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The energy transition is driving unprecedented demand for critical minerals, surpassing existing resources and capabilities. Traditional approaches to increasing metal production face significant hurdles: declining ore grade, lengthy permitting timelines, high upfront capital costs, ESG requirements, and fluctuating market conditions.
Allonnia’s mining solutions are unlocking the potential of biotechnology boost metal production and recover critical minerals from wastewater. Our solutions enable efficient, sustainable operations for a clean-energy future.
for copper, nickel, lithium and rare earths by 2050, to support the energy transition
over the past 50 years, requiring more energy, water and innovation to sustain metal production
Allonnia is unlocking the potential of biotechnology – a previously unexplored toolkit – for innovative metal recovery solutions meeting market demands.
Boosting mining production, reducing penalties, and improving grade with a scalable and bolt-on process for nickel, copper, lithium and other critical minerals
Recovering metals from waste streams, including mine impacted waters, with our innovative extraction process that uses proteins to capture and purify rare earths, securing domestic supply and creating value from previously untapped waste sources.
We understand the complexities of aligning teams and committing resources in the mining industry. That’s why our workflow is designed to de-risk decisions through short, focused sprints, guided by clear go/no-go gates. By breaking project commitments into manageable phases, we ensure every step builds confidence in the solution and reduces uncertainty.
Every site is unique – from mineralogy to process design to water chemistry – requiring a viable technology to accommodate site-specific conditions. We begin by collaborating with your team to define the scope for initial proof of concept and success criteria. Our R&D team conducts experimentation to establish a performance baseline and customizes the solution to meet your site’s specific needs.
The demonstration stage transitions the evaluation from batch testing into a continuous, fully integrated process treating concentrate or water collected from your site. Our engineering team works closely with your technical team to design, build and operate a demo unit, generating critical technical and economic data to evaluate the benefit of Allonnia’s technology.
Systems integration is a critical aspect of new process evaluation. With the support of our engineering and field-based technicians, Allonnia’s mobile pilot unit is deployed onsite to evaluate the technology in real time once integrated into the plant. The operational parameters, performance benefits and economic drivers will be validated through a collaborative effort between our team and the site’s engineers, ensuring a full assessment of process integration before scaling up.
Industrialization of Allonnia’s processes provides a unique route to increasing production and meeting the growing demand of critical minerals. By treating either side streams or the main flow of your plant, our tailor-made solution helps meet your customer’s needs while addressing the key challenges of the metals industry.
