Turning CO2 waste

into high-value products

Recycling 100% of CO2 emissions from industrial
point-source emitters

HYCO1’s CO2 conversion plants are located adjacent to or near the industrial CO2 source. They can be sized from 100 to 5,000 tons per day based on the amount of CO2 being emitted. HYCO1 plants scale to any size of CO2 feedgas.

Once the HYCO1 conversion plant is built, the industrial host diverts 100% of the CO2 to HYCO1’s plant where it is processed into building block chemical gases (hydrogen and carbon monoxide). These building block gases are then converted into low CI score, high-value chemicals which utilize the carbon turning it into high-value products that the world needs and uses.

CO2 + CH4 → HYCO1 Catalyst → 2H2 + 2CO

Low cost conversion of CO2 from emissions

100% CO2 conversion process

Non-coking catalyst

Lowered energy of activation

Standard PSA & Membrane Seperations to produce:
>99.99% Purity H2
>99.99% Purity CO

Pure streams of building block chemicals: hydrogen and carbon monoxide

Using a breakthrough catalyst, we turn CO2 waste into high-value products.
The catalyst is non-coking, converts 95+% of CO2 per pass, and has a lowered energy of activation.
Hydrogen and Carbon monoxide are the building block gases that are needed for many downstream, high-value products including:

Base lubricating oils (Group IV alternatives)

High-melt paraffin waxes and specialty solvents

Methanol, ammonia, acetic acid and other high volume commodity chemicals

Sustainable aviation fuels

Renewable diesel fuel

Turning negative into positive

Carbon taxes on greenhouse gas (GHG) emissions are all but certain because unabated emissions are expected to result in climate changes. 

HYCO1 can turn these looming negatives into planet positive outcomes that require no out-of-pocket cost to industrial customers. In addition to avoiding carbon taxes, industrial customers who engage HYCO1 will end up with a lower carbon intensity score on their core products.



Leaves Zero Residue
Our patent-pending non-coking process converts 100% of carbon emissions without leaving anything behind like most other solutions do.


No Noble Metals
Most catalysts are expensive because they have to use noble metals. We are able to use common and affordable metals.


Low Energy Process
HYCO1’s catalytic process requires only a little more heat than conventional SMR technology. We also capture and export all excess heat for use. HYCO1 is a CO₂ emissions free process.