Composite materials, which are currently used, are challenging to recycle, and this limits their sustainability.

Our research plan is to investigate ways to make composite materials more sustainable and recyclable, including selecting the recyclable materials, designing for recyclability, developing new recycling technologies, and creating closed-loop recycling systems.

Thermoplastic composites has potential for sustainability, recyclability, and weldability.

This will involve exploring new materials and production methods that can reduce waste, conserve resources, and minimize environmental impact, while also developing new welding techniques that can ensure strong and reliable joints. Additionally, we will investigate new recycling technologies and closed-loop production systems that can allow for the reuse of thermoplastic composites at the end of their useful life.

We are leading in developing high-performance, yet cost-effective and eco-friendly Hydrogen, and Natural high-pressure Gas storage cylinders by innovating design, material selection, and manufacturing processes. 

We are committed to innovating and leading composite technology for the eco-friendliness, automation, and recycling of composite materials.

Wind turbine blades can be further developed to produce clean energy in a cleaner way. The blades themselves should be recyclable and contribute to a cleaner environment even at the end of their lives.

We design blades that are more cost-effective, and higher efficiency with the innovation of fibers and resins.