UM

How e-waste becomes recovered metal.

Our processing line strictly follows Central Pollution Control Board guidelines and separates materials via mechanical separation — capable of handling both large e-waste items and scrap printed circuit boards.

The line

Manual first, mechanical second.

As a preliminary step, scrap material passes through a manual dismantling flat conveyor table, where hazardous items and other contaminants are removed by hand. Hazardous material is carefully packed in special containers and sent to the appropriate authorities for safe disposal.

Only after clearing the dismantling station is material fed into the mechanical separation line, where it undergoes shredding, milling, air separation and a series of further mechanical operations.

1

Manual dismantling

Scrap material passes through a flat conveyor table where trained hands remove hazardous items and contaminants before anything moves further down the line.

2

Safety approval

Hazardous material identified during dismantling is packed into special containers and sent to the relevant authorities for safe, compliant disposal.

3

Shredding

Cleared material enters the mechanical separation line and is shredded down into smaller, more workable fractions.

4

Milling

Shredded fractions are milled further, breaking material down to a size suited to separation.

5

Air separation

Air separation and related mechanical operations isolate metal-bearing fractions from plastics, dust and other non-metallic material.

6

Final products

Separated fractions move into our metal recovery techniques, producing outputs like high-purity tin and copper, ready for re-use in manufacturing.

Compliance

Handled by the book, not just by hand.

Every stage of the line — from the first dismantling table to final metal recovery — runs under Central Pollution Control Board guidelines, with hazardous material tracked and routed to authorised disposal.

See what we recover