Waste destruction at >2,000°C
Stage 1 catalytic breakdown at under 400°C followed by Stage 2 high-temperature destruction. PFAS, dioxins and chlorinated organics included.
Our two-stage thermal catalytic reactor destroys hazardous industrial waste at over 2,000°C with under 5% CO₂ emissions — five times cleaner than conventional incineration — while producing pipeline-grade hydrogen as the valuable output.
We get paid to take the waste, then sell the hydrogen produced. Two revenue streams against one CAPEX. Economics work without subsidy.
Hazardous waste destruction and clean hydrogen production are normally two separate industries with two separate cost centres. We collapse them into a single revenue model.
Stage 1 catalytic breakdown at under 400°C followed by Stage 2 high-temperature destruction. PFAS, dioxins and chlorinated organics included.
After PSA cleanup, our reactor delivers pipeline-grade H₂ at 10–15 kg/hr per module. Eligible under EU RFNBO Delegated Act pathways.
€300–€800 per tonne tipping fees on the waste side, plus H₂ sales on the output side. Unit economics work without subsidy. Subsidy is upside.
European hazardous waste infrastructure is under simultaneous pressure from landfill closure, rising tipping fees, and tightening regulation on PFAS, dioxins and CO₂. Conventional incineration solves one problem and creates another.
Arani Energy turns that pressure into our tailwind: we destroy the waste that nobody else can handle and produce one of the cleanest hydrogen streams in Europe in the same step.
We are not pitching a thesis. We have a working reactor, a signed MoU for our first commercial deployment, and a clear path through Series A.
Prototype validated in relevant environment. TalTech Virumaa College, Estonia.
Kiviõli Keemiatööstuse signed for host site and SO₂ integration, May 2026.
Mixed-waste throughput at 12 MW commercial scale.
Series A live. Use of funds: first commercial unit, patent family, team scaling.
Full investor pack — technical report, mass and energy balance, KKT MoU summary, market sizing, and use of funds — available on request.