C2RE licenses its modular, AI-driven biological refineries that leverage proprietary fungi mycomining systems to extract critical rare earth elements and precious metals directly from industrial waste.
The advanced technology, green energy, and domestic defense ecosystems are paralyzed by structural vulnerabilities. Traditional mining cannot solve this crisis in time.
China controls 70% of global mining production and an overwhelming 90% of rare earth element (REE) refining. Strategic reliance on foreign adversaries for defense-critical components exposes domestic aerospace, semiconductor, and sovereign infrastructure to immediate supply cutoff risks.
Permitting a traditional domestic mining project or a conventional "Solvent Extraction" (SX) refinery in the U.S. takes 5 to 10 years (averaging 7+ years) due to severe PFAS and groundwater regulations. Conventional extraction is environmentally toxic, cost-prohibitive, and locked in legal gridlock.
Massive quantities of utility coal fly ash, e-waste, and bauxite red mud sit dormant in domestic landfills and structural ponds. These aren't just environmental liabilities—they contain unrecovered fortunes of critical components waiting for advanced bio-remediation.
These identical hidden elements directly drive the production of precision defense navigation systems, micro-semiconductors, guidance systems, communications infrastructure, and high-performance aerospace electronics.
When foreign adversaries manipulate material streams, domestic manufacturing assembly lines freeze instantly. Securing immediate access to independent domestic feedstocks isn't just an efficiency metric; it is an active requirement for infrastructure survival.
Rare Earth Elements and critical materials have transformed from simple commercial commodities into the bedrock of National Security Infrastructure. Strict new sovereign legal dynamics have weaponized the supply chain.
As of May 2026, a strict new 0.1% de minimis rule mandates rigorous export licenses for any product containing even trace amounts of foreign-adversary or Chinese-origin REEs. This aggressive regulatory shift effectively forces an immediate, mandatory "Western-only" supply chain for all aerospace and defense manufacturers.
By 2027, defense procurement and advanced commercial manufacturing lines face strict domestic origin requirements. Companies that cannot explicitly verify the provenance of their inputs will be legally excluded from key markets.
Simultaneously, domestic power utilities, manufacturing facilities, and technology networks are sinking under the weight of billions of tons of "post-combustion" waste.
Coal fly ash ponds, electronic scrap (E-Waste), and industrial bauxite red mud sludge represent massive environmental liabilities. They are leaching toxic elements into groundwater systems, triggering aggressive regulatory enforcement, cleanup mandates, and multi-billion-dollar legal exposure.
C2RE bridges the "Innovation-to-Industry" gap, bypassing traditional mining red tape to provide a 5-10 year shortcut to a domestic critical mineral supply chain by turning severe toxic liabilities into pure strategic worth.
Biomining, or bio-leaching, represents a total paradigm shift in metallurgical processing—moving entirely from toxic "thermo-chemical" methods (extreme heat and hazardous acids) to clean, ambient, biological "bio-chemical" systems.
biology beats chemistry
Instead of high-energy smelting units or dangerous chemical processing, our technology platform utilizes highly specialized microbial consortia—specifically engineered strains of fungi and yeast—as active biological catalysts to perform extraction through two precise mechanisms:
Traditional pyrometallurgy releases significant sulfur dioxide carbon emissions, while standard chemical leaching depends on hazardous, tightly regulated reagents.
The C2RE fungi platform operates entirely at near ambient temperatures and normal atmospheric pressure. It is a completely closed-loop, water-based aqueous process that eliminates the need for harsh acids, prevents hazardous wastewater discharge, and drastically minimizes environmental impacts.
An integrated closed-loop framework where early stages serve as the exclusive inputs for downstream recovery, capturing overlapping royalty yields.
Proprietary digital diagnostics "fingerprint" incoming feedstock batch compositions on-site. Using AI-powered genetic control, the system algorithmically maps microbial extraction metrics and parameters before physical processing.
The structured biological framework houses active biological fungi and yeast consortia inside massive, standard off-the-shelf industrial fermentation tanks. The organisms naturally secrete specialized organic acids, making a highly concentrated leaching solution that will be used in the stage 3 step with the feedstock.
On-site, targeted chemical precipitation from bio-leaching fluid combined with waste (coal ash, ewaste, red mud, mine tailings) results in Metal Salts tailored perfectly to midstream separations buyer specifications. This terminal phase is deployed via agile, mobile facilities implementing a factory on wheels approach.
Our platform uses the exact same core infrastructure footprint across multiple high-yield industrial inputs, mitigating source risk and decoupling performance from single commodity fluctuations.
Utility & Environment
Targeting key deposits across the Powder River, Illinois, and Appalachian basins holding massive legacy assets. Recovers high-value Scandium ($500/kg) and heavy rare earth fractions.
Technology & Urban Mining
A premium-margin urban mining focus targeting circuit board electronics. Delivers clean, rapid recovery of high-grade Gold ($152,842/kg bullion), Palladium, and Silver.
Defense & Semiconductors
Processing industrial bauxite refinery waste and tailings pools to safely extract vital Gallium ($600+/kg), Neodymium ($137.56/kg), and critical semiconductor elements.
Unlike standard miners who must pay massive capital to acquire ore and dig, C2RE targets legacy industrial waste piles. Plant operators are positioned to receive intake environmental remediation or tipping fees, creating a structurally near-negative feedstock cost basis.
While our refinery infrastructure utilizes standard commodity fermentation tanks to eliminate mechanical scale-up risks, our specialized fungi strains and batch-tuning assay data serve as the core software engine. Mechanical hardware cannot be reverse-engineered to clone our yield performance without the guarded biological asset package.
Permitting a traditional solvent extraction refinery takes up to 7+ years due to heavy groundwater and chemical regulations. By co-locating modular clusters at pre-permitted industrial brownfield sites utilizing an agile factory on wheels approach, facilities bypass traditional greenfield red tape and achieve operational status in months. When a local feedstock deposit is completely depleted, the mobile platform simply relocates to the next waste asset—eliminating stranded capital and useless, static infrastructure structures.
By extracting from domestic surface waste on-site, C2RE establishes a transparent supply chain. This guarantees regulatory compliance with the strict 2027 sovereign "Western-Only" sourcing mandates, enabling our metal salts to command a secure premium market placement.