The new method of converting fiberglass reinforced plastic (GFRP) to silicon carbide developed by researchers not only solves the problem of GFRP waste disposal, but also

 provides new ideas for the development of circular economy. This innovative technology uses lightning Joule heating to convert GFRP into silicon carbide, which is widely

 used in semiconductors, sandpaper and other products, showing great potential for waste utilization and resource recovery.

As the technology continues to mature and large-scale production is achieved, it is expected that this fiberglass reinforced plastic (GFRP) to silicon carbide conversion method

 will significantly reduce the processing cost of GFRP while reducing environmental pollution. This efficient, low-cost, and environmentally friendly conversion technology is 

expected to promote the widespread recycling of GFRP waste and provide high-quality silicon carbide raw materials for the semiconductor industry and other fields.

In the future, the promotion and application of fiberglass reinforced plastic (GFRP) to silicon carbide conversion technology will promote the development of circular economy, 

support sustainable industrial transformation, and contribute to solving global environmental problems. Through continuous innovation and technological progress, we can look

 forward to a future where resources are efficiently recycled and the environment is cleaner.