Recycling Plants

WEEE recycling plants - Mini line

WEEE recycling plants - Mini line designed for electrical and electronic e-waste and scrap WEEE

WEEE recycling plants - Mini line designed for electrical and electronic e-waste and scrap WEEE

Four-shaft shredder F

Overbelt magnetic separator

Eddy current separator

   Description

WEEE recycling plants, designed for E-waste and electrical scrap WEEE, allows the treatment of small and medium-sized electronic waste with a capacity of up to 300-500 kg/h at the inlet depending on the chosen configuration. MINI LINE WEEE allows the recovery of non-ferrous metals fraction, facilitating manual operations to make more profitable the operations of recycling of electrical and electronic waste. The MINI LINE WEEE has been designed for operators in the recycling industry who want to treat relatively small quantities of WEEE waste but understand the need to mechanize and automate some stages of the process. The MINI LINE WEEE allows to obtain a mix of metals separated from the ferrous fractions and from the plastic fractions. MINI LINE WEEE has been designed to allow the expansion of the system with additional refining and separating devices

More recycling plants designed and manufactured by Stokkermill Recycling Machinery:

- Electrical and electronic equipment and refining lines (WEEE)

- Aluminium processing / refining plants and lines

- End-of-life vehicle (ELV) treatment plants / lines

- Hard-drive treatment lines

- Toner recycling plants and lines

- Solar panels recycling plants and lines

- Fluff treatment lines and lines

- Cable recycling plants and lines

- PCB’s electronic card processing plants and lines

- Coffee capsules recycling plants and lines

- Crushing residues plants and treatment lines

Frequently asked questions
What arethe key technologies used in a solar panel recycling plant to separatematerials?

Stokkermill solar panel recycling plant uses a combination of mechanical processes, such as crushing, shredding, and grinding, followed by air classification, vibrating screens, and magnetic separation to separate materials like silicon, glass, aluminum, and plastics. These processes ensure that each material is recovered with high purity and minimal contamination.

How does a solar panel recycling plant handle the recovery of silicon from panels?

In Stokkermill solar panel recycling plant, silicon is typically recovered through a multi-step process. After the panels are shredded and crushed, the silicon is separated from the other materials using chemical processes or thermal treatment. This recovery process is designed to maximize the yield of high-quality silicon that can be reused in new solar panels or other industries.

What is the role of glass recycling in a solar panel recycling plant?

Glass is one of the most significant components of a solar panel, and the Stokkermill solar panel recycling plant is designed to recover it efficiently. Glass is separated from the panel after the silicon and metal components are removed. The recovered glass is cleaned, processed, and repurposed for use in the production of new solar panels or as raw material for other industries such as construction or automotive.

What technologies are used for glass recovery in solar panels at a solar panel recycling plant?

Glass in solar panels is separated through an advanced mechanical process that includes crushing, vibration, and density-based separation. The Stokkermill solar panel recycling plant also uses high-frequency vibration technologies to optimize the recovery of pure glass, which is then cleaned and reused in the production of new solar panels or in other industrial applications.