True Innovation in Carbon Removal
The purpose of this technology is to combat climate change on a global scale by permanently removing CO₂ from the atmosphere, while generating valuable by-products that benefit multiple industries and promote sustainability across sectors.
Engineered for Every Source of Emission
TraceXero deploys three complementary carbon removal pathways — each tuned to a distinct emission profile, all converging on the same endpoint: graphitic carbon.
All three pathways converge on a single, scalable decomposition reaction — yielding solid carbon and clean oxygen.
Carbon Capture & Utilisation (CCU)
For industries operating under mandatory emission limits and carbon pricing frameworks — including steel, cement, and power generation — CCU represents a critical compliance pathway, helping operators reduce verified emissions and avoid carbon tax penalties.
TraceXero's CCU technology integrates directly into existing flue gas streams at the pre-chimney emission point. Flue gas is treated through our catalytic absorption and decomposition process under ambient conditions, breaking CO₂ into solid graphitic carbon and oxygen without requiring additional heat, pressure, or geological storage.
This approach delivers verified emission reductions aligned with regulatory targets, while the captured graphitic carbon enters supply chains for electronics, construction, and water filtration.
Explore Our Tech
A live, interactive model of the TX-1000 capture unit. Drag or touch to orbit, or switch between the built exterior and an X-ray schematic of the process running inside.
Not another carbon capture method.
A fundamentally new one.
Unlike conventional carbon capture methods that rely on heat, pressure, or geological storage, TraceXero's technology operates under ambient conditions to decompose CO₂ into solid graphitic carbon.
Our approach eliminates the need for CO₂ storage — no pipelines, no cavern wells, no leakage risk. Just a clean transformation from pollutant to permanent, valuable material.
How It Works
Four precisely engineered stages transform atmospheric or industrial CO₂ into a valuable solid commodity — with no heat, no pressure, and no storage required.
Air Intake
Ambient air is drawn into the system using low-energy fans, optimized to handle both outdoor and industrial exhaust environments.
CO₂ Absorption
Using our proprietary catalytic platform, CO₂ molecules are separated from the air stream without high heat, chemical solvents, or compression.
Ambient Decomposition
CO₂ undergoes a novel room-temperature reaction. Carbon atoms are liberated and reform into a stable graphitic structure — energy-efficient, modular, carbon-negative by design.
Solid Carbon Collection
Collected as a solid graphitic form — chemically stable, lightweight, and ready for reuse in:
A Raw Material for Real Industries
Graphitic carbon produced from captured emissions serves as a green alternative to mined carbon across trillion-dollar supply chains — without requiring industries to change how they operate.
Top Advantages of TX Technology
Four design principles make TraceXero's technology uniquely positioned to lead the next generation of carbon removal systems.
Energy Efficiency
Operating at ambient temperatures significantly reduces energy consumption compared to traditional methods that require high heat.
Environmental Impact
Not only captures CO₂ but also reduces overall carbon footprint by producing useful materials — a net-negative climate contribution.
Valuable Byproducts
The graphitic carbon produced is utilized in high-growth industries: electronics, batteries, composites, and filters.
Scalability
Modular architecture allows easy scaling to meet varying demands — from single-facility pilots to industrial-grade deployments.
Pilot TX Technology at Your Facility
Partner with TraceXero to install carbon capture systems at the source of emissions — and turn every facility into a climate asset.
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