dust control air dome, noise control air dome, dust and noise control air supported structure, environmental protection air dome, construction dust control dome, noise reduction construction dome
Size:Customizable
This air-supported dome system is widely used in foundation pit construction and large-scale excavation projects where dust control and noise reduction are critical. By enclosing the construction area with a high-strength membrane and maintaining stable internal air pressure, the structure isolates dust, limits sound transmission, and minimizes environmental impact on surrounding residential and commercial areas.
Compared with traditional enclosure methods, the air dome offers faster deployment, lower structural weight, and greater flexibility for complex construction sites, making it an ideal solution for green and compliant construction projects.



Effective Dust Control
Significantly reduces airborne dust and particulate emissions during excavation and construction
Noise Reduction Solution
Acts as a sound barrier to lower construction noise and reduce disturbance to nearby communities
Fully Enclosed Working Environment
Improves air quality, visibility, and safety inside the construction site
Large-Span, Column-Free Space
Allows free movement of heavy machinery and construction equipment
Fast Installation & Low Impact
No heavy steel framework required, minimizing site disruption
Environmentally Compliant Design
Supports green construction standards and urban environmental protection policies
Foundation pit and excavation projects
Urban construction sites near residential areas
Subway, tunnel, and underground infrastructure works
Municipal and environmental protection projects
Construction sites with strict dust and noise regulations
Air-supported membrane structures provide a sustainable and efficient alternative to traditional dust screens and noise barriers. By combining enclosure, ventilation, and filtration systems, the air dome offers a comprehensive solution for environmental control on construction sites.