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NEWS
test The company adhere to the attitude of "Concentrate on research, concentrate on product, and concentrate on service" and insist on "Do one thing to be remarkable is better than doing 10,000 things to be mediocre."
Sep. 16, 2026
PEM Electrolyzer: Complete Guide to Hydrogen Production Technology
A PEM electrolyzer uses a proton exchange membrane to split purified water into hydrogen and oxygen. This article explains the working principle, components, efficiency, applications, and selection criteria for modern PEM hydrogen production systems.
Sep. 09, 2026
PEM Electrolyzer: Complete Guide to PEM Water Electrolysis and Hydrogen Production
Learn how PEM electrolyzers work, their key components, efficiency, hydrogen purity, operating pressure, applications, and how to choose a reliable PEM electrolyzer manufacturer.
Sep. 08, 2026
Why PEM Electrolyzers Are Winning Large-Scale Green Hydrogen in 2026
Large European and North American hydrogen projects continue to specify proton-exchange-membrane (PEM) electrolyzers because they start in seconds, follow wind and solar, and deliver high-purity hydrogen at industrial pressure. This article explains the technology, 2026 project signals, and what buyers should demand from a commercial PEM hydrogen g
Sep. 05, 2026
Why PEM Electrolyzers Still Win When Green Hydrogen Moves From Pilot to Plant
Green hydrogen is no longer only a slide deck. In the last few days, France opened another 250 MW electrolysis support round, Lithuania started a PEM-based hydrogen station, cooling vendors locked in large-plant contracts, and 100 MW-class PEM stacks continued to land on European industrial sites. For anyone specifying a hydrogen generator, the que
Sep. 01, 2026
Why PEM Electrolyzers Are Winning the Race to Bankable Green Hydrogen
Manufacturing capacity and real stack deliveries are catching up with hydrogen targets. PEM technology’s dynamic response, compact footprint, and high-purity output make it the workhorse for refineries, PtX hubs, and modular plants. This article turns this week’s headlines into a buyer-focused briefing for anyone specifying a PEM electrolyzer.
Aug. 21, 2026
Why PEM Electrolyzers Are Powering the Next Wave of Green Hydrogen Projects
Global hydrogen infrastructure is expanding rapidly, with new manufacturing capacity announcements and large-scale project activity highlighting demand for reliable electrolyzers. PEM (proton exchange membrane) technology stands out for its high efficiency, rapid response to renewable power, high-purity output, and modular scalability—making it i
PRODUCT CATEGORIES
We R&D, design, manufacturing and sales of PEM membrane electrodes, hydrogen and oxygen electrolytic cells and other ancillary products.
Industrial PEM Electrolyzer&BOP Hydrogen Production System
Our industrial PEM electrolyzers provide a reliable and efficient solution for hydrogen production. Based on advanced PEM technology, the system produces high-purity hydrogen with stable performance, compact design, and fast start-up.
It is suitable for various industrial applications and supports flexible system integration to meet different hydrogen production needs.
Gitan manufactures PEM electrolyzers, PEM electrolyzer cells and stacks for hydrogen production. Explore scalable PEM systems, from laboratory and small-capacity units to industrial hydrogen generation.
Generate tailored acidic and alkaline water on demand via electrolysis—versatile, efficient, and ideal for households (drinking, surface cleaning), commercial spaces (restaurants, salons), and hygiene-focused settings (disinfection, skincare).
View More >>The module generates hydrogen-rich water or acidic & alkaline water. Space-saving, it can be plugged into your device for instant use—an all-in-one design.
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High-quality finished products, including hydrogen inhalation machines, hydrogen-rich water dispensers, hydrogen-rich water bottles, and alkaline water dispensers, etc.
View More >>Hydrogen water, also known as hydrogen-rich water or hydrogenated water, is regular water that has molecular hydrogen gas (H2) added to it.
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Catalyst Coated Membrane (CCM) serves as the central component in PEM electrolyzers, playing a vital role in the electrochemical reactions that split water into hydrogen and oxygen gases.
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Our PEM electrolyzer modules are designed for a wide range of applications, from household and medical use to industrial and environmental solutions. Utilizing advanced Proton Exchange Membrane (PEM) technology, we provide efficient, on-site hydrogen generation for hydrogen-rich water dispensers, medical hydrogen inhalation machines, fuel cell hydrogen supply, Brown Gas generation for welding, and more. Additionally, our solutions are ideal for research, energy storage, and environmental monitoring. As a leading manufacturer from China, we offer high-performance products with customizable OEM & ODM services to meet diverse industry needs.
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