- FDQ3000 series
- FDQ2000 series
- FDQ1000 series
- FDQ800 series
- FDQ400 series
- FDQ100 series
- FDQ60 series
- FDQ20 seriesseries
- FDQ10 series
- FDQ5 seriesseries
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the
anode produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in
fields such as electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 2.0MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
3000Nm³ /h | 1500Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 2.0MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
2000Nm³ /h | 1000Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 2.0MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
800-1000Nm³ /h | 400-500Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 3.0MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
400-800Nm³ /h | 200-400Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
100-400Nm³ /h | 75-200Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote via Internet
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
80-150Nm³ /h | 40-75Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a containerized or pry mounted structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
40-80Nm³ /h | 20-40Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a container, pry fit, or cabinet structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
20-40Nm³ /h | 10-20Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a container, pry fit, or cabinet structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
8-20Nm³ /h | 4-10Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
The alkaline water electrolysis tank uses the input DC electricity to decompose the treated pure water. In the small chamber of the electrolysis tank, the anode
produces oxygen and the cathode produces hydrogen. The alkaline solution can be recycled without harming the environment. Widely used in fields such as
electronics, power, nuclear power, aviation, and military industry.
·The maximum operating pressure can reach 5.0 MPa.
·According to customer requirements, it can be designed as a container, pry fit, or cabinet structure.
·Automated control can achieve unmanned operation.
·Ultra remote monitoring can be realized through the Internet.
Hydrogen production | Oxygen production | Hydrogen purity | Oxygen purity | Moisture content of hydrogen gas | Production adjustment range | Operating pressure | Pressure difference of hydrogen oxygen system |
2-8Nm³ /h | 1-4Nm3 /h | ≥99.9%（v/v） | ≥99.5%（v/v） | ≤4g/Nm³ H₂ | 30-110% | 5.0MPa | ≤±50mmH₂O |
| Working current | Operate temperature | DC power consumption | Control mode | Electrolyte | Diaphragm Material | Ambient temperature | |
| According to the design | 90℃ | 4.2-4.6Kwh/NmH₂ | PLC/DCS | 30%KOH | Non-asbestos | 5-50℃ | |
天津市大陆制氢设备有限公司
Postal Code: 301609 Phone: Domestic Marketing Department: 022-68660408/022-68661771 International Marketing Department: 022-68661777 After sales Service Department: 022-68661784 Address: No.1 Tai'an Road, Tianyu Science and Technology Park, Jinghai District, Tianjin