Inorganic Waste Processing System

The inorganic waste processing system developed by the limited liability company "Eko Clean Trans" together with other companies at the Andijan Institute of Mechanical Engineering includes the installation of an inorganic waste collection device where WEEE (waste electrical and electronic equipment) can be collected.

The main objective of the project was to optimize and improve the processing of small WEEE for the recovery of precious metals and rare earth elements through a low-impact pilot project.

Inorganic waste treatment is a crucial process in managing the environmental impact of non-biodegradable materials generated on campus. The university has developed a comprehensive approach to ensure the efficient and sustainable handling of inorganic waste.

The total volume of inorganic waste produced amounts to 430 tons, including paper, plastics, and other non-toxic materials. The treatment process focuses on several key strategies:

1. Reduction

Efforts are made to minimize the amount of inorganic waste generated. This includes promoting digital solutions to reduce paper usage and encouraging the use of reusable containers.

2. Recycling

A significant portion of inorganic waste is recycled. For example, 317 tons of paper waste is processed through recycling initiatives, helping conserve resources and reduce landfill waste. Soft and hard plastics are also collected and sent to recycling facilities to be transformed into new products.

3. Reusing

The university promotes reusing materials whenever possible, including using recycled paper for internal documents and encouraging the use of refillable containers.

4. Down-Cycling and Up-Cycling

Some materials are down-cycled into lower-quality products, while others are up-cycled into higher-quality items. This sustainable approach extends material life cycles and promotes creativity within the campus community.

5. Education and Awareness

The university conducts awareness campaigns highlighting the importance of inorganic waste treatment. These initiatives engage students, staff, and faculty in recycling and reduction efforts.

By implementing these strategies, the university aims to minimize its ecological footprint, enhance waste management practices, and foster a strong culture of sustainability across the campus community.