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Explains the origin of the brand name Aquavolta and its meaning.
Discusses terms used in Germany and English-speaking countries for the water.
Details the device's negative electrical voltage and redox potential.
Explains its antioxidant nature and use beyond therapy.
Highlights the role of dissolved hydrogen gas (dH2) for antioxidant power.
Covers medical recognition of H2, its effects, and mitohormetic benefits.
Discusses high-pressure packaging in cans/bags and its drawbacks.
Mentions bubble tablets and their cost/aftertaste issues.
Notes preference for DIY solutions and coining of the 'hydrogen booster' term.
Explains electrolysis basis, PEM cells, and pressure systems for H2 dissolution.
Highlights anytime/anywhere use due to long-lasting battery.
Lists compatible water sources like tap, filtered, RO, and mineral water.
Explains how to attach mineral water bottles with a 30mm thread.
Warns against using carbonated water due to pressure risks.
Details the screw cap, its holes, and the importance of not blocking them.
Identifies the main H2 generation component.
Describes the 250ml Tritan production container and its physical size.
Illustrates the connection for 30mm threaded bottles and a warning.
Explains why bottles without equalization holes are a second choice.
Identifies the three main components: generator, vessel, and lid.
Instructions for initial setup, removing the silicone plug, and rinsing.
Guidance on filling water for devices not used for over a week.
Recommends soaking the production vessel with water before first use.
Provides tips on keeping the vessel moist, water temp, and avoiding immersion.
Emphasizes reading instructions and filling water before operation.
Specifies maximum water temperature and required voltage for power supply.
Advises on child access, cleaning methods, and avoiding immersion.
Covers dropping, temperature exposure, damp rooms, and water quality.
Strong warning against using carbonated water due to explosion risk.
Instructions on not opening the unit, handling defects, and proper disposal.
Guides on placing the device and fully charging the battery before first use.
Details filling with warm water to moisten the membrane cell completely.
Instructions on filling water for hydrogen enrichment, avoiding the pressure cap.
Explains LED indicators during charging and operation.
Advises against operating the generator during charging to prevent battery wear.
Instructions on pressing the start button for production, beep, and blue light.
Explains the 5-minute production, 20-minute interval mode, and purple display.
Describes LED color changes (red, green) during charging and not producing during charging.
How to stop a running production phase or pause it.
Details the 40-minute special operation for H2 inhalation.
Explains nasal cannula use, gas volume, and recommendations for power napping.
Guides on cleaning with citric acid for lime traces and general hygiene.
Instructions for wiping the exterior and cleaning coarse dirt with warm water.
Advice on storing the device at room temperature away from direct sunlight.
Lists key technical specs like weight, power, battery, charging, and operating time.
Checks for battery charge and foreign bodies in the pressure vessel.
Addresses issues with the LED not lighting up, checking battery and power supply.
Guides on checking the plug, cable, and power supply unit for charging problems.
How to address leakage by checking and replacing seals.
Provides contact details for the general sales and service center.
The AquaVolta® H2-TURBO is a 6th generation hydrogen booster designed to produce electroactivated, hydrogen-rich water. The brand name combines "Aqua" (Latin for water) and "Volta" (after Alessandro Volta, inventor of the battery), signifying "electroactivated water." This device is engineered to create water with a negative electrical voltage (negative redox potential), which is associated with antioxidant properties. The primary mechanism for its antioxidant power is the dissolved hydrogen gas (dH2) content.
The AquaVolta® H2-TURBO operates on the principle of water electrolysis, specifically utilizing a PEM (Proton Exchange Membrane) cell. This cell efficiently separates hydrogen (H2) and oxygen (O2) gases, ensuring that only hydrogen accumulates in the water. The device also incorporates a pressure system to maximize the dissolution of H2 into the water. The 6th generation booster features enhanced nano-bubbles, which significantly increase the efficiency of hydrogen dissolution.
The device is composed of three main components: the H2 generator, the production vessel (a 250 ml Tritan container), and a lid. Two types of lids are available: one for H2 water production and another for H2 inhalation. The device is designed for "do-it-yourself" hydrogen water production, offering an alternative to pre-packaged hydrogen water products.
The AquaVolta® H2-TURBO is portable and powered by a long-lasting battery, allowing for use anytime and anywhere. It offers flexibility in water selection, compatible with filtered tap water, reverse osmosis (RO) water, and mineral water. The Tritan container can be unscrewed and replaced with a standard 30 mm threaded mineral water bottle (plastic bottles only). However, it is crucial that the water used does not contain carbonic acid (sparkling water), as this can damage the device or cause it to burst due to excessive gas pressure. When using bottles without pressure equalization holes, the maximum production time is limited to 10 minutes.
To operate, the device must be filled with drinking water. Before first use, the production vessel should be filled with water for at least 30 minutes to soak the electrolyte membrane, then the water should be poured away. The orange silicone plug must be removed from the production vessel before commissioning.
The device is activated by pressing the start button for 3 seconds, indicated by a beep and a blue light. Hydrogen production is visible through fine bubbles. A 5-minute production cycle is initiated. Pressing the button again briefly during this cycle starts a 20-minute interval operation (5 min production - 10 min pause - 5 min production), indicated by a purple light. For H2 inhalation, a special 40-minute operation can be activated by briefly pressing the start button again during the "Purple" operating mode, provided the battery is sufficiently charged. This mode is indicated by a green display. A nasal cannula is provided for H2 inhalation, delivering approximately 5 ml of H2 gas per minute.
Regular cleaning is essential for hygiene and optimal performance. The inside of the Tritan container and the grid-shaped minus electrode (where hydrogen is produced) should be cleaned every two weeks, or if an odor is perceived. This involves dissolving 1 teaspoon of citric acid in lukewarm water (50-60°C), closing the screw cap, shaking vigorously for 30 seconds, and allowing it to react for 1 hour. Afterward, the container, lid, and electrode should be rinsed several times with warm water. Coarse soiling can also be removed by half-filling the pressure vessel with warm water, shaking, and pouring out the rinsing water. The exterior of the device can be wiped with a damp soft cloth.
The production vessel should be kept constantly moist, and filled water should never exceed 60°C. The device should never be immersed in water. Repeated hydrogen production cycles should not be started without opening the lid in between.
The device should be stored at room temperature, away from direct sunlight. The serial number, important for service queries, is located on the underside of the H2 generator.
General| Brand | Aquavolta |
|---|---|
| Model | H2-TURBO |
| Category | Water Filtration Systems |
| Language | English |
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