Keeping carbon where it matters most

Our mobile technology leverages natural thermal processes and precision automation to convert crop residues into biochar, a stable form of carbon that builds soil health and stays out of the atmosphere permanently.

Heat and AI engineered to move

Our core technology leverages precision automation, remote sensing, and advanced analytics-- harnessing the power of heat to produce durable carbon removal that also improves soil health and rural communities.

Putting nature’s carbon  to work

By utilizing a mobile, in-field solution to convert field waste to biochar, we keep carbon where it matters most while dramatically cutting costs from the typical approach of shipping massive amounts of bulk material to and from centralized facilities.

Keeping carbon where it matters most

Heat and AI engineered to move

Putting nature’s carbon  to work

News + Insights

Applied Carbon finalists in $100 million competition

Applied Carbon wins AgSharks® pitch competition

Microsoft, an anchor buyer of Applied Carbon's biochar carbon removal

Department of Energy selects Applied Carbon for Phase 1 of the historic CDR Purchase Prize

Partners joining us to solve the hard problems

Keeping carbon where it matters most

Heat and AI engineered to move

Putting nature’s carbon to work

News + Insights

Applied Carbon finalists in $100 million competition

Applied Carbon wins AgSharks® pitch competition

Microsoft, an anchor buyer of Applied Carbon's biochar carbon removal

Department of Energy selects Applied Carbon for Phase 1 of the historic CDR Purchase Prize

Partners joining us to solve the hard problems

Putting nature’s carbon  to work