Hydrogen Water Collection

Welcome to Vital Reaction.

Since you’re here, you’re probably wondering…

So what is hydrogen water?  

Hydrogen water is your everyday water enriched with molecular hydrogen (H2).

You might be thinking, doesn't water inherently contain hydrogen?

Well, yes, but there's a twist.

Water, or H2O, is composed of two hydrogen atoms bonded to one oxygen atom. So, yes it does contain hydrogen, but not a form that ignites the body.

To reap the health benefits associated with molecular hydrogen, we need to separate it from the attached oxygen. This is achieved through a process called electrolysis where an electrical current is applied, slicing the two elements in half.

The molecular hydrogen gas then gets dissolved into the water like sugar in coffee, while the oxygen is released into the atmosphere.

And that's how you transform ordinary water into hydrogen-rich water.

Why drink hydrogen water?

Hydrogen-rich water has a long list of potential health benefits including...

• Soothing inflammation by targeting oxidative stress
• Helping with post-exercise recovery
• Slowing certain aspects of the aging process
• Activating cellular processes (like nrf2, and SIRTs) for optimal homeostasis.
• And much, much more.

Did you know hydrogen can protect the powerhouse of your cells, your mitochondria?

Here’s what scientific studies have shown…

Increase Antioxidant Activity - Molecular hydrogen has the ability to reduce fatigue by selectively neutralize hydroxyl radicals (•OH), the most damaging types of reactive oxygen species (ROS)

Regulate Inflammatory Pathways- Hydrogen can help the body target inflammation by regulating key signaling pathways involved in inflammation, such as the NF-κB pathway.

Cellular Signaling - Hydrogen can help maintain cellular homeostasis by activating various cell signaling pathways in the body.

However, not all hydrogen water is created equal. Understanding this difference and choosing a trusted, quality source is crucial.

Let’s start with...

If you’re familiar with alkaline water you’ve probably heard or seen an ORP meter.

And you’ve probably seen a demonstration showing a negative ORP reading and how this reading means additional antioxidant power.

While normal drinking water will result in a positive reading, when hydrogen is dissolved in the same water it can trigger a negative value.

But does a negative ORP reading actually mean?

• It doesn’t mean the water contains an electrical charge. Water must remain neutral because positive and negative ions must balance themselves out.
• It doesn’t mean the water has free electrons. Yes, during electrolysis, the cathode adds electrons to the water. But they immediately bond with H+ ions (protons) to form H2 atoms which then pair-up to make H2 gas.
• It doesn’t tell you hydrogen concentration. pH is typically the main factor influencing ORP readings not dissolved hydrogen (H2).
• Small concentrations of dissolved H2 (too low for any benefit) can produce a negative ORP depending on the pH of the water.
• More H2 in the water does not increase negative ORP. In fact, if the pH is already acidic before testing, there could be less hydrogen than you may realize.
• H2 does not work like typical antioxidants that scavenge free-radicals. Hydrogen works using “signal modulation” which is a fancy way of saying it activates the body. This means ORP doesn’t give you the full picture of hydrogen antioxidant capabilities.

The good news is…

You can measure dissolved hydrogen using an inexpensive reagent like the infamous H2 Blue drops.

Here’s how they work:

1. Pour the hydrogen water sample you want to measure (6 mL) into a small glass.
2. Start adding drops until the water turns from clear to blue.
3. While you’re going through this process, you’ll count every drop added.
4. Once you know the total drop to turn the water blue you’ll use the following formula to calculate the H2 PPM concentration: Number of drops X 0.1 = PPM

Example: 20 drop equals 2 PPM

• Start Slowly: Add small amounts of hydrogen water in your daily routine, around 1-2 cups or (8-16 ounces) per day.
  
  
• Observe: Watch your body's responses, notice any changes, and decrease your hydrogen water intake if necessary.
  
  
• Increase Over Time: If your initial experience is positive and comfortable, you can gradually increase your intake of H2 water by adding additional cups each week until you reach a comfortable and beneficial level.
  
  
• Stay Hydrated: Hydrogen water is not a substitute for regular water intake. It's essential to maintain hydration with normal water throughout the day, including hydrogen water, unless advised otherwise by your healthcare provider.
  
  
• Consult your healthcare provider: If you have any concerns, your provider can assess your response to hydrogen water, and provide personalized recommendations for your specific needs.

Making hydrogen water has never been easier.

Step 1: Choose the best option for you (hydrogen tablets, hydrogen water bottle, or countertop H2 machine)

Step 2: Add fresh, clean water

Step 3: Observe the hydrogen making process

Step 4: Enjoy

Choose carefully

Portable bottles are designed to allow pressure to build so it can achieve a much higher dissolved H2 concentration.
(Note: Look for a pressure relief valve for safety. H2 gas will build pressure in a closed system, and can result in pressure that fractures the bottle.)

The industry standard is something called SPE & PEM technology.

• SPE (Solid Polymer Electrolyte) is a technology used in the process of electrolysis. It separates water into hydrogen and oxygen.
  
  
• PEM, also known as polymer electrolyte membrane, works in conjunction with the SPE. Following the electrolysis process, the PEM allows only the positively charged ions (such as hydrogen ions) to pass through, while oxygen, chlorine, and ozone are blocked. This membrane helps to ensure that only pure hydrogen is infused into the water.

• Verify the electrodes are platinum, not stainless steel.
• Ask for a water quality report. Leeching should be undetectable.
• Pure H2 units have a membrane separating H2 and oxygen molecules.
• Avoid exposed titanium on electrodes (Platinum has a slight brown color, titanium is silver).
• Avoid thinly coated electrodes.
• The stronger the battery, the better for optimal hydrogen production.
• The higher the pressure, the higher the PPM concentration.
• If possible, look for a model with self-cleaning.
• Avoid cheap plastic. Look for Tritan or high-quality polycarbonate.
• Be aware of glass. Multiple cycles increase the risk of the glass exploding.
• Don’t worry about ORP reading. This is influenced by pH, NOT hydrogen concentration.

Discover more information regarding molecular hydrogen water machines and bottles, and how it can potentially enhance your health and well-being, and gain insights into their operation and usage.