Air Supported Dome for Aggregate Storage

With the growing demand for sand, gravel, aggregates, and mineral materials, issues associated with traditional open-air stockpiling, such as dust pollution, material loss, and the impact of rain and snow, have become increasingly prominent. As a modern enclosed storage solution, air-supported dome structures effectively improve the storage environment of sand and gravel yards, enabling enterprises to achieve environmentally friendly, safe, and efficient management.

An air-supported dome is constructed with high-strength PVC membranes, while an intelligent air supply system generates slight positive pressure inside the structure to support the entire building. Its beam-free, column-free interior creates a large-span, fully enclosed space, making it ideal for storing bulk materials such as sand, gravel aggregates, coal, and mineral powder.

In recent years, with increasingly stringent environmental regulations, air-supported domes have been widely used in various fields, including sand and gravel yards, power plants, steel mills, and coal yards. They have emerged as a leading solution for the enclosed storage of industrial bulk materials.

Key Advantages of Air-Supported Dome Structures

1. Enclosed and Environmentally Friendly The fully enclosed design effectively controls dust emissions, reduces pollution, and minimizes noise impact on the surrounding environment.

2. Large Clear-Span Space The beam-free, column-free interior maximizes space utilization, allowing loaders, conveyors, and transport vehicles to operate freely and efficiently, while meeting the needs of large-scale stockyards.

3. Cost-Effective and Efficient With a short construction cycle and low foundation requirements, air-supported domes effectively reduce initial construction costs as well as long-term maintenance expenses.

4. Intelligent Control Equipped with an intelligent monitoring and remote-control system, these structures provide real-time monitoring of key operational data—including temperature, humidity, air pressure, and dust concentration—thereby improving management efficiency and operational safety.

For sand and gravel aggregate storage, air-supported domes not only minimize the effects of wind-borne dust, rain, and snow, but also help stabilize material moisture and silt content, thereby enhancing the storage stability of raw materials. Even in low-temperature or severe weather conditions, they protect equipment operating conditions and help ensure uninterrupted production.

As an integrated storage solution combining environmental protection, cost efficiency, and smart technology, air-supported domes for aggregate storage have become an important choice for the sand and gravel aggregate industry. They offer broad application prospects for both new construction projects and the environmental upgrading of open-air stockyards.