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SF6/N2 Mixed Gas Recovery And Separation Device
Our company's independently developed SF6/N2 mixed gas separation device adopts self-developed modules and low-temperature purification technology. Its advantages lie in:
Convenience of operation: The device has a simple operation process and does not require specific requirements for the flow rate, pressure, temperature, or purity of the gas source. It can be started and run immediately. The equipment can efficiently separate gases containing SF6, including gases after arc treatment, ensuring the purification and recovery of SF6.
Wide applicability: The equipment has extremely high versatility and can handle various gases with SF6 concentrations ranging from 100% to 0.1%. It has strong adaptability and meets the needs of diverse application scenarios.
High purity guarantee: Advanced low-temperature solidification technology is adopted to ensure that the purity of purified SF6 gas meets the new gas standard and meets the high-precision application requirements.
Environmental emissions: Through integrated module adsorption technology, the concentration of SF6 is extremely low when the equipment emits nitrogen, fully meeting environmental emission standards and ensuring minimal impact on the environment.
Efficiency and reliability: The core components of the equipment (such as refrigeration units, pressure vessels, compressors, etc.) are designed to be durable, and domestically produced modules have low costs and quick maintenance responses, ensuring long-term stable operation of the equipment while reducing maintenance costs.
The equipment adopts an integrated design, with one click start and separation to meet the new gas standard, without the need for any external purification device. It also has the function of pressing steel cylinders. When the container is full, SF6 will be automatically pressed into the external steel cylinder, and the system will automatically prompt to replace the empty steel cylinder when it is full. The operation is extremely simple and convenient.
Technical Parameter
Type | Air cooled, hand pushed mobile | |
Ambient Temperature | -10℃～40℃ | |
Initial pressure(MPa) | ≤0.8 | |
recycle | Final pressure(MPa) | ≤-0.1 |
1m³ | ≤1.5H | |
Annual leakage rate | ≤0.5% | |
Purity of SF6 gas after recycling | Moisture content(PPM/V) | ≤40 |
Oil content(PPM/G) | NONE | |
Dust（μm） | ≤0.02 | |
Purity | ≥99.99% | |
Regeneration method of dry filter | Vacuum heating activation regeneration | |
power supply | three-phase four-wire system 3Φ 380V | |
total power(kW) | ≤30 | |
noise dB(A) | ≤75 | |
Equipment weight (kg) | ≤2800 | |
Purity of purified SF6 | ≥99.99% | |
Purification method | Low temperature solidification separation | |
SF6/N2 Mixed Gas Recovery And Separation Device
Our company's independently developed SF6/N2 mixed gas separation device adopts self-developed modules and low-temperature purification technology. Its advantages lie in:
Convenience of operation: The device has a simple operation process and does not require specific requirements for the flow rate, pressure, temperature, or purity of the gas source. It can be started and run immediately. The equipment can efficiently separate gases containing SF6, including gases after arc treatment, ensuring the purification and recovery of SF6.
Wide applicability: The equipment has extremely high versatility and can handle various gases with SF6 concentrations ranging from 100% to 0.1%. It has strong adaptability and meets the needs of diverse application scenarios.
High purity guarantee: Advanced low-temperature solidification technology is adopted to ensure that the purity of purified SF6 gas meets the new gas standard and meets the high-precision application requirements.
Environmental emissions: Through integrated module adsorption technology, the concentration of SF6 is extremely low when the equipment emits nitrogen, fully meeting environmental emission standards and ensuring minimal impact on the environment.
Efficiency and reliability: The core components of the equipment (such as refrigeration units, pressure vessels, compressors, etc.) are designed to be durable, and domestically produced modules have low costs and quick maintenance responses, ensuring long-term stable operation of the equipment while reducing maintenance costs.
The equipment adopts an integrated design, with one click start and separation to meet the new gas standard, without the need for any external purification device. It also has the function of pressing steel cylinders. When the container is full, SF6 will be automatically pressed into the external steel cylinder, and the system will automatically prompt to replace the empty steel cylinder when it is full. The operation is extremely simple and convenient.
Technical Parameter
Type | Air cooled, hand pushed mobile | |
Ambient Temperature | -10℃～40℃ | |
Initial pressure(MPa) | ≤0.8 | |
recycle | Final pressure(MPa) | ≤-0.1 |
1m³ | ≤1.5H | |
Annual leakage rate | ≤0.5% | |
Purity of SF6 gas after recycling | Moisture content(PPM/V) | ≤40 |
Oil content(PPM/G) | NONE | |
Dust（μm） | ≤0.02 | |
Purity | ≥99.99% | |
Regeneration method of dry filter | Vacuum heating activation regeneration | |
power supply | three-phase four-wire system 3Φ 380V | |
total power(kW) | ≤30 | |
noise dB(A) | ≤75 | |
Equipment weight (kg) | ≤2800 | |
Purity of purified SF6 | ≥99.99% | |
Purification method | Low temperature solidification separation | |