According to the company’s announcement, 12 HPSA units are currently deployed across 8 countries, operated by a team of 45 employees
90-Second Brief
As the week closes, on August 4, 2026, DISA Technologies completed a corporate split: DISA Tech, Inc. Takes ownership of the patented HPSA (high-pressure slurry ablation) platform and its commercial mineral-processing business, while DISA Uranium Corporation retains uranium and legacy waste remediation operations in the United States. According to the company’s announcement, 12 HPSA units are currently deployed across 8 countries, operated by a team of 45 employees. The stated rationale is strategic clarity, separating uranium-specific work from broader mineral-processing commercialization so each entity can pursue its own capital, leadership, and growth path.
What This Changes for Mining Operations Directors
The operational question is straightforward: does HPSA offer a genuine improvement to your processing circuit, or is this primarily a corporate restructuring with limited near-term relevance to site-level throughput and recovery?
DISA Tech positions the technology as a complement to existing mineral-processing circuits rather than a replacement. The company describes HPSA as applicable to conventionally mined ore, lower-grade and complex resources, and legacy materials—the claim being that it promotes selective mineral liberation upstream of or within existing flowsheets to improve head recovery and product quality. If that description holds under third-party evaluation, the addressable use case is meaningful: operations running ore trending toward complexity, declining head grade, or difficult liberation characteristics are precisely where incremental recovery improvement carries direct cost-per-tonne and AISC impact.
The evidence base available from this announcement is, however, entirely self-reported. Twelve units across eight countries is a real deployment footprint—not laboratory-scale—but the announcement does not disclose commodity types, throughput volumes, or independent recovery data from any of those sites. An operations director evaluating this technology cannot currently determine from public information what the measured recovery delta has been, what flowsheet configurations were used, or what the capital and operating cost profile looks like per unit deployed. Those gaps are the material unknowns before this moves from a vendor signal to an active procurement conversation.
The spinout structure has one secondary implication worth noting. DISA Tech is now a focused processing technology company, no longer a division competing internally with a uranium-remediation business for capital and leadership attention. That structural change can accelerate vendor responsiveness, service investment, and technology iteration—or it can expose the business to capital risk if the stand-alone model is not well supported. The company states it is well-capitalized by the same investors who backed DISA Technologies, but the financial terms and structure of that backing are not disclosed in the public announcement.
For processing plant managers and metallurgists, the practical question is whether HPSA addresses a real bottleneck in the current circuit. Ablation-style liberation technologies are not new to the sector—their fit depends heavily on ore mineralogy, particle size distribution, and the specific failure mode in the existing flowsheet. A technology that performs well on weathered or argillaceous ore may offer limited benefit to a clean, competent hard-rock feed. The announcement does not specify where in that spectrum HPSA’s deployment history sits, which means a meaningful technical conversation with DISA Tech would need to start with site-specific ore characterization data.
The DISA Uranium separation is less immediately relevant to most mining operations directors outside the uranium sector, but the broader context is worth registering. The same HPSA platform has been applied to recover uranium and vanadium from abandoned mine waste in the United States—a materially different operating condition than hard-rock primary mining. That range of material types suggests adaptability, but whether it translates to performance on a specific commodity and ore type remains an open technical question.
What to Watch Next
Three signals are worth tracking before this rises to an active procurement or pilot evaluation decision.
First, watch for independent performance disclosures. DISA Tech’s growth trajectory as a standalone company will require it to publish—or permit customers to publish—verified recovery improvement data. Third-party case studies from operating mines, with commodity, throughput, and measured head-grade-to-recovery relationships, are the evidence standard that should precede serious engagement. If those begin appearing in peer-reviewed metallurgical literature or from recognizable reference sites, the conversation changes materially.
Second, watch for deployment announcements in your commodity. The company states intent to expand across more operations and commodities, but the current 12-unit footprint does not come with a public commodity breakdown. If HPSA deployments in copper, gold, lithium, or iron ore processing surface with named reference operations, that narrows the technical evaluation path significantly.
Third, watch how the spinout affects service responsiveness. Vendors that separate from a parent entity sometimes maintain service quality and sometimes degrade it during the transition period. Existing customers are the best early signal on whether DISA Tech’s standalone operation delivers on the continuity it is promising. If your operation is in a jurisdiction where DISA has an existing footprint, a direct inquiry to the regional team is a low-cost way to assess current service capacity.
The structural move here is clear and logical. Whether the underlying technology earns a place in your processing circuit depends on evidence that is not yet publicly available in verifiable form.
Sources
- Yahoo — DISA Tech Launches as a Dedicated Mineral Processing Company, Commercializing HPSA Across the Minerals Sector (Link)
