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Removal of harmful gases

Seawater and seabed sediment within offshore monopile foundations contain sulfate-reducing bacteria, which produce H₂S under anaerobic conditions and at suitable temperatures. The high-voltage ring main unit installed at the base of the fan tower uses SF₆ for arc quenching, posing a risk of sulfur hexafluoride leakage.

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Product details


I. Operating Environment
Operating temperature range: -30°C to +55°C;
Storage temperature range: -40°C to +65°C;
Operating humidity: Average humidity 70%, maximum humidity ≤95%;
Operating medium: Air and sulfur hexafluoride (SF6) gas
Operating environment: Inside a land-based enclosure


II. Product Principle
Seawater and seabed sediment within offshore monopile foundations contain sulfate-reducing bacteria, which produce H₂S under anaerobic conditions and at suitable temperatures. The high-voltage ring main unit installed at the base of the fan tower uses SF₆ for arc quenching, posing a risk of sulfur hexafluoride leakage.
1. This hazardous gas removal system effectively removes SF₆ (sulfur hexafluoride) and H₂S (hydrogen sulfide) gases from the enclosed space; ensuring the safety of maintenance personnel working inside the tower.
2. The unit utilizes the negative pressure effect generated by a high-speed rotating impeller to draw air and SF6 gas into the fan. A flexible hose connects the air inlet to a steel pipe extending beneath the platform inside the foundation. When the fan is operating, harmful gases on the foundation platform are drawn into the fan and expelled with the airflow.

III. Performance Specifications

Airflow

720m3/h

Static pressure

700Pa

Corrosion resistance class

C4-H

Rated power

≤0.75kW

Keywords

Air air heat exchanger series | Air water backpack series | Ventilation system | Non standard customized series

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