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| MOQ: | 1 Unit |
1. Introduction
Hydrogen production by water electrolysis has the advantages of flexible application site, high product purity, large operation flexibility, simple equipment and high degree of automation, and is widely used in industrial, commercial and civil fields. In response to the country's low-carbon and green energy, hydrogen production by water electrolysis is widely deployed in places for green energy such as photovoltaic and wind power
2. Technical Features
• The sealing gasket adopts a new type of polymer material to ensure the sealing performance of the electrolytic cell.
• The electrolytic cell using asbestos-free diaphragm cloth that can reduce energy consumption, be green and environmentally friendly, carcinogens free, and no need to clean filters.
• Perfect interlocking alarm function.
• Adopt independent PLC control, fault self-recovery function.
• Small footprint and compact equipment layout.
• Stable operation and can run continuously throughout the year without stopping.
• High level of automation, which can realize unmanned management on site.
• Under 30%-100% flow, the load can be adjusted freely, and it can run safely and stably.
• The equipment has long service life and high reliability.
3. Brief Introduction of Process Flow
The raw water (pure water) in the raw water tank is injected into the hydrogen-oxygen scrubber through the water supply pump, and the lye in the gas is washed and then enters the hydrogen-oxygen separator. The electrolyzer produces hydrogen and oxygen under DC electrolysis. Hydrogen and oxygen are separated, washed and cooled by the hydrogen-oxygen separator, and the water separated by the water inlet separator is discharged through the drain pipe. Oxygen is output by the regulating valve through the oxygen outlet pipeline, and the user can choose to empty it or store it for use according to the usage situation. The production of hydrogen is regulated from the outlet of the gas-water separator through a regulating valve.
The make-up water for the water-sealed tank is the cooling water from the utilities. The rectifier cabinet is cooled by thyristors.
The whole set of hydrogen production system is controlled by PLC program to run fully automatically, stop automatically, detect and control automatically. It has control functions such as alarms and chains at all levels, and realizes the automation level of one-button start. With manual operation function. When the PLC fails, the system can be operated manually to ensure the continuous production of hydrogen by the system.
4. Technical parameters and equipment
Electrolyzer:
| Purification Processing | 50~1000Nm³/h |
| H2 Purity | 99.99~99.999% |
| Dewpoint | -60℃ |
Purification:
| Hydrogen Production Capacity | 50~1000Nm³/h |
| Operation Pressure | 1.6MPa |
|
|
| MOQ: | 1 Unit |
1. Introduction
Hydrogen production by water electrolysis has the advantages of flexible application site, high product purity, large operation flexibility, simple equipment and high degree of automation, and is widely used in industrial, commercial and civil fields. In response to the country's low-carbon and green energy, hydrogen production by water electrolysis is widely deployed in places for green energy such as photovoltaic and wind power
2. Technical Features
• The sealing gasket adopts a new type of polymer material to ensure the sealing performance of the electrolytic cell.
• The electrolytic cell using asbestos-free diaphragm cloth that can reduce energy consumption, be green and environmentally friendly, carcinogens free, and no need to clean filters.
• Perfect interlocking alarm function.
• Adopt independent PLC control, fault self-recovery function.
• Small footprint and compact equipment layout.
• Stable operation and can run continuously throughout the year without stopping.
• High level of automation, which can realize unmanned management on site.
• Under 30%-100% flow, the load can be adjusted freely, and it can run safely and stably.
• The equipment has long service life and high reliability.
3. Brief Introduction of Process Flow
The raw water (pure water) in the raw water tank is injected into the hydrogen-oxygen scrubber through the water supply pump, and the lye in the gas is washed and then enters the hydrogen-oxygen separator. The electrolyzer produces hydrogen and oxygen under DC electrolysis. Hydrogen and oxygen are separated, washed and cooled by the hydrogen-oxygen separator, and the water separated by the water inlet separator is discharged through the drain pipe. Oxygen is output by the regulating valve through the oxygen outlet pipeline, and the user can choose to empty it or store it for use according to the usage situation. The production of hydrogen is regulated from the outlet of the gas-water separator through a regulating valve.
The make-up water for the water-sealed tank is the cooling water from the utilities. The rectifier cabinet is cooled by thyristors.
The whole set of hydrogen production system is controlled by PLC program to run fully automatically, stop automatically, detect and control automatically. It has control functions such as alarms and chains at all levels, and realizes the automation level of one-button start. With manual operation function. When the PLC fails, the system can be operated manually to ensure the continuous production of hydrogen by the system.
4. Technical parameters and equipment
Electrolyzer:
| Purification Processing | 50~1000Nm³/h |
| H2 Purity | 99.99~99.999% |
| Dewpoint | -60℃ |
Purification:
| Hydrogen Production Capacity | 50~1000Nm³/h |
| Operation Pressure | 1.6MPa |
