Hydrogen Reduction
Clean on-site hydrogen turns iron ore into premium metal. No fossil fuels. No external power.
Valorization Platform
Nothing is Waste.
Everything is a Reaction State.
We turn waste streams into high-value commodities — unlocking the value that conventional processing leaves behind, from iron ore to lignite.
100%Waste valorization
0Grid power
99%Closed-loop
Sustainable Iron Production
Premium metal from what others discard.
Hydrogen-powered reduction. Self-powered operations. Carbon capture at scale.
Self-Powered
Hydrogen from waste powers the entire process — zero grid dependency, lower costs.
Iron Recycling
Contaminated scrap and slag become clean, homogeneous iron for precision casting.
Agricultural Iron
Bioavailable iron alloys for fertilizers, animal feed, and food-grade compounds.
Iron Compounds
High-purity oxides and chlorides for chemicals, water treatment, and manufacturing.
Carbon Capture
Integrated capture removes CO₂ and earns carbon credits — dual revenue, built in.
Ultra Clean Coal · ECR
ECR finishes what combustion started.
Combustion extracts energy and discards everything else as liability. We convert what's left.
The problem isn't coal — it's incompleteness
Combustion leaves behind ash, toxic water, and heavy metals. ECR treats that residue as unreacted feedstock and converts it into high-value commodities.
Applied to lignite: the hardest case
Lignite is the lowest-grade, most abundant coal. Transform it, and the model scales across the entire carbon spectrum.
Lignite isn't the limit — it's the proof.
Hydrogen
On-site hydrogen from the coal itself.
Industrial Chemicals
Chlorine, caustic soda, and hydrochloric acid from coal waste.
Critical Minerals
Rare earths, germanium, gallium, and PGMs recovered from ash.
Advanced Materials
Carbides, nitrides, and ceramics from coal-derived precursors.
Geopolymer Concrete
Low-carbon cement replacement from fly ash.
Clean Water
Discharge-standard water as a built-in output.
Agriculture
Complete soil restoration.
From coal waste, a full agricultural input stack that rebuilds soil.
Humic & Fulvic Acids
Rebuild soil carbon, retain water, and chelate minerals.
Full-Spectrum Minerals
Every trace element agriculture needs, from magnesium to iodine.
Nitrogen Fixation
Nitrogen-fixing bacteria replace synthetic inputs.
Biochar Infrastructure
A permanent carbon scaffold and microbial habitat.
Charged Process Water
Irrigation water carrying minerals in bioavailable form.
Not a fertilizer program — a soil civilization program.
The Platform
One technology. Multiple markets.
A closed-loop molecular valorization platform across waste streams and industries.
How It Works
Electro Catalytic Reconfiguration (ECR) converts complex waste — coal, slag, scrap, contaminated material — into pure, high-value commodities.
Waste is just unreacted feedstock. Nothing is discarded. Everything is converted.
- Hydrogen from hydrocarbon waste
- Minerals from ash and slag
- Metal purification and alloys
- Water treatment
- Carbon capture and sequestration
Strategic Positioning
We don't ask coal economies to abandon their infrastructure. We convert their liabilities into the inputs the modern economy needs.
Coal is where we prove it.
Agriculture is where we feed the world.
Construction is where we build it.
The platform is how it scales.
Scale & Impact
Built for industrial deployment.
Demonstrated chemistry, scaling to 10, 50, and 100+ ton/day operations.
0%Waste valorization
0Grid power required
3-5×Revenue multiplier
0%Closed-loop efficiency