This primary contrast in alkalinity is the result of an additional process that alters the water's pH, targeting consumers seeking a higher alkaline content in their hydration choice.

Key Points

  • Vapor Distillation: Both regular and alkaline smartwater are purified through vapor distillation, a process that removes impurities.

  • pH Difference: Regular smartwater is neutral with a pH around 7, whereas smartwater alkaline is ionized to a pH of 9+.

  • Electrolytes: Both products have added electrolytes (calcium chloride, magnesium chloride, potassium bicarbonate) for a consistent taste.

  • Target Audience: Regular smartwater is for general hydration, while the alkaline version targets consumers interested in the benefits of high-pH water.

  • Unproven Claims: Many health benefits attributed to alkaline water are not yet scientifically proven, so it's a personal preference based on consumer trends.

  • No Extra Cost for Taste: Both versions share a core production method and added flavor electrolytes, with the alkaline variant having an extra ionization step.

In This Article

Both regular smartwater and smartwater alkaline come from the same source: municipal tap water that has been purified through vapor distillation. This initial purification process is inspired by the hydrologic cycle, which mimics how clouds naturally cleanse rainwater by evaporating water into vapor and condensing it back into a purer form. After this, electrolytes are added back for flavor, but the subsequent steps and resulting properties are where the two products diverge.

The Key Distinction: pH and Ionization

Regular Smartwater: Neutral and Crisp

Regular smartwater is known for its pure, crisp taste. Its purification process and re-addition of electrolytes—such as calcium chloride, magnesium chloride, and potassium bicarbonate—result in a finished product with a neutral pH, typically around 7. The focus of this product is straightforward hydration, providing a clean-tasting water with a touch of mineral flavor.

Smartwater Alkaline: Ionized to 9+ pH

In contrast, smartwater alkaline undergoes an additional process called ionization. This step increases the water's pH level to 9 or higher, making it less acidic than regular smartwater. While it also contains electrolytes for taste, its key selling point is its increased alkalinity. This product is targeted at consumers who prefer or seek the potential benefits associated with drinking water with a higher pH level.

Comparison Table: Regular vs. Alkaline Smartwater

Feature Regular Smartwater Smartwater Alkaline
Purification Method Vapor Distillation Vapor Distillation
Electrolyte Additives Yes (for taste) Yes (for taste)
pH Level Approximately 7 (Neutral) 9+ (High Alkaline)
Extra Processing No additional pH-altering steps Ionized to raise pH
Key Selling Point Pure, crisp taste Enhanced alkalinity for active lifestyles
Flavor Profile Clean and pure Clean, smooth taste (claimed)
Target Consumer General daily hydration Those interested in alkaline water and active health

What are the claimed benefits of alkaline water?

Proponents of alkaline water suggest several potential health benefits, although more research is needed to substantiate many of these claims. Some of the benefits include:

  • Neutralizing acid: Some proponents believe that alkaline water can neutralize acid in the body, although your body's regulatory systems, like the kidneys and lungs, maintain a very tight pH balance in the blood.
  • Improved hydration: Some studies suggest that alkaline water may offer superior hydration, especially after exercise, potentially due to smaller molecule clusters created during ionization.
  • Relief from acid reflux: The Mayo Clinic notes that some studies suggest alkaline water, combined with a plant-based diet, may help relieve symptoms of acid reflux, but emphasizes that more research is needed.
  • Bone health: Early research has explored a potential link between alkaline water and slower bone loss, but definitive conclusions are yet to be made.

The Role of Electrolytes in Both Products

Both regular smartwater and smartwater alkaline are enhanced with electrolytes added for flavor. These minerals, like potassium, calcium, and magnesium, are added after the vapor distillation process. For most people, a balanced diet provides sufficient electrolytes. However, the electrolytes in smartwater can contribute to hydration, especially for those who enjoy the specific taste they impart. They do not significantly alter the water's nutritional value.

Which smartwater is right for you?

Your choice between regular smartwater and smartwater alkaline depends largely on your personal preference and health goals. For everyday hydration, regular smartwater is a perfectly suitable option that provides a clean, neutral-tasting water. It is ideal for those who prefer their water without any specific alkaline properties or who simply enjoy its signature crisp flavor.

Smartwater alkaline, with its ionized 9+ pH, is marketed to those with an active lifestyle or individuals interested in the potential health benefits associated with higher alkalinity. It's a choice driven by personal wellness trends. It’s important to remember that most claims about the health benefits of alkaline water are not yet definitively proven by extensive research. As with any health-related decision, it’s best to speak with a healthcare professional to understand what hydration choices are best for your needs.

Conclusion

Ultimately, the core distinction between regular smartwater and smartwater alkaline is the pH level, resulting from an extra ionization step in the alkaline version's production. While both offer vapor-distilled water with added electrolytes for taste, regular smartwater maintains a neutral pH while alkaline is elevated to 9+. Your preference for a neutral or higher pH water will be the deciding factor when choosing between the two. For further reading on the science behind alkaline water, you can consult reliable health sources like the Mayo Clinic.

Frequently Asked Questions

Most people report that the taste difference is subtle, if noticeable at all. The ionization process and added electrolytes are meant to provide a smooth, clean taste, similar to the original smartwater.

This depends on your personal health goals. While some people believe alkaline water offers specific benefits, many of these claims lack strong scientific backing. For standard hydration, both are effective, but the 'best' option is a matter of personal preference and wellness beliefs.

The electrolytes added for taste, such as potassium and magnesium, are largely the same in both versions. The primary difference is the final pH level, not the type of electrolytes.

Yes, for most people, a balanced diet is sufficient for maintaining proper electrolyte levels. Bottled water with added electrolytes is not a necessary replacement for a healthy diet.

For most healthy individuals, drinking smartwater alkaline is safe. However, there can be risks, especially for individuals with kidney disease, who may need to regulate potassium intake. Always consult a doctor if you have concerns.

Regular smartwater typically has a neutral pH of around 7, similar to standard purified water.

After undergoing the same vapor distillation process as regular smartwater, smartwater alkaline is ionized. This additional step raises the water's pH level to 9 or higher before the electrolytes are added.

References

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Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.