A craft brewery in Alameda, California is now carbonating beer with CO₂ pulled straight from the air. Not someday. Now. On March 23, 2026, Aircapture and Almanac Beer Co. announced Flow – Clean Air Edition, a product brewed using atmospheric carbon dioxide captured onsite, processed to 99.999% purity, and fed directly into the carbonation line. The beer is already shipping to over 800 retail accounts across California, including Safeway, Whole Foods, and BevMo. Three days later, on March 26, Aircapture and Corning Incorporated—a $40 billion publicly traded materials science company—announced they were moving from joint research into active commercial deployment of modular direct air capture systems. The partnership is not theoretical. Corning is engineering and scaling ceramic substrates built specifically for CO₂ capture. Aircapture is installing those systems at industrial sites and collecting revenue for the CO₂ they produce. This is the first piece of meaningful evidence that direct air capture can be profitable at scale before the world builds giant sequestration plants.
The direct air capture market has been a frustrating investment category for years—endless pilots, enormous capital requirements, and no clear path to profitability unless governments subsidized permanent storage. The dominant narrative was always the same: DAC would only work at gigaton scale, which meant waiting for massive infrastructure buildouts, carbon removal credits, and regulatory certainty that may never arrive. Aircapture is operating on a different thesis. Rather than chase sequestration, it is targeting the industrial CO₂ utilization market: beverage carbonation, greenhouse agriculture, concrete production. Customers in these sectors already pay premium prices for food-grade or industrial-grade CO₂, and most supply comes from fossil fuel-linked processes—ammonia synthesis, ethanol fermentation—that manufacturers are increasingly uncomfortable depending on. A 2022 nationwide CO₂ shortage that disrupted breweries, food processors, and welding operations proved the market exists and is willing to pay. Aircapture solves that problem with hardware that can be deployed locally, at the point of use, without waiting for infrastructure. That changes the math entirely.
The operational proof is specific and credible. Under Project Hajar in the United Arab Emirates, Aircapture deployed eight modular DAC units equipped with Corning's engineered ceramic substrates and achieved operational status in 17 days. Corning's substrate is not a generic ceramic—it features an optimized microstructure engineered explicitly for solid sorbent and flow-through adsorption processes, designed to sustain continuous operation under direct air capture conditions. The systems produce CO₂ at up to 99.998% purity, exceeding industry specifications for beverage carbonation, which require 99.999% purity. Aircapture also won the XPRIZE Carbon Removal competition, a validation that carries weight beyond hype. The company raised $50 million in Series A funding led by the Larsen Lam Climate Change Foundation, suggesting patient capital is willing to fund this model. These are not vague metrics. These are operational systems, specific purity targets, and deployments that happened in measurable time.
What created the conditions for this shift is partly technical—materials science has matured enough that modular solid sorbent systems work—but mostly structural. The 2022 CO₂ shortage exposed a genuine supply vulnerability. Industrial gas companies like Linde and Air Liquide control most CO₂ supply through byproduct capture from ammonia plants and ethanol refineries. That supply is geographically concentrated, vulnerable to disruption, and tied to fossil fuel economics. For beverage manufacturers, greenhouse operators, and concrete producers, that dependency became intolerable. A modular DAC system that can be installed in 17 days and produce industrial-grade CO₂ onsite eliminates that vulnerability and removes the need to source from fossil-linked suppliers. It is not altruism driving adoption—it is supply chain risk and cost control. The EU Innovation Fund just allocated €2.7 billion across 54 projects for net-zero technologies in 2024; carbon removal sits squarely in that window. Policy support exists. Customer demand exists. Corning's involvement signals that materials science and scale-up capacity are no longer bottlenecks.
Who wins here is straightforward. Aircapture wins, obviously. It has shifted from a funded startup pitching future scale to an operating company with paying customers and a path to profitability at unit scale. Corning wins because it is in the substrate supply position—Aircapture will need to buy engineered ceramics from someone, and Corning just locked in that relationship and signaled to investors that its materials science capabilities extend into carbon capture, a sector the market perceives as structural growth. Customers win: beverage makers, greenhouse operators, and concrete producers now have a non-fossil source of CO₂ with lower supply chain risk and no ammonia plant dependency. Who does not win: suppliers dependent on fossil-linked CO₂ production. Linde, Air Liquide, and the industrial gas industry lose a slice of the market to onsite capture. It is not all their margin—industrial gas companies will adapt—but the trend direction is clear. A brewer who can make their own CO₂ has no reason to buy it from a gas supplier at premium prices. Scale that across 800 retail accounts and you see the shape of the disruption.
Here is what I actually think is going on: direct air capture has been waiting for an economic wedge, and it found one. The wedge is not permanent sequestration—that remains a capital-intensive, subsidy-dependent business with uncertain returns. The wedge is industrial CO₂ utilization where customers already pay for the molecule itself. Once you solve that economics at small scale—and Aircapture appears to have done exactly that—you have deployed units, operational track records, improved hardware, and margin. That is how you get to real scale. Not by betting the whole sector on billion-dollar hubs and hoping governments fund permanent storage, but by solving the utilization market first, building the operational base, and then moving upstream to sequestration as the economics improve and the regulations mature. Corning's involvement is the signal that this strategy is credible. A company that has made money in materials science for 175 years does not burn capital on R&D partnerships that do not have a clear path to revenue. The partnership announcement and the Almanac product launch suggest that path is already visible. I would expect to see Aircapture announce additional industrial utilization deployments in Q2 2026—greenhouse, concrete, industrial gas applications—and I would be watching for Corning to disclose substrate production capacity targets. The question is not whether DAC will scale. The question is whether it scales through utilization first or whether we keep waiting for sequestration-only economics to work. The answer appears to be becoming visible.
Three things to watch will tell you whether this plays out the way the partnership implies. First: Corning's substrate capacity and production timeline. The company has disclosed nothing about how many units it plans to manufacture or on what schedule. A capacity announcement would be a critical signal about how fast Aircapture can multiply deployments—this is the constraint that will determine whether modular DAC stays a niche play or becomes infrastructure. Second: Aircapture's expansion pipeline through food and beverage channels. Almanac is already in 800 California accounts. Watch for announcements of additional brewery, food processor, or beverage manufacturer deployments in Q2 and Q3 2026. If Aircapture can sign three to five more major customers within the next six months, the utilization model is proven at meaningful scale. Third: the EU's Carbon Removal Certification Framework, which entered force in early April 2026, now allows DAC projects to apply for official certification. Aircapture could be among the first European deployments to seek CRCF certification, which would validate the technology in the regulatory framework and unlock potential European expansion. That timing matters because the EU just opened a €2.9 billion Innovation Fund window for net-zero technologies with applications due April 23, 2026. European manufacturers could access that capital if Aircapture demonstrates it can operate in EU regulatory frameworks.