01 · Technology

Waste in. Permanent value out.

Electrochemical and mineralization technology that turns smelter waste, desalination brine, and CO₂ into permanent minerals, clean fuels, and treated water.

See the eight solutions Inside the Karbonia Model

Waste-to-Value

Minerals & Materials

Fuels & Chemicals

Water Treatment

Partnerships

Patent-pending inventions

Source: U.S. provisional patent filings, 2026

Solutions

Source: Karbonia Master Briefings

Master Model capabilities

Source: verified 2026-07-02

Published data points

0,188

Source: every value traces to a published source

From waste feedstock to verified tonne.

Four steps, one disciplined chain. Every train is designed on the Karbonia Master Model and closes on a registry record.

Waste feedstocks in

Aluminium black dross and SPL, desalination reject brine, and captured CO₂ arrive as engineered feedstock streams.

Electrochemical & mineralization trains

Model-selected electrochemical and mineralization trains run under explicit safety gates.

Products out

Permanent carbonate minerals, aluminium hydroxide, lithium carbonate, clean fuels, and treated water leave the gate as product.

Every tonne verified

Each case exports a hash-traceable MRV record to the registry. Performance figures stay model-computed and pilot-pending until piloted.

Three families of value.

Minerals & Materials

Carbonate minerals and low-carbon building materials that hold CO₂ permanently.

Fuels & Chemicals

Hydrogen and methanol designed on validated kinetics and priced by the model.

Water

Brine resource recovery and industrial treatment. Water leaves cleaner than it arrived.

Eight solutions.

Each solution is a complete process train: design basis, set-points, economics, and MRV, deployed with partners by field and territory.

View all solutions

DrossLoop

Chemical-only treatment of aluminium black dross into mineral products, with no landfill. ≈$237 to $250 per tonne net at reference scale*.

Patent-pending

CarbonLoop, CO₂ Mineralization Platform

Paired-waste mineralization: waste alkalinity, waste cations, and CO₂ become permanent carbonate under digital control. 6,671 tCO₂/yr durable CDR per reference site*.

Patent-pending

Brine Resource Recovery

SWCC-class reject brine converted into carbonates, salts, and treated water. $65M/yr margin at reference scale*.

Master Briefing

Selective Lithium Recovery

Selective lithium recovery from produced brines, with honest per-feed economics. NPV +$403M in the produced-brine case*.

Master Briefing

Integrated PEM Electrolyzer

One cell, four outputs: amine regeneration, CO₂ release, brine mineralization, and hydrogen. ≈28.3 kJ/mol CO₂ net*.

Patent-pending

Electrochemical FlexLoad

Capture and mineralization run as a renewable-following load beside AI data centres. LCOC ≈$155/t; carbon-negative above a 47% renewable fraction*.

Patent-pending

Green Methanol

CO₂ + H₂ to methanol on validated Slotboom kinetics. 2,672 t/yr reference train*.

Master Briefing

The Karbonia Cluster

All solutions co-located, sharing CO₂, alkalinity, brine, heat, and power buses. $101M/yr gross, co-located*.

Master Briefing

*Model-computed at stated reference scale; indicative and subject to pilot validation. Cluster figure is gross value excluding CAPEX/OPEX.

One model behind every decision.

The Karbonia Model designs, sizes, and de-risks every solution before a riyal is committed. It runs billions of calculations in minutes, matches the industry-standard simulator on benchmark cases, and traces every parameter to published science.

Model capability

Thermochemical Core

Two independent engines check every result before it is reported.

Model capability

Unit-Operation Library

41 industrial-grade unit operations for full process trains.

Model capability

Published Data Base

Every parameter traced to published science.

Model capability

Validation Labels

Every capability is labelled by how it was validated.

Model capability

Industry Benchmark

Matches the industry-standard simulator on benchmark cases.

Model capability

MRV Export

Every case exports a hash-traceable record to the RV registry.

Verified counts · 2026-07-02

Inside the Karbonia Model

What the platform computes

Equilibria

Kinetics

Electrochemistry

Distillation

Crystallization

Economics

Uncertainty

MRV

Water

Minerals

Reference deployments, specified like projects.

Karbonia engineers reference designs rather than operating plants. Each case below is a Master-Briefing design basis a partner can deploy.

Karbonia cluster · orbital view

DrossLoop treatment train

Chemical-only black-dross train co-located at an aluminium smelter; recovered salts, Al(OH)₃ precursor, and carbonate leave as product.

Per-tonne-dross design basis

Smelter-adjacent · KSA

Model-validated · pilot-pending

Brine resource-recovery module

SWRO-integrated module recovering magnesium products, carbonate, and treated water from reject brine at the outfall.

SWRO slipstream design basis

Coastal desalination · Red Sea

Model-validated · pilot-pending

Karbonia industrial cluster

Smelter, desalination, and data-centre streams paired into one mineralization cluster with shared logistics and MRV.

Multi-plant cluster design basis

Industrial city · KSA

Design basis · partnership

Reference cases are Master-Briefing design bases computed on the Karbonia Master Model; figures are indicative and subject to pilot validation.

Proprietary technology. Deployed with partners.

Technology partnerships

Structured by field and territory with Renewable Vision projects and industrial partners.

Site deployments

Per-site programs tied to a Master Briefing design basis, with set-points, safety gates, and MRV wiring included.

Shared value

Commercial terms follow deployed production, structured per field and territory.

Partner with Karbonia

Partner on the technology, or co-develop the next deployment.

Karbonia partners by field of use and territory, and engineers each deployment on the Master Model before commitment. Smelters, desalination operators, data-centre developers, cement producers, project developers, and investors: start with a scoping call.