Introduction:

Hydrogen water bottles have gained popularity in recent years due to their potential health benefits. These portable devices claim to infuse water with molecular hydrogen, which is believed to possess antioxidant properties and provide various health advantages. This study aims to investigate the actual working principle of hydrogen water bottles and understand the mechanisms responsible for hydrogen infusion.

Methods:

1. Selection of hydrogen water bottles: Several commercially available hydrogen water bottles were chosen for the study, considering factors such as reputation, customer reviews, and scientific credibility.

2. Experimental setup: Each hydrogen water bottle was tested using a standardized procedure to evaluate its hydrogen infusion capabilities.

3. Measurement of dissolved hydrogen: The concentration of dissolved hydrogen in water samples from each bottle was measured using a hydrogen gas analyzer or similar equipment.

4. Analysis of working principle: The hydrogen water bottles were disassembled to examine the internal components and understand how they contribute to the hydrogen infusion process.

5. Comparison with control: A control group consisting of regular water bottles was included to assess the effectiveness of hydrogen water bottles in increasing dissolved hydrogen levels.

Results:

1. Dissolved hydrogen concentration: The hydrogen water bottles demonstrated varying degrees of success in infusing water with molecular hydrogen. Some bottles showed significantly higher dissolved hydrogen concentrations compared to the control group, while others had negligible differences.

2. Internal components: The disassembled hydrogen water bottles revealed key components such as an electrolysis chamber, a hydrogen generator, and a filtering system. These components were found to be responsible for generating and infusing hydrogen into the water.

3. Efficiency and reliability: The study also evaluated the efficiency and reliability of hydrogen water bottles, considering factors such as hydrogen generation rate, lifespan of the hydrogen generator, and durability of the filtering system.

Conclusion:

The investigation into the practical working principle of hydrogen water bottles revealed that their ability to infuse water with molecular hydrogen varies among different brands and models. Blue reductive titrant was used in this experiment because a common electronic ORP test pen cannot measure large intervals. Experiments have shown that the hydrogen content of different models varies greatly, because hydrogen is insoluble in water, and high pressure is required to bind hydrogen molecules to water molecules to obtain higher concentrations. It is also absorbed through the intestine in drinking water, which helps to treat many intestinal and stomach diseases. Suyzeko hydrogen water bottle can reach 5500ppb after 10minutes generation. Other brand with different hydrogen content from 800-1600ppb.