Features: ① The first direct electrolysis equipment for producing hydrogen from seawater in China, without the need for seawater desalination treatment; ② Self-developed highly efficient catalytic hydrogen-producing electrodes that can efficiently produce hydrogen while effectively inhibiting the ge
Features: ① High-performance cost-effective domestic alternative, with further upgrades in material system and structure; ② Provide post-market services for electrolytic cells, including paid installation, commissioning, and operation and maintenance; ③ Delivered to Azerbaijan, Italy, the United Kin
Features: ① Utilizing the off-gas from the 600,000-ton/year methanol synthesis unit as the raw material, through membrane separation and PSA purification processes, the rich hydrogen off-gas is purified to 99.999% pure hydrogen, meeting the hydrogen demand of surrounding small and medium-sized chemi
Functional Features: 1. Multi-level pressure detection of the system to prevent overpressure and ensure safe and stable operation of the equipment. 2. A hydrogen gas detector is installed inside the box to monitor the hydrogen content in the environment in real time. AndIssue a beeping alarm.3. Low
The working principle of a hydrogen generator The working principle of a hydrogen generator is based on the electrolysis of water technology. It generates hydrogen by decomposing water molecules through an electric current. It mainly consists of four core steps: electrolysis, separation, purificatio
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Pure water type (PEM electrolysis): Only pure water is electrolyzed, no alkaline substances are added. A titanium alloy electrolytic cell and a stainless steel gas path structure are adopted. The advantages include high hydrogen purity (≥99.999%), low power consumption (about 150W), zero pollution, but the costs of PEM membranes and catalysts are relatively high.
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Electrolysis stage: Current passes through the electrolytic cell, and water molecules undergo oxidation-reduction reactions at the electrodes. Hydrogen gas is produced at the cathode, and oxygen gas is produced at the anode. In pure water type equipment, the gases are isolated by a PEM membrane to prevent mixing, while in alkaline type equipment, ion conduction is achieved through a liquid electrolyte.
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