Supra Elemental Recovery, Inc.
3D-printed nanoporous cartridges recover critical minerals from industrial waste.
Website: https://getsupra.com/
Cover Block
PUBLIC
| Name | Supra Elemental Recovery, Inc. |
| Tagline | 3D-printed nanoporous cartridges recover critical minerals from industrial waste. |
| Founded | 2025 |
| Stage | Pre-Seed |
| Business Model | B2B |
| Industry | Cleantech / Climatetech |
| Technology | Hardware |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Academic Spinout |
| Funding Label | Pre-seed (total disclosed ~$2,000,000) |
Links
PUBLIC
- Website: https://getsupra.com/
- LinkedIn: https://www.linkedin.com/company/supra-elemental-recovery-inc/
- X / Twitter: https://x.com/getsupra
Executive Summary
PUBLIC Supra Elemental Recovery is a hardware spinout from the University of Texas at Austin that is developing a modular, 3D-printed system to extract high-purity critical minerals from industrial waste streams [UT Austin News, Feb 2026]. The company deserves attention for its direct approach to a pressing national security and economic challenge: securing a domestic supply of minerals like gallium and scandium, which are essential for semiconductors, defense systems, and renewable energy technologies [ChargedEVs, Early 2026].
Founded in 2025, the company's core technology uses proprietary supramolecular receptors embedded in nanoporous cartridges, which it claims offer superior selectivity for target metals compared to conventional solvent extraction methods [Perplexity Sonar PRO BRIEF, 2026]. The founding team combines academic IP with commercial orientation. CEO Katie Ullmann Durham brings a climate tech investor and operator background, while co-founder Jordan Sessler contributes legal and operational experience [Crunchbase] [Resource Recycling, Feb 3, 2026].
The company closed an oversubscribed $2 million pre-seed round in early 2026, led by Crucible Capital with participation from UT Seed Fund, Climate Capital, Portmanteau Ventures, and the Pew Protection Trust [ChargedEVs, Early 2026]. Its business model is B2B, targeting manufacturers and mining operators that generate relevant waste. Over the next 12-18 months, the critical milestones to watch are the launch of its first commercial pilots, scheduled for later in 2026, and the subsequent validation of its performance and unit economics at scale.
Data Accuracy: YELLOW -- Key facts like the spinout and funding round are confirmed by multiple sources, but some product performance claims and team details rely on single-source reporting.
Taxonomy Snapshot
| Axis | Classification |
|---|---|
| Stage | Pre-Seed |
| Business Model | B2B |
| Industry / Vertical | Cleantech / Climatetech |
| Technology Type | Hardware |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Academic Spinout |
| Funding | Pre-seed (total disclosed ~$2,000,000) |
Company Overview
PUBLIC
Supra Elemental Recovery, Inc. was founded in 2025 as a spinout from the University of Texas at Austin, a detail corroborated by multiple university and trade publications [UT Austin News, Feb 2026] [Resource Recycling, Feb 2026]. The company's legal entity name is confirmed via its F6S and Crunchbase profiles [F6S] [Crunchbase]. The founding narrative centers on translating academic research on supramolecular chemistry into a commercial hardware solution for critical mineral recovery, a process framed by the CEO as both an economic opportunity and a strategic imperative for U.S. supply chain resilience [Interesting Engineering, Early 2026].
Key milestones are concentrated in early 2026. The company publicly launched in February 2026, announcing its focus on recovering high-purity gallium and scandium from domestic waste streams [Metal.com, Feb 2026] [FinancialContent, Feb 2026]. Concurrently, it closed an oversubscribed pre-seed funding round of $2 million, led by Crucible Capital with participation from UT Seed Fund, Climate Capital, Portmanteau Ventures, and the Pew Protection Trust [ChargedEVs, Early 2026]. The company has stated that commercial pilots with target customers are expected to commence later in 2026 [ChargedEVs, Early 2026].
Data Accuracy: YELLOW -- Core facts (founding year, spinout status, pre-seed round) are confirmed by multiple independent sources, but some team background details rely on single-source profiles.
Product and Technology
MIXED The core proposition is a hardware-based separation technology that aims to replace conventional chemical refining with a more precise, modular process. Supra Elemental Recovery's product is a 3D-printed, nanoporous sorbent cartridge designed to selectively capture specific critical minerals from mixed industrial waste streams [Perplexity Sonar PRO BRIEF, 2026]. The company's public materials focus on gallium and scandium, metals critical for semiconductors and aerospace alloys, sourced from e-waste, mine tailings, and manufacturing byproducts [ChargedEVs, Early 2026].
The differentiation rests on proprietary supramolecular receptors integrated into the cartridge material. These receptors are engineered to bind target metals with high selectivity, a claim the company frames as enabling "higher purity at lower cost without the toxic processes used in conventional refining" [Perplexity Sonar PRO BRIEF, 2026]. This approach is positioned as an alternative to incumbent methods like solvent extraction and ion exchange, which can be energy-intensive and generate hazardous waste. Performance claims, including "up to 100x greater selectivity and speed compared to incumbent refining methods," originate from company statements and have not been independently verified by third-party technical audits [Perplexity Sonar PRO BRIEF, 2026].
Commercialization is in the pre-pilot stage. The company has stated that commercial pilots with target customers, including manufacturers and mining operators, are expected later in 2026 [ChargedEVs, Early 2026]. No specific pilot partners or deployed systems have been named publicly. The modular, cartridge-based design suggests a potential service model where spent cartridges are returned for metal recovery, but the exact commercial model (equipment sale, leasing, toll processing) is not detailed in available sources.
Data Accuracy: YELLOW -- Product claims are sourced from company statements and early press; technical performance metrics are unverified.
Market Research
PUBLIC
The addressable market for critical mineral recovery is defined less by traditional TAM figures and more by the acute strategic vulnerability of U.S. supply chains, a pressure point that has catalyzed both public policy and private investment.
Third-party sizing for the specific niche of secondary recovery from industrial waste is not available in the cited sources. The broader market context is established by government and industry reports. The U.S. Geological Survey identifies gallium and scandium as critical minerals, with 100% of the gallium and a significant portion of the scandium used in the U.S. being imported [USGS, 2023]. The International Energy Agency estimates that demand for critical minerals overall could increase by as much as sixfold by 2040, driven by clean energy technologies [IEA, 2023]. These analogous reports frame the strategic imperative but do not quantify the specific waste-stream recovery opportunity Supra targets.
Demand drivers are multi-faceted and well-documented. The primary tailwind is the rapid expansion of domestic advanced manufacturing, particularly for semiconductors, electric vehicles, and defense systems, all of which are intensive consumers of gallium, scandium, and rare earth elements. Geopolitical tensions and trade policies, including export controls and the U.S. Inflation Reduction Act's sourcing requirements, have created a powerful incentive for onshoring supply. A secondary driver is the growing regulatory and consumer pressure on mining and manufacturing industries to manage waste and reduce environmental liabilities, turning remediation costs into potential revenue streams.
Adjacent and substitute markets influence the commercial landscape. The primary substitute is continued primary mining and importation, though this faces increasing political and logistical friction. Competing secondary recovery methods, such as conventional solvent extraction or pyrometallurgy, represent the incumbent technological market. Adjacent markets include the broader recycling and urban mining sector for e-waste, as well as the water treatment industry, which uses similar sorption technologies for contaminant removal but typically at lower purity thresholds and for different economic drivers.
Regulatory and macro forces are overwhelmingly favorable. Federal initiatives like the Defense Production Act Title III and grants from the Department of Energy are actively funding projects to secure domestic critical mineral supplies. State-level regulations on e-waste disposal are tightening, potentially creating feedstock for recovery operations. The macro force of sustained high commodity prices for critical minerals improves the unit economics of recovery, making lower-grade waste streams financially viable to process.
Data Accuracy: YELLOW -- Market sizing is inferred from analogous government and energy agency reports; specific TAM for the niche is not publicly quantified. Demand drivers and regulatory tailwinds are widely reported in policy and trade literature.
Competitive Landscape
MIXED Supra Elemental Recovery enters a market defined by established chemical processing incumbents and a growing field of startups targeting the same strategic problem: securing a domestic supply of critical minerals.
No named direct competitors were identified in the available public sources, which is a common early-stage profile for a deep-tech hardware spinout. This absence makes a direct comparison table uninformative. The competitive analysis therefore focuses on mapping the broader landscape of alternatives available to a manufacturer or miner seeking to recover metals from waste.
- Traditional chemical refiners. Large, integrated firms like Umicore and BASF offer hydrometallurgical recycling services, primarily for high-volume streams like lithium-ion batteries. Their competitive advantage is scale and existing customer relationships in automotive and electronics. The trade-off is a process often reliant on solvent extraction, which Supra's technology claims to replace with a cleaner, modular alternative [Perplexity Sonar PRO BRIEF, 2026].
- Specialized extraction startups. A wave of venture-backed companies is applying novel chemistry to mineral recovery, though public data on direct competitors in the gallium/scandium niche is limited. Firms like Nth Cycle (electrochemical refining) and Phoenix Tailings (reprocessing mining waste) represent the broader challenger cohort. They compete for the same non-dilutive grant funding and strategic partnerships with industrial operators.
- Adjacent substitutes. The most significant competitive threat may not be a like-for-like technology, but the decision by a potential customer to do nothing. For a semiconductor fab, the alternative to installing Supra's recovery cartridges is to continue purchasing virgin, often imported, gallium. This inertia is underpinned by established supply contracts and a low-risk procurement mindset that new hardware must overcome.
Supra's defensible edge today rests on its academic IP and its specific focus on low-concentration, high-value minerals like gallium and scandium. The supramolecular receptor chemistry, developed at the University of Texas at Austin, is a technical differentiator that should be protected by patents [UT Austin News, Feb 2026]. This edge is durable only if the company can translate lab-scale selectivity into reliable, cost-effective performance at pilot and then commercial volumes, a transition where many materials science startups falter.
The company is most exposed in commercial execution and systems integration. A competitor's advantage could be a simpler, lower-cost modular unit, or a firm that has already secured an anchor partnership with a major waste generator, such as a semiconductor manufacturer or a rare earth mine. Supra does not yet own a direct sales channel into these industrial accounts, and its go-to-market will require navigating long sales cycles and stringent qualification processes typical of heavy industry.
The most plausible 18-month scenario involves a race to secure the first commercial-scale offtake agreement. A winner in this scenario would be the company that successfully closes a pilot with a brand-name industrial partner, using the resulting performance data to secure a larger Series A round and attract defense or DOE grant funding tied to supply chain resilience. A loser would be a firm that remains in perpetual pilot mode, unable to prove unit economics at a meaningful throughput, and thus fails to graduate from grant and seed funding to institutional venture capital.
Data Accuracy: YELLOW -- Competitive mapping is inferred from industry structure; no direct named competitors were confirmed in public sources.
Opportunity
PUBLIC
If the technology performs as described, Supra Elemental Recovery is positioned to capture a material share of the multi-billion dollar domestic market for critical mineral recovery, turning a strategic supply chain vulnerability into a high-margin, asset-light business.
The headline opportunity is to become the standard, modular purification unit for US industrial waste streams, displacing legacy solvent extraction and ion exchange systems. This outcome is reachable because the company is targeting a clear, urgent national need for secure, domestic supplies of minerals like gallium and scandium, which are essential for semiconductors, defense systems, and renewable energy [UT Austin News, Feb 2026]. The academic spinout provides a credible foundation in supramolecular chemistry, and the early investor syndicate includes groups like Climate Capital and the Pew Protection Trust, which are known for backing strategic climate infrastructure [ChargedEVs, Early 2026]. The company's narrative is already framed around economic and national security, a positioning that could unlock non-dilutive grant funding and accelerate commercial adoption.
Growth from initial pilots to significant scale could follow several plausible, concrete paths.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Defense Supply Chain Anchor | Supra becomes a designated supplier of high-purity gallium or scandium for defense contractors and the Defense Logistics Agency. | A successful pilot with a major aerospace or semiconductor manufacturer, followed by a Department of Defense grant or procurement program. | The US government has explicitly prioritized securing domestic supplies of critical minerals; the company's CEO is already speaking at energy forums focused on supply chains [Rystad Energy, 2026]. |
| Licensed Technology to Miners | The company licenses its cartridge design and chemistry to large mining companies for deployment at mine sites to recover minerals from tailings. | A partnership with a major mining operator to co-develop a recovery system for a specific, high-value tailings stream. | Mining companies are under increasing pressure to improve resource recovery and reduce environmental liability; a modular, cleaner alternative to traditional refining is attractive [Interesting Engineering, Early 2026]. |
Compounding for Supra would likely manifest as a data and design moat rather than a classic network effect. Each new waste stream processed and each new target mineral captured would generate proprietary data on binding kinetics, impurity profiles, and cartridge longevity. This dataset would inform iterative improvements to the supramolecular receptor designs and 3D-printed cartridge architectures, creating a feedback loop where performance and cost advantages widen over time. Early evidence of this flywheel is not yet public, but the company's academic roots suggest a research-driven culture oriented toward continuous optimization of its core IP.
To size the win, consider the market for gallium alone. Global production is estimated at several hundred tonnes annually, with China dominating supply. A US-based recovery operation capturing even a single-digit percentage of domestic gallium demand from waste could represent a business with hundreds of millions in potential annual revenue. As a comparable, publicly traded companies in the specialty materials and purification space often trade at revenue multiples reflective of their strategic positioning and gross margins. If the "Defense Supply Chain Anchor" scenario plays out, Supra could achieve a valuation profile similar to other advanced material providers serving regulated, high-margin government and industrial sectors (scenario, not a forecast). The absence of named commercial deployments means this upside remains contingent on proving the technology outside the lab, but the strategic alignment of the problem creates a clear path to scale.
Data Accuracy: YELLOW -- Opportunity framing is based on cited company claims and market context; specific growth scenarios and financial comparables are extrapolated.
Sources
PUBLIC
[UT Austin News, Feb 2026] UT Startup To Recover Rare Earth Minerals From Industrial and e-Waste | https://news.utexas.edu/2026/02/04/ut-startup-to-recover-rare-earth-minerals-from-industrial-and-e-waste-strengthen-u-s-supply-chain/
[ChargedEVs, Early 2026] UT Austin spinout Supra aims to recover gallium, scandium and other critical minerals from waste streams | https://chargedevs.com/newswire/ut-austin-spinout-supra-aims-to-recover-gallium-scandium-and-other-critical-minerals-from-waste-streams/
[Perplexity Sonar PRO BRIEF, 2026] Supra Elemental Recovery: Research Brief | https://www.perplexity.ai/
[Crunchbase] Supra Elemental Recovery - Crunchbase | https://www.crunchbase.com/organization/supra-elemental-recovery
[Resource Recycling, Feb 3, 2026] UT Austin spinout Supra launches to recover rare earths | https://resource-recycling.com/e-scrap/2026/02/03/ut-austin-spinout-supra-launches-for-rare-earths-recovery/
[Interesting Engineering, Early 2026] 3D-printed system recovers rare earth minerals from industrial waste | https://interestingengineering.com/energy/startup-recovers-critical-minerals-from-us-industrial-waste
[Metal.com, Feb 2026] US-Based Supra to Launch Gallium and Scandium Recovery Project | https://news.metal.com/es/newscontent/103756016-US-Based-Supra-to-Launch-Gallium-and-Scandium-Recovery-Project
[FinancialContent, Feb 2026] Supra Launches to Secure U.S. Supply of Gallium, Scandium, and Other Critical Minerals | https://www.financialcontent.com/article/bizwire-2026-2-3-supra-launches-to-secure-us-supply-of-gallium-scandium-and-other-critical-minerals
[F6S] Supra Elemental Recovery, Inc. | https://www.f6s.com/company/supra-elemental-recovery-inc
[Rystad Energy, 2026] Washington DC Energy Forum | https://www.rystadenergy.com/events/offline-events/6973--washington-dc-energy-
[USGS, 2023] Critical Mineral Resources of the United States,Economic and Environmental Geology and Prospects for Future Supply | https://pubs.usgs.gov/publication/70202534
[IEA, 2023] Critical Minerals Market Review 2023 | https://www.iea.org/reports/critical-minerals-market-review-2023
Articles about Supra Elemental Recovery, Inc.
- Supra Elemental Recovery's 3D-Printed Cartridges Target the Gallium in Your Trash — The UT Austin spinout, backed by $2 million, is betting its supramolecular chemistry can turn industrial waste into a domestic supply of critical minerals.