Microsoft's BioCirc Deal Signals BECCS Is Now Bankable

Microsoft never stopped buying carbon removal credits. What looked like an exit was a volume adjustment. The BioCirc deal, 650,000 metric tonnes of BECCS credits over seven years, confirms that. Pair it with April's Saskatchewan agreement, and a pattern takes shape: Microsoft is recalibrating, not retreating, and BECCS is the pathway getting the most attention.

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Did Microsoft Actually Pause Carbon Removal Purchases?

Reports in April 2026 indicated Microsoft had told some suppliers it was pausing new carbon removal purchases. Microsoft clarified quickly: it was adjusting the pace and volume of procurement, not ending the program. Phillip Goodman, Director of Carbon Removal Portfolio at Microsoft, confirmed buying was continuing.

In fiscal year 2025, Microsoft contracted 45 million metric tonnes of carbon removal credits with 21 companies worldwide. That is nine times its 2023 volume and more than double its 2024 total (Microsoft, January 2026). A company operating at that scale was always going to recalibrate at some point. The BioCirc deal, announced May 20, 2026, is the first major carbon removal agreement Microsoft has announced since those reports. It does not look like a company that stopped.

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How Does the BioCirc Deal Work?

BioCirc is a Copenhagen-based circular bioeconomy company with an annual biomethane capacity of 1.9 to 2 terawatt hours. Under the deal, it captures biogenic CO₂ at five of its eight Danish biogas plants, in Favrskov, Vesthimmerland, Haderslev, Grønhøj, and Vinkel. That CO₂ is liquefied, transported to the Port of Esbjerg, and shipped to the Nini West reservoir via Greensand Future, where it is injected 1,500 to 1,800 meters beneath the North Sea seabed. Greensand Future is operated by INEOS Energy, with partners Harbour Energy and Nordsøfonden, and is expected to become the EU's first full-scale CO₂ storage facility.

Each CRU equals one metric tonne of CO₂ permanently removed. Deliveries begin in the second half of 2026 and ramp up through 2032. The project also receives public co-financing from the Danish Energy Agency through the NECCS fund. BioCirc has confirmed that both the NECCS subsidy and Microsoft's offtake commitment are necessary to make the project financially viable (BioCirc press release, May 2026).

Why Is the Saskatchewan Deal Part of This Story?

Six weeks before BioCirc, Microsoft signed a 15-year agreement with Svante Technologies and Meadow Lake Tribal Council (MLTC) for 626,000 metric tonnes of CDR credits from the North Star BECCS project in Meadow Lake, Saskatchewan. That is believed to be Canada's first majority Indigenous-owned carbon removal offtake agreement (Business Wire, April 6, 2026). At full capacity, the project will generate up to 90,000 metric tonnes of credits annually, with commercial operations expected in early 2029.

That is the North American thread in this story. Corporate CDR demand from a global technology company is flowing into an Indigenous-led project in rural Saskatchewan. Two BECCS deals in six weeks, across two continents, confirm this is not a one-off. It is a procurement strategy.

What Do These Deals Tell Us About BECCS as a Pathway?

Microsoft accounted for approximately 87 percent of all global carbon removal purchases in 2025 (CDR.fyi, April 2026). Global CDR demand reached 57 million metric tonnes that year, double the 2024 total (BloombergNEF and BCSE, 2025). When that buyer keeps signing BECCS contracts through a reported slowdown, the market takes notice.

BECCS projects in North America are proving that commercial-scale delivery works, not just in theory. BioCirc adds to that evidence from Europe. The pathway has moved from one that needed defending to one that gets contracted.

Deal	Location	Volume	Term	Storage
BioCirc (May 2026)	Denmark	650,000 metric tonnes	7 years	Greensand Future, North Sea
North Star / Svante / MLTC (April 2026)	Saskatchewan, Canada	626,000 metric tonnes	15 years	Geologic storage, undisclosed site
AtmosClear / Fidelis (2025)	Louisiana, USA	6.75 million metric tonnes	15 years	BECCS, Port of Greater Baton Rouge

How Big Is Microsoft's Carbon Removal Program?

In fiscal year 2025, Microsoft contracted 45 million metric tonnes of carbon removal with 21 companies, equivalent to removing 9.8 million internal combustion vehicles from the road for one year (Microsoft, January 2026). No other corporate buyer is close. Frontier, the next-largest purchaser, has contracted approximately 1.8 million metric tonnes in its entire lifetime (Heatmap News, April 2026). Microsoft contracted that volume roughly 25 times over in 2025 alone.

Microsoft has paid between $100 and $600 per metric tonne for engineered removal credits, compared to $5 to $15 for traditional offsets (CarbonCredits.com, 2026). The price difference reflects permanence and rigor. The company's total contracted CDR volume across three years reached approximately 72.5 million metric tonnes (Trellis, April 2026). Long-term offtake agreements like this one are what allow early-stage CCUS projects to reach financial close.

What This Means for the Market Going Forward

BECCS is no longer a pathway that needs defending. It is being contracted at scale, across geographies, by the world's largest carbon removal buyer, through a period when that buyer was supposedly stepping back. Two deals, 1.276 million metric tonnes, six weeks apart. New BECCS developers in Canada are watching closely, and building their own projects on the assumption that demand like this will continue.

Global CDR demand doubled from 2024 to 2025, reaching 57 million metric tonnes (BloombergNEF and BCSE, 2025). Roughly 50 percent of first-half 2025 purchases came from first-time buyers, per CDR.fyi. The buyer base is widening. But for now, the market still depends on anchor commitments like this one to keep project finance moving. The BioCirc deal adds 650,000 metric tonnes to that foundation. The narrative of a market in retreat does not hold up against the contracts being signed.

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