Bringing the cost of carbon capture to Net Negative.

Hacking the climate tO unlock the power of a complete carbon removal cycle.

WHAT IS THE FASTEST, SAFEST WAY TO SEQUESTER CARBON THAT WOULD OTHERWISE SPEED UP CLIMATE CHANGE?

Harness nature’s superpower, photosynthesis, to permanently capture carbon that would otherwise be emitted into the atmosphere by biomass waste.

Carbon removal is historically cost prohibitive, ranging from $250-$800 per ton. Our proprietary approach to carbon removal can bring that cost down to $100 per ton now, hitting the Biden Administration’s 2030 Earth Shot goal eight years early. Our carbon capture costs will be net negative within five years.

And it comes from the production of nearly-pure physical carbon, known as biochar.

Historical CO2 Removal Cost

2022 All Carbon CO2 Removal Cost

2027 All Carbon CO2 Removal Cost

WHAT IS BIOCHAR?

Our biochar is nearly pure carbon that forms in a honeycomb structure at high temperatures in an oxygen-restricted environment, and we see it as the cornerstone of the carbon removal economy.

Physically verifiable carbon removal credits (like biochar) are widely seen as the highest quality credits available. The math is simple: one ton of biochar is equivalent to three tons of carbon dioxide in the air.

It’s a quantifiable, indisputable way to sequester carbon for thousands of years.

turn carbon capture into a profit source by Making valuable commodities from biomass waste

  • CARBON REMOVAL CREDITS

    Carbon credits are measurable, verifiable emission reductions projects that reduce, remove, or avoid greenhouse gas emissions. The market for removal has matured significantly in the last 18 months, with demand for carbon removal dramatically outstripping supply of removed carbon.

    That’s where we step in!

  • BIOMASS WASTE REMOVAL

    Biomass waste can be found everywhere: farms, forest floors, landscaping businesses, lumber yards, and even your kitchen counter. States including California have mandated against disposal in landfills, so municipalities are seeking disposal support for tens of millions tons of organic material.

  • HIGH-CARBON SOIL

    We know that the most fertile soil is full of carbon, because carbon provides space for microbes to thrive. Our biochar is made at a high temperature so it comes out nearly pure carbon, which makes it a fantastic soil supplement.

  • LIVESTOCK FEED AMENDMENT

    Livestock flatulence is a significant contributor to greenhouse gas emissions; we know that adding high quality biochar to livestock feed helps.

  • STORMWATER FILTRATION

    Our biochar’s high carbon content creates substantial surface area on each piece of char, enabling the biochar to capture and filter more water droplets.

  • ACTIVATED CHAR + GRAPHENE

    Biochar of the highest quality, such as ours, can be amended to make activated char and graphene. This opens doors to replacing dirty chemical components of pharmaceutical and industrial manufacturing.

  • DISTILLED WATER

    Heat is a byproduct of our chartainer’s process for turning biomass waste into biochar. We can easily divert this heat to higher purposes, such as creating quality distilled water.

  • GREEN HYDROGEN

    The business of hydrogen production is messy, expensive, and terrible for the climate. But another way is possible: green hydrogen can be made with the heat byproduct from our chartainer’s pyrolysis process.

The All Carbon Opportunity

Our solution leverages modular biomass gasification technology at distributed scale, efficiently converting biomass waste into biochar and combustion gas commodities with significant commercialization potential.

We envision a new carbon economy that creates market opportunities and environmental impact at every step of the carbon removal and sequestration process.

In order to make a dent in combating climate change, we need to find a path that allows us to remove gigatonnes of carbon from the atmosphere each year. Our technology can be and will be the engine that leads the way.