PIONEERING CIRCULAR ECONOMY SOLUTIONS FOR MINING AND INDUSTRIAL CLIENTS IN SUSTAINABLE WASTE TRANSFORMATION

Our Current Project

X-ray Fluorescence Glass Bead Recycling

Our patented process has prevented:

110,000

kg

of lithium borate from entering landfill and impacting our environment.

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Dingo Technology is a West Australian-owned and operated recycling company first developed in 2017 that aims establish a circular economy to divert toxic waste from landfill.

The privately owned company was founded by a small team of experienced metallurgists, chemistry experts and mineral processing executives who are passionate about recovering and reusing Australian resources.

With cutting edge patented technology and partnerships with major West Australian mining companies, Dingo Technology aims to be the global leader in bringing circular economy solutions to the mining and industrials sector.

Throughout our 8 years of research and development, we have uncovered a solution to recycle lithium borate flux from used X-ray fluorescence beads that would otherwise be destined for landfill. Our discovery will result in a lower net environmental impact from X-ray fluorescence analysis and prevent used Lithium Borate beads leaking lithium and Boron into groundwater sources. Our patented process ensures more materials are being re-purposed and waste is minimised.

Dingo Technology is passionate to continue looking for initiatives that address environmental challenges within the mining sector, particularly initiatives that support a circular economy

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Dingo Technology with its Australian mining company partners, adopts the key principles of a circular economy; 'How we manage resources', 'How we make and use products', and 'what we do with the materials afterwards'. Dingo Technology believes there is a shared responsibility in protecting the environment and ensuring sustainable practices for future generations. Targeting the mining industry and the waste produced within laboratories. Dingo Technology has kickstarting an X-ray fluorescent circular economy by re-directing used X-ray fluorescence beads from landfill and reconstituting the Lithium Borate Flux back into its usable form. This restricts contamination in the environment and prevents harmful build-up of toxic waste.

Using our in-house designed manufacturing process extracts used Lithium Borate flux from waste X-ray Fluorescent beads preventing degradation in Landfill. Re-directing X-ray Fluorescence beads previously destined for landfill allows for a once forgotten and discarded waste materials to not only be recovered, but to also reduce the impact of soluble toxic chemicals from leaking into groundwater sources. The soluble X-ray fluorescent flux dissolves into natural resources increasing the concentration of Lithium and Boron chemical species severely impacting on natural flora and fauna ecosystems.

Dingo Technology has developed an industrial laboratory that, since 2017 has refined a patented process of extracting Lithium Borate flux from discarded X-ray fluorescence glass beads used by the mining industry for analysing minerals. By reclaiming the Lithium Borate flux from entering landfill prevents chemical leaching into groundwater reservoirs. The lithium borate flux extracted is then returned to back mining laboratories for subsequent X-ray fluorescent analysis, establishing a circular economy for mining laboratories.

Contact@Dingotechnology.com.au

Unit 4, 7 Marchesi Street, Kewdale Western Australia 6105, Australia

Ph: 08 6185 1765