Technology Overview
Our platform combines hydroxyl dispersal with a proprietary CO₂ cleavage process to transform stranded carbon into a tetrahedrally amorphous, diamond‑like carbon product. The result is a stable, low‑risk material engineered for industrial reuse or secure sequestration. This hybrid approach leverages nature‑inspired chemistry for selective treatment and a mechanical/chemical conversion stage that locks carbon into a durable, value‑added form.
How It Works
- Hydroxyl dispersal stage: targeted hydroxyl radicals are generated and dispersed to oxidize and mobilize stranded carbon compounds without harsh reagents.
- CO₂ cleavage stage: liberated carbon species are captured and chemically restructured through controlled cleavage and recombination, producing a tetrahedral amorphous carbon matrix.
- Product stabilization: the resulting diamond‑like carbon is inert, transportable, and compatible with downstream industrial testing or reuse pathways.
- Built‑in MRV: continuous monitoring captures treatment rates, mass balances, and emissions avoided, producing auditable metrics for procurement and regulators.
Safety, Compliance, and Environmental Stewardship
- Safety first: engineered controls, operator training, and documented EHS procedures minimize operational risk and ensure safe handling of reactive species.
- Regulatory alignment: pilot designs include permit guidance, emissions reporting templates, and pathways for third‑party certification.
- Low environmental footprint: the chemistry is designed to avoid persistent byproducts and to minimize energy intensity relative to alternative removal methods.
- Transparent data: partners receive full MRV outputs under agreed confidentiality terms to support regulatory filings and public reporting.
Turnkey Pilot Packages
- Rapid deployment: modular, containerized units for fast installation with minimal civil works and small site footprints.
- End‑to‑end delivery: site assessment, installation, commissioning, operator training, MRV setup, and a final validation report.
- Funding integration: pilot budgets structured to incorporate grants, stipends, and in‑kind support to reduce host costs.
- Flexible scopes: short trials, multi‑month demonstrations, or extended validation programs tailored to municipal or industrial needs.
Operational and Commercial Benefits
- Minimal siting stress: standardized site checklists and co‑location capability reduce disruption to host operations.
- Scalable economics: predictable COGS and OPEX that improve with scale and co‑located deployments.
- Industrial reuse pathways: product engineered for testing in industrial processes such as cement blending or material enhancement.
- Procurement readiness: complete technical briefs, safety files, and costed pilot scopes to accelerate procurement and grant approvals.
Next Steps
To explore a pilot, request a tailored pilot package or schedule a technical briefing. We will provide a procurement‑ready one‑page summary, MRV plan, and cost estimate within 72 hours and can accommodate short scheduling holds while funding decisions are finalized.
Contact ReductionTech Inc. — project inquiries and pilot coordination. Learn more about pilot options and funding integration.