High-Pressure Slurry Ablation Case Studies
Real-world examples showing how HPSA delivers measurable improvements in grade, recovery, energy efficiency, and tailings reprocessing across multiple commodities.
Real-world examples showing how HPSA delivers measurable improvements in grade, recovery, energy efficiency, and tailings reprocessing across multiple commodities.
HPSA has been trialled across a wide range of ores, tailings, and operating conditions, consistently demonstrating higher liberation at lower energy input. These case studies show real project outcomes, including improvements in feed quality, downstream circuit performance, and the recovery of value from waste streams.
Each example highlights the measurable gains HPSA can deliver in both greenfield and brownfield processing environments.
Applications across mineral processing, remediation, and tailings recovery.
HPSA provides an efficient liberation step for a wide range of ores. It breaks composite particles along natural grain boundaries, improving recovery and reducing the load on energy-intensive grinding circuits. It is suitable for both new plants and retrofit applications.
HPSA mechanically separates contaminants from soil, waste rock, and legacy materials without chemicals. This supports environmental remediation, heavy-metal removal, and the reclassification or reuse of processed material.
HPSA upgrades tailings, filter sand, and other low-grade or discarded materials by generating cleaner feed and concentrating valuable fractions. This enables recovery of residual metals, better downstream performance, or reuse of cleaned outputs.
A selection of high-impact projects demonstrating the performance of HPSA across different materials.
Demonstrated significant recovery uplift through selective liberation of gold-bearing particles, creating a cleaner feed for downstream processing.
Improved grade and recovery through selective mineral liberation, lowering specific energy input and creating a cleaner, more efficient feed for downstream processing.
Enhanced liberation of REE minerals, improving separation efficiency and producing a cleaner, higher-quality concentrate for downstream processing.
A selection of high-impact projects demonstrating the performance of HPSA across different materials.
Improved grade and recovery through selective mineral liberation and reduced specific energy input.
Improved recovery through selective liberation of gold-bearing particles and cleaner downstream feed.
Improved flake liberation with reduced over-grinding and a more consistent flotation feed.
Reduced slimes generation and uplift in P₂O₅ grade, improving downstream separation.
Enhanced liberation of REE minerals, improving separation efficiency and producing a cleaner, higher-quality concentrate.
Demonstrated cleaner output and concentrated fines suitable for reuse or downstream processing.
Improved grade and recovery through selective mineral liberation and reduced specific energy input.
HPSA testing can be performed on your specific material through a structured laboratory program. Samples are characterised, conditioned in the HPSA unit, and analysed to quantify liberation improvements, particle size reductions, and energy efficiency compared to conventional approaches.
The resulting data package provides clear guidance on performance expectations, circuit integration options, and the viability of scaling HPSA for site-specific applications.
In-depth overview of Disa’s sustainable mineral processing solutions.
Official patent numbers for Disa’s HPSA technology.
Overview of HPSA technology, applications, and performance benefits.
If you’d like to evaluate HPSA for your site, request testing, or discuss integration options, our team can help guide you through the next steps.