
Total Emission Removal
Our integrated process
Our integrated system captures 100% of the emissions from any source and turns them into usable products, eliminating air pollution and landfill.

Power plant or factory
Where a process creates heat, CO2 and NOx/SOx gases are emitted into the atmosphere.
Similarly, industrial waste such as Fly Ash, BOS Slag and Oil Shale Ash is created.

Algae process
The remaining emissions from the flue gas, such as NOx, as well as some CO2 is fed into an Algae system. The Algae convert these pollutants to product such as Biochar mulch, fish feed, proteins and lipids.

Capture System
Our patented bubbler systems capture CO2 and SOx in water creating an acidic liquid for sequestration.
This water can be extracted from food waste.

Electrolysis
The liquid solution, once through the system is put into our unique electrolyser creating Green Hydrogen and Oxygen.
In certain circumstances this can be even be feed back into the emitters process to reduce the overall fossil fuel use.

Industrial waste mixing
The acidic solution is mixed with industrial waste, which is alkali in nature.
This forms calcium carbonate and aggregate. If recycled concrete aggregate is used to sequester the carbon, a clinker replacement is made.

Verified and permanent
Throughout the process, each step is accurately measured providing detailed and auditable verification of the permanent sequestration of emissions to the highest standard.
100% CO2 Capture
C-Zero's cutting-edge suite of technologies ensures the complete capture of carbon dioxide from industrial flue gas streams, providing a sustainable solution for tackling climate change.

Permanent Sequestration
Our approach focuses on permanent sequestration across a range of industrial processes, power generation, and cement production, offering a scalable and effective strategy for environmental management.
Gigatonne Scale Impact
With the ability to reach gigatonne scale, C-Zero's solutions have the potential to make a substantial impact on global carbon emissions, contributing to a more sustainable future.
