We Lock Atmospheric Carbon
Into Stone, For Good.
Carbon mineralization is a natural process. All we did was perfect a reactive crystallization process that matches the scale and speed our climate crisis demands.
In Partnership with
Everything You Need
Here's What Makes Our Approach Scalable
Most permanent and verifiable carbon capture method
Easily adaptable for multiple industrial processes
Substantial revenue opportunities from valuable carbonates and metals
Low-temperature process can be powered by industrial waste heat
Valuable outputs reduce or eliminate effective cost of carbon capture
There’s No Time (Or Waste) To Waste
It can seem like the world is off-kilter. But perhaps it’s our perspective that needs to shift. We have all learned that there is no “away” to which we throw things. So let’s change the mindset from waste disposal to raw material production, so we can turn waste streams into profit streams. It’s not alchemy. It’s science.
Here’s How We Process What Industry Discards
“Waste” inputs can include
Carbon dioxide from flue gas, or air
Here's What Our Process Produces
Reactive crystallization with a recyclable solvent creates the following
Calcium carbonate (chalk)
Energy Critical Metals
Assistant Professor, Croll Sesquicentennial Fellow
Dr. Greeshma Gadikota is at Cornell University where she directs the Sustainable Energy and Resource Recovery Group.