Rare earth and precious metals
Recycling and refining complex waste to recover
Maximising the benefits of extracting rare earth and precious metals through urban mining
Fostering sustainable manufacturing
Enabling eco-friendly manufacturing practices by promoting the use of recovered metals.
Minimising environmental impact
Minimising environmental harm by enabling the reduction of landfill disposal.
Curbing hazardous waste
Preventing environmental damage by responsibly recycling hazardous material and curbing improper disposal.
Reducing carbon footprint
Decreasing the carbon footprint in comparison to traditional mining by facilitating urban mining solutions.
Sustainable, indigenous processes for metal extraction
01 Input sources
Various complex waste sources that are recycled to recover metals
Electronic scrap
Automotive and industrial catalysts
Catalytic converters
Magnets
Batteries
PCBs (Epoxy, Ceramic, Flex and more)
Printers
02 Extraction process
Our unique process of recycling and extracting materials
01
Automatic and semi-automatic sorting
02
Mechanical waste processing for separation of aluminium and ferrous
03
Hydrometallurgical processing
04
Output recovery and sampling
03 Product output
Different types of metals recovered from above sources
Copper
Glass
Gold
Lithium
Neodymium
Nickel
Palladium
Silver
Zinc
Precise valuation of recovered metals through
advanced sampling technology
Our step-by-step sampling process that guarantees transparency and precise determination of materials’ pricing
01
Visual inspection of material
02
Creation of data sheet
03
Sample collection
04
Lab assessment
05
Data entry
06
Quote generation
07
Proposal release