Equipo de producción de hidrógeno industrial QL-3000, generador de hidrógeno de celda de combustible de laboratorio, generador de hidrógeno PEM, H2, 0-3050 ml/min

QLS-H20 Industrial Hydrogen Production Equipment High Capacity

Product Introduction PEM hydrogen production equipment The QLS series products that use PEM technology to electrolyze pure water to produce high-purity hydrogen (eliminate alkali addition) are a kind of lightweight, high-efficiency, energy-saving and environmentally friendly high-tech patented products. 1. Zero-pole pitch, high-activity PEM catalytic electrode pair 2. Compound multi-electrolyzer structure with excellent mass transfer and thermal transfer chemical process performance 3. Material selection of compound multi-electrolyzer with superior electrochemical type, corrosion resistance, passivation resistance and other properties 4. Complete, complete and reliable electrical automatic control system 5. Hydrogen production by electrolysis of pure water (no alkali addition), no corrosion, no pollution, high hydrogen purity 6. Low unit cell voltage, low internal resistance of electrolyzer without heat, long drying and replacement cycle, high hydrogen purity 7. Small electrolysis current, but sufficient gas productionFast pressure boost (3-5 minutes) 8. Hydrogen pressure stabilization, steady flow output, and automatic tracking with the change of load gas consumption, automatic protection technology is complete and reliable. 9. High voltage stabilization accuracy, complete and reliable automatic protection technologies such as water shortage, overpressure, waterproof punching 10, low noise 11, low power consumption, high electrolysis efficiency 12, good sealing performance

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Generador de hidrógeno PEM de grado industrial QL-3000 | Producción de H₂ en celdas de combustible de laboratorio | 0-3050 ml/min

Features and Advantages

This product boasts excellent electrical conductivity, minimal electroosmosis of water molecules within the membrane, and low gas permeability, ensuring high efficiency and purity. It offers superior electrochemical stability, reliable dry-wet conversion performance, and robust mechanical strength for long-lasting durability. Additionally, its modular design allows for customizable configurations to meet diverse application needs.

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Equipo de producción industrial de hidrógeno QL-1000 para laboratorio, generador de electrolizador de hidrógeno PEM H2 

Features and Advantages

Good electrical conductivity Small electroosmosis of water molecules in the membrane Low permeability of the gas in the membrane Good electrochemical stability Good dry-wet conversion performance A certain mechanical strength Modular customization

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Generador de hidrógeno PEM QLS-H6 con certificación CE. Equipo de producción de hidrógeno de gran capacidad de grado industrial.

The QLS-H6 PEM hydrogen generator is a state-of-the-art system designed to produce high-purity hydrogen through pure water electrolysis. As a member of the QLS series, it functions as a fully automated water electrolysis system utilizing proton exchange membrane (PEM) technology. Capable of generating up to 60.0 cubic meters of hydrogen per hour with a purity of 99.999%, the QLS-H6 is perfectly suited for industrial applications. It offers a maximum hydrogen output pressure of 1.5 MPa (or 30 bar, adjustable to meet customer specifications) and is built for continuous, dependable operation.

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QLS-H50 Industrial Hydrogen Production Equipment PEM Technology Large Hydrogen Generator

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Electrolizador de hidrógeno PEM QL-1000 | Generador de H₂ de grado industrial para aplicaciones de laboratorio

 

Features and Advantages

The product features excellent electrical conductivity, ensuring efficient performance, along with minimal electroosmosis of water molecules within the membrane for optimal functionality. It boasts low gas permeability, maintaining high purity levels, and superior electrochemical stability for reliable operation. With effective dry-wet conversion performance, it offers enhanced versatility, while its robust mechanical strength ensures durability and long-term use. Additionally, the modular design allows for customizable configurations to meet specific application requirements.

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