About Us
Odora Recycle
Odora Recycle is a specialized company in the recycling of waste and byproducts derived from mining and metal processing, including alloys that contain noble and non-noble metals.
Using cutting-edge technological approaches, the company aims to recover noble and non-noble metals that were once discarded, giving a new purpose to materials that would otherwise be harmful to the environment.
Based in Anápolis, Goiás, we collect waste from across Brazil, performing grinding and blending processes for subsequent exportation, ensuring the efficient recycling of metals by specialized recyclers.
Odora Recycle
Types of Waste Treated
Exhausted Activated Carbon.
Sourced from gold ore processing methods such as Carbon-in-Leach (CIL) and Carbon-in-Pulp (CIP), this Class 1 waste contains traces of precious metals, making it highly valuable for recycling.
Copper Electrorefining Residue (Anodic Sludge).
A residue rich in gold and silver, originating from copper electrorefining processes. Anodic sludge is treated through oxidation with hydrogen peroxide, then dried and ground for export. After this process, the waste is classified as Class 2.
Jewelry Slag.
An inert Class 2 waste generated from the fusion of jewelry scrap. This material is ground and blended to ensure homogenization, facilitating the recovery of the metals contained within.
Gravimetric Gold Ore Tailings.
The residue from the gravimetric separation of gold ores, often coming from the recycling of exhausted tailings from former gold mining operations, is another key focus for Odora Recycle, offering a sustainable solution for this type of waste.
Operations
and Scope
Odora Recycle is based in Anápolis, Goiás, but operates across the entire Brazilian territory. We collect waste from various mining and metal processing operations, which are processed for export, where specialized recyclers complete the recovery of the noble and non-noble metals. Our grinding and blending process ensures that the waste is ready for export, contributing to a sustainable and global solution to the challenges of mining waste.