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Introduction
The Over-Flow Hydrogen-Rich Water Module is designed to deliver pure hydrogen-rich water through a combination of RO water purification and electrolysis. With components like a resin filter, water pump, electrolysis cell, and gas-water separator, this module ensures efficient hydrogen generation. It integrates seamlessly into existing RO systems, offering a straightforward installation process and a high-quality, drinkable hydrogen-enriched water output.
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Product Description
Gas Chromatography and Spectroscopy Applications
Our PEM electrolyzers supply high-purity hydrogen for use in gas chromatography (GC) and spectroscopy. These essential tools in analytical labs require a reliable and consistent source of hydrogen for accurate readings, making our electrolyzers the perfect fit for scientific research and diagnostic work.
Basic Working Principle:
RO water is purified through a resin filter and then supplied to the anode water inlet of the over-flow electrolyzer via a gas-water separator (TDS = 0). A water pump directly extracts RO water to supply the cathode water inlet of the over-flow electrolyzer. The electrolyzer operates under a constant current power supply, electrolyzing the water in the anode chamber. Hydrogen ions from the anode pass through the proton exchange membrane to the cathode chamber, forming hydrogen gas that mixes with water, resulting in drinkable hydrogen-rich water.
Installation and Connection:
Simply embed the module into the RO system. Connect the RO water inlet to the over-flow hydrogen-rich water module’s inlet. The module's outlet is connected to the RO system's outlet control valve before the water output.
Module Components:
Water Tank ×1
Resin Filter ×1
Over-Flow Electrolyzer ×1
Gas-Water Separator
Water Pumps ×2
Constant Current Power Supply ×1
Solenoid Valve ×1
Additional Piping and Fittings
Application Area
| Application Area | Function & Application Details | Key Equipment |
| Drinking Water Industry | Applied in household & large-scale water treatment. Regular consumption of hydrogen-rich water eliminates harmful free radicals, helps prevent diseases (e.g., diabetes, gout, constipation), and protects health. | Hydrogen-rich water systems, Water treatment equipment |
| Food & Beverage Industry | Establishing hydrogen-health-themed restaurants. Hydrogen-enriched water can be used in soups, drinking water, meals, and cooking. | Hydrogen-rich water systems |
| Agriculture | Plant/Animal Cultivation: Hydrogen-rich water accelerates growth of plants/animals, reduces harmful bacteria naturally, and improves taste/safety of agricultural products. | Hydrogen-rich water systems |
| Healthcare | Hydrogen exhibits health benefits (e.g., antioxidant, anti-inflammatory). Hydrogen/oxygen electrolyzers produce hydrogen for medical institutions/households (e.g., hydrogen inhalation therapy, hydrogen water preparation). | Hydrogen-oxygen ventilators, Hydrogen electrolyzers |
| Beauty Industry | Hydrogen-rich water from generators is used for hair care, facial cleansing, and skincare. Also used to produce hydrogen masks, offering antioxidant effects to slow aging. | Hydrogen water generators |
| Elderly Care | Hydrogen-rich water/hydrogen gas may help prevent Alzheimer’s, improve memory, etc. Installed in nursing homes for daily drinking and assisted breathing therapy. | Hydrogen-rich water systems, Hydrogen-oxygen ventilators |
| Key Terms: | ||
| Hydrogen-rich water : Water infused with dissolved molecular hydrogen (H₂). | ||
| Hydrogen-oxygen ventilator : Device for inhaling hydrogen-oxygen gas mixtures. | ||
| Free radicals : Unstable molecules causing oxidative stress. | ||
| Antioxidant: Neutralizes free radicals, reducing cellular damage. | ||
| Hydrogen electrolyzer: Equipment splitting water into hydrogen and oxygen gases. | ||
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RO water is further purified by a resin filter before being added to the dedicated water tank of the PEM electrolyzer. After passing through a second resin filter for further purification, the purified water (TDS=0) is supplied to the PEM electrolyzer. The electrolyzer operates with constant current to generate hydrogen and oxygen. Oxygen is vented
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