Reducing the use of petrochemical materials
Replacing traditional membrane materials with high-performance composites, which helps reduce the use of petrochemical materials, thereby lowering chemical consumption and minimizing potential environmental pollution.
Improving concrete products durability
Enhancing concrete fracture elongation with ultra-high molecular weight polyethylene fibers while reducing the need of steel consumption, improves product durability, reduces energy consumption, and lightens the environmental burden.
Lowering CO2 emission
Capturing and storing CO2 emissions from industrial and energy production processes prevents them from entering the atmosphere, reducing greenhouse gas emissions effectively, and supporting the achievement of mitigation on global climate change.
Enabling sustainable transportation
Reducing weight and energy consumption in transportation products, such as patrol boats and rail transit enable higher speeds and longer distances with the same energy feeding, improving energy efficiency and upgrading transportation system in sustainable way.