Our Technology
Transforming waste-CO₂
into High-Value Chemicals
A new alchemy
CO₂ as the beginning, not the end
At Copper Lavender, we don’t just reduce carbon, we redesign it.
Where others see waste, we see possibility.
Where others chase offsets, we create substance.
Our patented technology transforms captured CO₂ into acetylene, a compact, energetic molecule that unlocks entire chains of high-value chemistry.
It’s the alchemy of atmosphere:
air into matter, matter into meaning.
This is not another green alternative.
It’s a foundational reset, built for performance, built to scale, built for a regenerative future.
Why acetylene
The molecule that makes molecules
Acetylene is not just reactive. It is generative. Its triple bond holds the key to the entire hydrocarbon molecular universe.
From acetylene, we build benzene, toluene, and other critical structures, the invisible foundations of pharmaceuticals, coatings, fragrances, rocket fuels, polymers and more.
Other CO₂ routes yield single-use fuels or dilute intermediates.
Our CO₂ acetylene and its derivatives give access to depth, diversity, and durability.
Acetylene is not a niche molecule. It is a gateway.
How it works
From atmosphere to application
Using renewable electricity and precision catalysis, we convert CO₂ into acetylene through a modular dual value electrochemical process.
Our system is:
* Fossil-free: powered by renewable electricity
* Circular: made to close loops, not stretch them
* Scalable: built in containers, not refineries
* Efficient: low energy input, high carbon value output
Where legacy chemistry emits, we absorb.
Where others rely on fossils, we rely on intent.
What makes it different
Designed for beauty, built for scale
Most CO₂ tech ends in compromise.
Ours begins with coherence.
We don’t add sustainability at the end. We build it in from the core, with every reaction, and every deployment.
Our dual-product platform produces not just value, but optimal versatility.
It can be placed where the need is greatest, near CO₂ sources, renewable hubs, industrial clusters, and grow molecule by molecule, container by container.
No monoliths. No emissions. No delay.
