it started with Lucy
after reading a newspaper article about the vast amount of carbon flowing into the air from landfills, power plants, and cows like Lucy, we thought:
there must be some way to use greenhouse gas as a resource.
it turns out, there is.
it started with Lucy
after reading a newspaper article about the vast amount of carbon flowing into the air from landfills, power plants, and cows like Lucy, we thought:
there must be some way to use greenhouse gas as a resource.
it turns out, there is.
From greenhouse gas to regenerative materials that improve the world.
Every day, nature uses greenhouse gas to make valuable materials.
Trees pull carbon out of the atmosphere to make new leaves, and coral reef pulls carbon out of ocean water to grow.
light
In 2003, we asked: what if we could do something similar?
CO2e
water + minerals
More specifically, what if we could harness the technology in nature to turn air and greenhouse gas (CO2e) into materials that help improve life?
When we started, the science didn't exist.
After 10 years of research,
now it does.
By life, for life.
renewable
power
CO2e
water + minerals
Today, we are using microorganisms found in the ocean to convert air and greenhouse gas (CO2e) into a natural biomaterial that we can melt and form into products: we call it AirCarbon.
Nature's technology, applied:
AirCarbon, a material made by life from the ocean, and now on land.
biomaterial
made in living things
dishwasher safe
and reusable
no synthetic plastic
no GMOs, no food crops
high-strength
in hot and cold
FDA approved
FCN 1754
home compostable
OK Compost Home TUV / Austria
carbon-negative
ISO 14046-3 & PAS 2050:2011
Regeneration:
a new direction.
In this generation.
By harnessing nature to make biomaterials from air and greenhouse gas, our
mission is to help end ocean plastics pollution and climate change in this generation.
