Why Is My Ella Hydrogen Therapy Not Producing Bubbles or Hydrogen?

When an Ella hydrogen system seems to produce nothing, the cause is usually one of three simple things: the blue tank is not filled with fresh distilled water, the first-time setup was not finished, or the bath water is not yet above the hydrogen inlet jet and the microbubble port when the H2 button is pressed. Check those three before anything else, starting with the blue tank. The full setup routine for the catalog model is in H2 microbubble therapy on the Standard60, and this page turns that routine into a checklist for a system that looks like it is doing nothing.

How the System Makes Hydrogen, so You Know What to Check

Hydrogen therapy on an Ella walk-in tub is a hydrogen generator and pump installed under the molded seat. A blue tank feeds distilled water to the generator, the generator produces hydrogen, and the hydrogen is injected into the bath as micro and nano bubbles through a single jet below seat level. Nothing is poured into the bath itself. You fill the tub from your faucet as usual, and the tub makes the hydrogen while the system runs.

On the Standard60, the catalog model, hydrogen is packaged with infusion microbubble therapy as the H2 and Microbubbles System. That system uses a 1 HP, 10A pump with a pressure vessel and agitator valve, and the H2 button on the deck starts and stops both together. The parts are described one by one in What Is H2 Hydrogen Therapy on a Walk-In Tub?.

That gives you three things the system needs before it can produce anything: distilled water in the blue tank, a connected hose from that tank, and bath water covering the jet and the port. A gap in any one of them looks the same from the seat. You press the button and the water stays as it was.

What to Check, in Order

1. Confirm the first-time setup was completed. The hydrogen system ships with a container secured under the tub. Before first use, the shipping ties are cut, the container is removed from under the tub, the hose is connected to the front of the tub, and the blue tank is filled with distilled water. On a new tub, a skipped step here is the first thing to rule out, especially the hose connection.
2. Check the blue tank. The generator draws from this tank, so look at it before every troubleshooting session. If your microbubbles or hydrogen output ever seem weak, checking that the blue tank is filled with fresh distilled water is the best first step. Top it up with distilled water only.
3. Check the bath water level. The water must be above the hydrogen inlet jet and the microbubble port before you press the H2 button. The pump must never run dry, so do not press the button early to see whether it works. Fill first, then press.
4. Press the H2 button once. One press starts the system and another press stops it. If you press twice, or press again because nothing seemed to happen in the first moment, you may have switched it off.
5. Give the bath time. The hydrogen concentration reaches 1500 PPB by the time the tub fills to the drain overflow, and it can rise to about 2000 PPB during an extended 15 to 20 minute bath. The level keeps climbing as the bath continues, so a short test in a partly filled tub is not a fair check.

The everyday bath routine, with the same order of tank, fill and button, is laid out in How Do You Make a Hydrogen Bath and What Does It Do?.

What You Should See, and How Hydrogen Is Actually Measured

On the Standard60's combined system, the water turns milky white as the microbubbles fill the tub. That cloudy look is the easiest sign that the system is running. If the water turns milky, the pump, the port and the button are doing their jobs.

The hydrogen level is a measured figure and not something to judge by how the water looks. Every Ella hydrogen tub is individually tested for hydrogen production before it ships and comes with verifiable test results. The video on this page shows how that test is done. A 6 mL water sample is dosed with drops of a blue reagent that turns clear in the presence of dissolved hydrogen. With regular tap water the first drop stays blue, which indicates 0.1 parts per million or less. With water from an Ella tub outfitted with a hydrogen generator, the sample stays clear until 22 drops, which means 2.2 parts per million.

Keep the test results that shipped with your tub with your other paperwork. That sheet is the authoritative number for your unit, and it is the reference the team will ask about if the output is ever in question.

If Tap Water Went into the Blue Tank

The rule for the blue tank is distilled water only. Tap water carries minerals the system is not designed for, and topping up with anything other than distilled water can lead to weak output or a dirty tank over time. This is the most common reason a system that once worked well starts to feel weaker.

If you know or suspect the tank was topped up from the faucet, make fresh distilled water your first correction, since that is the published first step for weak output. Distilled water is available at any grocery or drug store, and the tank is small, so you are topping up a container and not filling a tub. If the output does not recover with fresh distilled water, or the tank itself looks dirty, contact the team before trying anything else on the generator.

When the Checklist Does Not Fix It

Some signs point past the simple checks:

• The tank is full of distilled water, the hose is connected, the water is above the jet and the port, and one press of the H2 button changes nothing.
• The pump runs but the water does not turn cloudy.
• The pump shuts off by itself. The microbubble pump has no timer and no automatic shutoff, so it should run until you press the control to turn it off. The article Is There a Time Limit on How Long the Microbubble Pump Runs? explains that behavior.

In any of these cases, contact ellasbubbles.com/support or call (800) 480-6850 with your model, your serial number and the test results sheet that came with the tub. Replacement parts ship under the warranty once the problem is verified, and a local licensed plumber or electrician does the work at the tub.

If your hydrogen system was a special-order installation in a tub other than the Standard60, the same three needs apply: distilled water in the tank, a connected hose, and bath water above the hydrogen inlet jet before the button is pressed. The milky white water described above belongs to the Standard60's combined H2 and Microbubbles System, so ask the team what to expect from your specific build.

Watch: Do Hydrogen Therapy Walk-In Tubs Really Work? Ella's Bubbles Puts It to the Test | Ellas Bubbles with chapters and a full transcript.

Common Questions