Ambient Carbon is developing MEPS (Methane Eradication Photochemical System), which solves the intractable problem of human-caused low-concentration, point-source methane emissions.

Technology

MEPS uses a gas-phase photochemical process that combines chlorine and UV light in a reaction chamber built into a 40-foot shipping container to eradicate low-concentration methane. The chlorine is generated on site using electrolysis, and is recycled in the process.

Agriculture

Two-thirds of agricultural greenhouse gas emissions come from methane produced by cows and pigs. MEPS eradicates most of this methane, leading to low-carbon dairy and meat products.

Wastewater

MEPS can help cities and towns reach their local greenhouse gas reduction targets by using MEPS to eradicate methane leaking from municipal wastewater treatment plants.

Biogas

Biogas is a sustainable source of energy. MEPS eradicates methane leaking from biogas production plants, including municipal plants and smaller agricultural biogas facilities.

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Team

Ambient Carbon’s international team brings together business and scientific research to develop high-impact, deep tech climate change solutions.

David S. Miller

Co-founder & CEO

Matthew S. Johnson

Co-founder & CTO

Laura LaCava

Operations Administrator

Hugo Russell

PhD, Atmospheric Chemist

Morten Krogsbøll

MSc, Atmospheric Chemist

About

Ambient Carbon’s mission is to develop and commercialize technologies that reduce or eradicate greenhouse gases at point source or in the ambient air. Based in Denmark, the company is focused on climate restoration using carbon-neutral and carbon-negative solutions for the world market.

PERMA

Ambient Carbon is a PERMA project partner within AgriFoodTure, which is under Innovation Fund Denmark’s Innomission program. The other project partners are the University of Copenhagen, Aarhus University, international dairy cooperative Arla, and agriculture ventilation manufacturer SKOV.