OUR TECHNOLOGY
Simple solutions to complicated problems
Industrial operators need rock solid supply chain partners that can be depended upon. They need consistent quality and purity of material inputs and an assurance that they'll get that every time, on time and on budget.
With Aspiring Materials, that confidence can be locked in.
Over a decade of research and development has led to the unique Aspiring Materials Process, a proven production method that provides clean and reliable critical minerals and materials essential for industrial operations.
Our patented Aspiring Materials Process extracts a range of high demand and high value critical minerals and essential materials from a single, globally abundant feedstock - ultramafic rock.
This global abundance means the Aspiring Materials Process can be replicated across the world, onshoring the production of critical minerals and essential materials, securing cost and supply certainty for industrial operators.
Our high quality, high purity products are direct replacements to imported fossil fuel derived counterparts. The upshot is a range of locally available solutions that both build resilience and decarbonisation pathways for hard-to-abate industrial sectors like wastewater, agriculture, cement, steel and energy.
The bedrock of our future
Together, olivine-rich ultramafic rocks and the Aspiring Materials Process produces clean critically strategic minerals and materials. These rocks are rich in magnesium, silica and iron, but have no inherent carbon.
Found in abundance all over the world, teamed with the Aspiring Materials Process, these olivine rocks can provide a greater distribution of opportunity for industries and communities across the globe to build resilience, displace emissions intensive materials and sequester carbon.
Most olivine rock available today has been exposed through existing mining operations, set aside as a low-value waste by-product. It’s a real-life example of one person’s trash being another person’s treasure.
By switching material inputs to Aspiring Materials, industrial operators are making a switch to a sustainable future for both their operation and the environment.
Carbon capture and storage in a single step
If you're looking to prevent on-site emissions at your industrial site, you want to avoid the risks and major infrastructure demands that come with traditional carbon capture and storage technologies.
With the Aspiring Materials carbon mineralisation and storage technology, your point source CO2 emissions are removed and mineralised on-site. The process generates magnesium carbonate, a useful material that can be on-sold for industrial inputs such as building materials, flame retardants and agricultural additives.
It's simple, safe and a highly cost-effective solution to eliminate industrial point source emissions.
