Google has signed a historic, multi-year agreement with Commonwealth Sortation LLC, a subsidiary of AMP Robotics Corporation. Under the officially announced transaction, the tech giant will purchase carbon removal credits equivalent to 200,000 metric tons of carbon dioxide equivalent (CO2e) by 2030. The project, based on artificial intelligence (AI) and biochar technology produced from municipal solid waste, not only serves to reduce Google’s carbon footprint but also offers an industrially scalable solution against methane emissions, which drastically accelerate climate change.
Fighting Landfills with Artificial Intelligence
In traditional waste management models, the vast majority of organic waste ends up in landfills or incinerators. AMP’s technology radically transforms this process: the system uses artificial intelligence and compressed air jets for the real-time sorting of municipal solid waste (MSW).
The equipment can identify and sort thousands of items per minute on the conveyor belt. The technology is highly precise: AMP’s sorting units create waste streams with a default 90 percent purity. The system is capable of achieving 95 or even 99 percent purity, although Matanya Horowitz, AMP’s founder and Chief Technology Officer (CTO), states that the default value is perfectly sufficient for biochar production. The goal is to extract recyclables and organic waste before they begin to decompose in landfills.
The Methane Problem and Biochar as a Solution
According to data from the Environmental Defense Fund, methane originating from decomposing organic matter in landfills is an 80 times more potent greenhouse gas than carbon dioxide in terms of short-term climate impacts. The collaboration between Google and AMP focuses precisely on eliminating this “superpollutant.”
Instead of letting organic waste rot, AMP converts it into a substance called biochar through a special process. Biochar is a highly stable, carbon-rich material capable of safely sequestering carbon for centuries, preventing it from re-entering the atmosphere. Financially, it is also a competitive solution: the market price for durable carbon removal credits, which guarantee carbon storage for at least a century, hovers around $150 per ton.
Quantified Capacities: The Virginia Gigaproject
The physical foundation of the agreement is provided by the largest recycling project of its kind in the United States to date. AMP has signed a 20-year contract with the Southeastern Public Service Authority of Virginia (SPSA), a regional waste management authority serving approximately 1.2 million people.
Based on officially published quantitative data and projections, the project operates with the following parameters:
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The facility will ultimately process 540,000 tons of waste annually.
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Of this volume, at least 50 percent will be diverted from landfills or recycled.
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Every diverted ton of organic waste results in more than 0.7 tons of CO2e (carbon dioxide equivalent) in emission reductions or sequestration.
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The technology company’s long-term goal is to convert a total of 5 million tons of organic waste into biochar over the next 20 years.
Beyond Traditional Carbon Credits: Material Circularity
Google’s investment clearly indicates a shift in corporate trends: instead of mere emission avoidance offsets, companies increasingly prefer high-quality, actual physical carbon dioxide removal (CDR). Furthermore, Google is a member of a corporate coalition that intends to spend a total of $1 billion on similar carbon removal credits by 2030.
The biochar produced through the partnership brings additional practical benefits to the circular economy. The resulting material will initially be utilized as a “daily cover” at landfills. In this format, the biochar can filter leachate, drastically reduce unpleasant odors, help prevent residual methane from leaking, and keep birds away from the waste. Future plans also include exploring the use of biochar in the construction industry—for example, as an ingredient in concrete and cement—which could open entirely new industrial markets for the initiative.
Official Sources and References:
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Original Press Release: Google to Purchase Carbon Removal Credits Generated by AMP’s AI-Powered Organic Waste Processing (AMP, March 17, 2026)
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Relevant State/Municipal Authority: Southeastern Public Service Authority of Virginia (SPSA) Official Website