The inflatable membrane structure is the most environmentally friendly type of membrane structure among the three main forms.

Inflatable membrane structures achieve stability by inflating air or other gases into the membrane, causing it to generate a certain prestress. This type of structure offers the following environmental advantages:

1. Zero Resource Consumption: Inflatable membrane structures maximize the utilization of membrane materials and air as building materials. By using air pressure and gas circulation technology, they create enclosed and comfortable spatial structures, realizing the recycling of resources and minimizing the generation of construction waste.
2. Zero Energy Consumption: These structures employ highly transparent and self-cleaning membrane materials to fully utilize natural light. In addition, they are integrated with intelligent building monitoring systems, passive energy-saving air conditioning technologies, and clean energy integration applications such as water evaporation cooling and solar power generation. This combination minimizes the energy consumption throughout the building’s lifecycle.
3. Zero Emissions: There is no dust generation during production and application. Additionally, rainwater and sewage recycling systems are employed, effectively eliminating the emission of carbon dioxide and pollutants, reducing environmental pollution.
4. Zero Pollution: Modern pneumatic membrane structure technology is utilized to achieve industrialized and standardized manufacturing. This integrated approach combines prefabricated key components and parts with rapid on-site assembly, minimizing noise, air pollution, and water pollution during construction.
5. Zero Construction Site: Critical components and parts required for construction are produced in a factory and then rapidly assembled on-site, improving operational efficiency and shortening the construction cycle. This approach eliminates the need for extensive on-site construction, further reducing environmental impact.

In conclusion, inflatable membrane structures stand out as the most environmentally friendly type of membrane structure due to their unique structural form and eco-friendly characteristics. They offer significant advantages in reducing resource consumption, energy consumption, emissions, and pollution, providing a new direction for the development of green buildings.