Portfolio / Karbonia
A Renewable Vision Group venture · Carbon ManagementWaste in. Permanent value out.
9 patent-pending inventions · 8 solutions · one validated model
Karbonia is the technology company of Renewable Vision, based in Jeddah. Its electrochemical and mineralization platform turns aluminium smelter waste, desalination reject brine and captured CO₂ into permanent carbonate minerals, green hydrogen and methanol, and treated water — every solution engineered on one validated process model and deployed with operating partners.
The technology company of Renewable Vision · Jeddah, Saudi Arabia
- Patent-pending inventions
- 9
- Engineered solutions
- 8
- Modeling capabilities
- 66
- Industrial unit operations
- 41
The feedstock is waste. The product is permanent.
Smelter residues supply the alkalinity and the cations; captured CO₂ supplies the carbon. One platform routes that chemistry three ways — minerals that hold CO₂ permanently, fuels made on validated kinetics, and water that leaves cleaner than it arrived.
Stage 01
Industrial waste + CO₂
Smelter dross, reject brine, spent pot lining and captured carbon.
Karbonia
Karbonia process trains
Electrochemical and mineralization units, digitally controlled.
Stage 03
Permanent value
Minerals, fuels and treated water — verified tonne by tonne.
Minerals & Materials
Carbon locked permanently into useful mineral form.
Fuels & Chemicals
Made on validated kinetics, priced by the model.
Water & Resource Recovery
Waste water leaves cleaner than it arrived.
Eight solutions, one process model.
DrossLoop, CO₂ mineralization, brine recovery, lithium, PEM electrolysis, methanol, FlexLoad and the integrated cluster — each engineered on the Master Model and deployed with partners.
DrossLoop
Chemical-only treatment of aluminium black dross into mineral products, with no landfill.
≈$237–250/t net*
CarbonLoop — CO₂ Mineralization
Paired-waste mineralization: waste alkalinity, waste cations and CO₂ become permanent carbonate under digital control.
6,671 tCO₂/yr CDR*
Brine Resource Recovery
SWCC-class reject brine converted into carbonates, salts and treated water.
$65M/yr margin*
Selective Lithium Recovery
Selective lithium recovery from produced brines, with honest per-feed economics.
NPV +$403M*
Integrated PEM Electrolyzer
One cell, four outputs: amine regeneration, CO₂ release, brine mineralization and hydrogen.
≈28.3 kJ/mol CO₂*
Electrochemical FlexLoad
Capture and mineralization run as a renewable-following load beside AI data centres.
LCOC ≈$155/t*
Green Methanol
CO₂ + H₂ to methanol on validated Slotboom kinetics.
2,672 t/yr train*
The Karbonia Cluster
All solutions co-located, sharing CO₂, alkalinity, brine, heat and power buses.
$101M/yr gross*
* Figures are model-computed at reference scale and pilot-pending. Partnership terms are negotiated per field and territory.
One platform designs, prices and verifies every process before anything is built.
Thermodynamics, kinetics, process design, economics and verification — the model every Karbonia solution is engineered on. Every result is computed twice: two independent engines must agree before a number is reported.
Thermochemical Engine
Core chemistrySolves the water chemistry — what dissolves, what precipitates and when — using models built for real, concentrated brines.
- 41 industrial-grade unit operations
- Every parameter traced to published science
- Reproduces published Saudi brine reference data
Verification Engine
Independent checkAn independent layer recomputes every result and benchmarks the whole suite against the industry-standard simulator.
- Matches the industry-standard simulator on benchmark cases
- Billions of calculations in minutes
- Honest validation labels on every capability
66
Modeling capabilities
2,188
Published data points
2
Independent engines
0
Unsourced numbers
Proprietary by design. Deployed with partners.
Karbonia owns the model, the patents and the Master Briefings — and deploys them with operating partners rather than competing with them.
Parent · 100%
Renewable Vision
Sets the strategy and supplies the carbon-project pipeline the technology deploys into.
Technology owner
Karbonia
Owns the patents, the Master Model and the Master Briefings. Develops and validates every solution.
Operators
Deployment partners
Run the process trains on-site. Karbonia deploys with them — and does not compete with them.
A Kingdom where every industrial waste stream is a resource — feeding the minerals, fuels and water of a circular carbon economy.
To own, develop and validate the technologies that turn industrial waste — spent pot lining, black dross, reject brine and CO₂ — into permanent minerals, clean fuels, treated water and verified carbon value, deployed with partners.
Where waste becomes permanent value.
Have a waste stream, a carbon project, or a site to deploy on? Let's talk about putting the model to work.