Can a Hydrogen Water Machine Lose Hydrogen Before You Drink It?

You use a hydrogen water machine to fill your glass and leave it idle. Does the concentration of hydrogen in the water remain the same? No, it doesn’t. Molecular hydrogen is dissolved in water as a gas and escapes when exposed to air. The change in concentration doesn’t affect the taste. It doesn’t make the water unsafe to drink. However, it makes the water less alkaline than desired. So, now the question is: how long does hydrogen last? That depends on the exposure, container material, temperature, and other factors. Let’s explore them in detail. 

Five Factors That Affect How Long Hydrogen Stays in Water

Exposure to Open Air

Prolonged exposure to open air can cause your water to lose hydrogen concentration. Here’s how it happens:

• Hydrogen naturally escapes: A difference in hydrogen concentration between the water and surrounding air causes the ionized hydrogen to escape.
• Larger surface area increases exposure: Shallow water vessels have more exposure to the open air than tall water containers.
• Open containers encourage continuous gas exchange: Uncovered glasses allow hydrogen to disperse into the surrounding air rather than accumulate in a closed space.
• Longer exposure means greater potential loss: The longer you leave your glass exposed to the air, the more hydrogen concentration you lose.

Container Material

According to hydrogen water machine experts, your water storage container impacts how much hydrogen you lose to the surrounding environment. Here are some factors:

• Plastic bottles: These bottles are permeable, and hydrogen ions can easily pass through the barriers to the surrounding air. 
• Glass bottles: Glass containers are effective way to prevent hydrogen ions from escaping the liquid, provided if its properly sealed. 
• Stainless steel bottles: High-quality stainless steel containers generally provide a strong barrier against hydrogen loss through their walls.
• High-quality seals: Regardless of the container material, the seal remains an important part of locking in hydrogen
• Container design: Bottles with minimal space above the water (headspace) and airtight closures can help limit hydrogen loss during storage.

Storage Temperature

The temperature at which you store water from your hydrogen water machine can affect how long it retains dissolved molecular hydrogen. Here’s how the process works: 

• Higher temperatures: Warm hydrogen water loses hydrogen concentration faster and encourages hydrogen ions to escape more quickly. 
• Cooler temperatures: Cold water locks hydrogen better than warm water, potentially slowing hydrogen loss.
• Temperature fluctuations: Changing the water temperature from cold to hot and vice versa can decrease the water’s hydrogen solubility. 
• Refrigeration: Storing hydrogen-rich water in a tightly sealed, safe container in the refrigerator may help preserve dissolved hydrogen longer. 

Shaking and Repeated Pouring

Hydrogen from a hydrogen-rich water machine can change depending on how you handle your container. Here is how it changes depending on how you handle it:

• Vigorous shaking: Shaking hydrogen-rich water increases contact with air inside the container. 
• Repeated pouring: Consistently transferring hydrogen water between glasses or bottles exposes it to fresh air each time, allowing it to escape. 
• Stirring the water: Aggressive stirring increases gas exchange at the water’s surface, reducing its hydrogen concentration.
• Air bubbles during pouring: Pouring water quickly can introduce air bubbles, where dissolved hydrogen can transfer into the gas phase.
• Shaking partially filled bottles: Shaking water inside spacious bottles can accelerate the movement of hydrogen from the water into that space.

Time Between Dispensing and Drinking

If you wait to drink your water from a hydrogen water generator, you are likely to lose hydrogen concentration in your water.  Here’s why timing matters: 

• Loss beginning at dispensation: Once your hydrogen-rich water leaves the hydrogen water machine, it starts losing hydrogen concentration to the open air.
• More concentration in freshly dispensed water: Water consumed shortly after dispensation is more likely to retain a concentration close to its initial level. 
• Long waiting periods increase potential loss: Leaving your glass idle increases the chances of hydrogen loss to the atmosphere. 
• Storage temperature: Pouring hydrogen water into a cooler container retains more hydrogen ions than a warm container. 

How Can You Check Whether Stored Hydrogen Water Still Contains Hydrogen?

A decrease in hydrogen in the water from your hydrogen water machine doesn’t affect taste or appearance. So how do you know how much hydrogen the water retained? Here are a few methods that can help:

• Test fresh water first: Measure freshly generated hydrogen water using a suitable testing kit or meter.
• Store a separate sample: Fill a clean container with hydrogen-rich water from the same batch and seal it properly.
• Record storage conditions: Note the container type, temperature, and storage duration.
• Test after storage: Measure the stored sample using the same testing method, according to the manufacturer’s instructions.
• Compare the readings: A lower reading indicates that some dissolved hydrogen may have escaped during storage.

Conclusion

Your hydrogen water machine may produce hydrogen-rich water, but how you store and handle it matters just as much. Air exposure, temperature changes, container materials, and long waiting periods can gradually reduce dissolved hydrogen levels.

Ready to invest in a hydrogen water generator for your home? Visit Ionizer to compare different models and find an option that fits your water quality, budget, and daily routine. Book a water quality assessment with us to review your water source and discuss the system that fits your household’s needs.

FAQs

• Does hydrogen water lose its hydrogen if left overnight?

Yes, hydrogen water loses its hydrogen concentration to the atmosphere due to exposure. This happens due to differences in hydrogen concentration between the water and the air. 

• Do hydrogen water machines produce water that retains hydrogen longer?

Hydrogen retention mainly depends on storage temperature, container material, airtight sealing, and exposure to air. When comparing machines, look for independently verified dissolved hydrogen measurements.

• Where can I compare hydrogen water machines for home use?

Ionizers can help you compare hydrogen water machines from different brands. Explore their hydrogen-generation capabilities, filtration systems, features, pricing, and maintenance requirements. Get guidance by booking an appointment!