In the industrial and logistics sectors, membrane structures are widely applicable to scenarios such as eco-friendly storage yards for industrial and mining operations, bulk material storage, port transshipment facilities, and temporary warehousing. With its core advantages such as large-span fully enclosed space, fast construction, light assets, disassemblability and reusability, and environmental compliance, it effectively solves the industry problems of traditional steel structure sheds, such as high cost, long construction period, excessive dust, limited space, and inability to be relocated.
The column-free, ultra-long-span space provided by air-supported structures accommodates the full-range operation of stacker-reclaimers and large-scale loading/unloading equipment, making them suitable for the enclosed storage of materials such as coal, sand and gravel, ore, solid waste, chemical raw materials, and grain. When integrated with dust suppression, ventilation, and odor control systems, these structures effectively manage dust and odor emissions, ensuring consistent compliance with environmental regulations and mitigating the risk of production shutdowns for rectification.
Given the logistics industry's characteristics, such as significant warehousing shortages, short land-use cycles, and pronounced seasonal fluctuations, air-supported structures offer a compelling solution. They require minimal foundation work and allow for rapid assembly, enabling the quick expansion of temporary transit and emergency warehouses. Furthermore, they can be fully dismantled and redeployed at different locations, substantially reducing both fixed asset investment and warehousing operating costs for enterprises.