- Recent demonstration at an SGS facility validated success of Allonnia's biologically generated, recyclable biosolution in continuous process
- Demonstration resulted in 40% reduction in magnesium impurities from nickel-sulfide concentrate and 18% increase in nickel grade
BOSTON--BUSINESS WIRE--
Allonnia, a bio-ingenuity company dedicated to extracting value where others see waste, has achieved a major milestone towards commercializing their D-Solve™ process, a bolt-on technology designed to sustainably upgrade mineral concentrates. A recent demonstration at SGS' metallurgical lab in Lakefield, Ontario using nickel-sulfide concentrate validated the efficacy of Allonnia's biologically generated solution, or Biosolution, in a continuous process. The Allonnia Biosolution™ is the heart of the D-Solve process which will allow mine sites to increase production onsite, reduce tailings and slag, and dramatically lower CO2 emissions.
Driven by electrification and the demands of artificial intelligence, demand is soaring for critical materials such as nickel, copper, lithium, and rare earth elements. The mining industry faces increasing challenges to efficiently and sustainably meet these demands from low-grade ores. Allonnia's innovative D-Solve process addresses these challenges by transforming the traditional mineral processing flowsheet. Harnessing the power of biology, D-Solve removes impurities from mine process operations, boosting production, reducing waste-helping to narrow the supply-demand gap.
During the demonstration at SGS's facility, Allonnia's Biosolution achieved a 40% reduction in magnesium impurities from nickel-sulfide concentrate, and a 18% increase in nickel grade, significantly improving nickel recovery. Once the solution is fully implemented across the flowsheet, removal of the impurities is also expected to reduce downstream costs.
The innovation arm of BHP, Think & Act Differently (TAD), supplied the nickel for the trial held at SGS's facility.
"This demonstration is a pivotal step in proving the commercial potential of our D-Solve process," said Nicole Richards, Allonnia CEO. "By working with industry leaders like BHP and SGS, we're showing how biological innovation can redefine mining practices, making them more efficient, sustainable, and aligned with global decarbonization goals."
"We're excited to work with Allonnia to advance solutions that enhance the efficiency and sustainability of mineral processing," said Stephen Mackie, Senior Director, Metallurgy and Consulting, SGS Natural Resources. "This demonstration showcased the potential of biologically driven technologies to improve concentrate quality and reduce contained impurities. We look forward to continuing this collaboration and investigating how Allonnia's innovative approach can be applied at scale to support the evolving needs of the mining industry."
Building on the success of this demonstration, Allonnia plans to invest in a mobile pilot unit in 2025. The pilot unit will enable onsite validation of D-Solve's performance at mining sites where similar challenges exist.
If your mine faces similar challenges with impurities or you are looking to bridge the critical mineral supply-demand gap,
