MTM Critical Metals Secures Supply Agreement for E-Waste and Announces Breakthrough Recovery of Ultra-High-Grade Gold and Other High-Value Metals from E-Scrap
MTM Critical Metals (MTMCF) has announced two significant developments in sustainable metal recovery: a breakthrough in e-waste processing and a major supply agreement. Using their proprietary Flash Joule Heating (FJH) technology, the company achieved exceptional metal recovery rates from electronic waste, including 551 g/t of gold, 2,804 g/t of silver, and 42% copper.
The company secured a five-year Letter of Intent with Dynamic Lifecycle Innovations for the supply of minimum 700 tons per annum of E-Scrap. The technology demonstrated recovery rates exceeding 95% for gold and titanium, and over 90% for silver, tin, and zinc, converting them into water-soluble metal chlorides through a single-step, acid-free process.
MTM Critical Metals (MTMCF) ha annunciato due sviluppi significativi nel recupero sostenibile dei metalli: una svolta nel trattamento dei rifiuti elettronici e un importante accordo di fornitura. Utilizzando la loro tecnologia proprietaria di Flash Joule Heating (FJH), l'azienda ha raggiunto eccezionali tassi di recupero dei metalli dai rifiuti elettronici, tra cui 551 g/t di oro, 2.804 g/t di argento e 42% di rame.
L'azienda ha ottenuto una Lettera di Intenti di cinque anni con Dynamic Lifecycle Innovations per la fornitura di almeno 700 tonnellate all'anno di E-Scrap. La tecnologia ha dimostrato tassi di recupero superiori al 95% per oro e titanio, e oltre il 90% per argento, stagno e zinco, convertendoli in cloruri metallici solubili in acqua attraverso un processo a passaggio unico, privo di acidi.
MTM Critical Metals (MTMCF) ha anunciado dos desarrollos significativos en la recuperación sostenible de metales: un avance en el procesamiento de residuos electrónicos y un importante acuerdo de suministro. Utilizando su tecnología patentada de Flash Joule Heating (FJH), la empresa logró tasas excepcionales de recuperación de metales de los desechos electrónicos, incluyendo 551 g/t de oro, 2,804 g/t de plata y 42% de cobre.
La empresa aseguró una Carta de Intención de cinco años con Dynamic Lifecycle Innovations para el suministro de un mínimo de 700 toneladas por año de E-Scrap. La tecnología demostró tasas de recuperación superiores al 95% para oro y titanio, y más del 90% para plata, estaño y zinc, convirtiéndolos en cloruros metálicos solubles en agua a través de un proceso de un solo paso, libre de ácidos.
MTM Critical Metals (MTMCF)는 지속 가능한 금속 회수에 대한 두 가지 중요한 발전을 발표했습니다: 전자 폐기물 처리의 혁신과 주요 공급 계약입니다. 그들의 독점 기술인 Flash Joule Heating (FJH)를 사용하여, 이 회사는 전자 폐기물에서 551 g/t의 금, 2,804 g/t의 은, 42%의 구리를 포함한 뛰어난 금속 회수율을 달성했습니다.
회사는 Dynamic Lifecycle Innovations와 연간 최소 700톤의 E-Scrap 공급을 위한 5년간의 의향서를 체결했습니다. 이 기술은 금과 티타늄에 대해 95% 이상의 회수율을 보여주었고, 은, 주석 및 아연에 대해서도 90% 이상의 회수율을 기록하며, 이들을 산이 없는 단일 단계 공정을 통해 수용성 금속 염으로 전환했습니다.
MTM Critical Metals (MTMCF) a annoncé deux développements significatifs dans la récupération durable des métaux : une avancée dans le traitement des déchets électroniques et un important accord de fourniture. En utilisant leur technologie propriétaire de Flash Joule Heating (FJH), l'entreprise a atteint des taux de récupération de métaux exceptionnels à partir de déchets électroniques, y compris 551 g/t d'or, 2 804 g/t d'argent et 42% de cuivre.
L'entreprise a sécurisé une lettre d'intention de cinq ans avec Dynamic Lifecycle Innovations pour la fourniture d'un minimum de 700 tonnes par an d'E-Scrap. La technologie a démontré des taux de récupération dépassant 95% pour l'or et le titane, et plus de 90% pour l'argent, l'étain et le zinc, les convertissant en chlorures métalliques solubles dans l'eau grâce à un processus en une seule étape, sans acide.
MTM Critical Metals (MTMCF) hat zwei bedeutende Entwicklungen im Bereich der nachhaltigen Metallrückgewinnung angekündigt: einen Durchbruch bei der Verarbeitung von Elektroschrott und eine bedeutende Liefervereinbarung. Mit ihrer proprietären Flash Joule Heating (FJH)-Technologie erreichte das Unternehmen außergewöhnliche Metallrückgewinnungsraten aus Elektronikschrott, darunter 551 g/t Gold, 2.804 g/t Silber und 42% Kupfer.
Das Unternehmen sicherte sich eine fünfjährige Absichtserklärung mit Dynamic Lifecycle Innovations zur Lieferung von mindestens 700 Tonnen pro Jahr an E-Scrap. Die Technologie zeigte Rückgewinnungsraten von über 95% für Gold und Titan sowie über 90% für Silber, Zinn und Zink und wandelte diese durch einen einstufigen, säurefreien Prozess in wasserlösliche Metallchloride um.
- Achieved ultra-high metal recovery rates: 551 g/t gold, 2,804 g/t silver, 42% copper
- Secured 5-year supply agreement for minimum 700 tons/year of E-Scrap
- Technology demonstrates >95% recovery rate for gold and titanium, >90% for other metals
- Acid-free process eliminates toxic waste production
- Supply agreement is currently only a Letter of Intent, not a binding contract
Metal Recovery Test Utilizing Ultra-High-Value Printed Circuit Board (PCB) Feedstock
Using the Company's proprietary Flash Joule Heating (FJH) technology, gold and silver concentrations of 551g/t and 2,804g/t respectively, copper at
Long-Term E-Waste Feedstock Supply Agreement
A signed Letter of Intent (LOI) for a five-year e-waste supply agreement was signed with leading
Michael Walshe, Managing Director and CEO of MTM said, "Securing this supply agreement marks a pivotal milestone in MTM's commercialization journey. Reliable feedstock is fundamental to any recycling operation and this agreement ensures a scalable, long-term supply. Combined with our breakthrough gold recovery results, MTM now has both the technology and supply chain to underpin a robust commercial rollout and further strategic partnerships."
MTM Critical Metals, based in
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FAQ
What metal recovery rates did MTMCF achieve from e-waste processing?
How much e-waste will MTMCF process under the new supply agreement?
What is the efficiency of MTMCF's Flash Joule Heating technology for metal recovery?
How does MTMCF's e-waste processing technology differ from traditional methods?
What types of e-waste will MTMCF process in their operations?
