top of page
palm tree - edited.jpg

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

CO2e

water + minerals

In 2003, we asked: what if we could do something similar?

More specifically, what if we could harness the technology in nature to turn air and greenhouse gas (CO2e) into materials that help improve life?

MISSION

When we started, the science didn't exist. 

 

After 10 years of research, 

now it does.

TECHNOLOGY
Eagle%25203%2520USP_edited_edited.jpg

By life, for life.

renewable

power

CO2e

water + minerals

Today, we are using microorganisms found in nature 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.

 Made from greenhouse gas by microorganisms.

AIRCARBON
DSC03093cover_edited.jpg

biomaterial

made in living things

 

dishwasher safe

and reusable

 

made from greenhouse gas
no oil, 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

 

PRODUCTS

Regeneration:

 a new direction. 

Explorer_edited_edited_edited_edited.jpg

Products we love that also help restore the environment.

IMPACT

In this generation.

By harnessing nature to make biomaterials from air and greenhouse gas, our
mission is to help end plastic pollution and climate change in this generation.

CONTACT
kevin-angelso-OIFMEW_z36Y-unsplash.jpg

From one, many.

bottom of page