This solution involves developing an integrated waste management system that employs cutting-edge recycling technologies to reclaim valuable materials from semiconductor production waste.

The system would involve collaborations with material scientists to create methods for breaking down complex waste into reusable components.

Additionally, implementing IoT sensors and AI analytics can optimize waste processing in real-time, reducing bottlenecks, and improving recovery rates.

The process includes setting up dedicated recycling units within foundries that handle collection, separation, and treatment of waste, converting it to reusable or marketable byproducts.

This solution offers foundries the ability to drastically reduce waste and minimize environmental impact without compromising production output.

Additionally, it creates a new revenue stream through the sale of recycled materials and byproducts, positioning foundries as leaders in sustainability.

The core technologies, such as advanced recycling methods and IoT for real-time waste tracking, are available but require integration and customization for the semiconductor sector.

Initial setup might be capital-intensive, but the long-term savings and revenue from recycled materials make it economically viable.

Regulatory support for green technologies could add incentives.