
"Installed at Almanac's brewery, Aircapture's modular DAC unit pulls carbon dioxide from ambient air and delivers beverage-grade liquid CO2 (99.999% purity, significantly exceeding industry standard specifications) directly into the brewing process, it says."
"Although large-scale DAC projects require years of construction and hundreds of millions in capital, Aircapture's modular system, integrated with Almanac's existing brewing equipment, was operational in weeks, the company says. No new facility. No dedicated infrastructure. No disruption to production. Atmospheric carbon became a circular, industrial-grade resource for Almanac, it notes."
"“Until now, CO2 has been a volatile byproduct of fuel and chemical production,” said Matt Atwood, CEO and founder of Aircapture, in a statement. “With Flow - Clean Air Edition, we're making high-purity CO2 from the air right where it's needed and delivering it at a cost that works for business owners. This is the beginning of a supply chain transition for a critical commodity worth tens of billions of dollars globally, and a clear signal to CO2 users across industries, from brewers and beverage producers to food, refrigeration, concrete and agriculture, that sourcing carbon from the sky rather than the ground is no longer theoretical. It's operational, and it's economical.”"
"Damian Fagan, CEO of Almanac Beer Co., added: “Brewing is both science and craft. By integrating direct air capture into our production floor, we're rethinking one of our essential ingredients and contributing to carbon-removal efforts. Instead of relying on distant industrial supply, we're sourcing CO2 from the air right here in Alameda. It's local, circular and a glimpse of what the fut"
Flow - Clean Air Edition carbonates beer with CO2 captured from ambient air using an onsite modular direct air capture system. The system pulls carbon dioxide from the atmosphere and delivers beverage-grade liquid CO2 with 99.999% purity into the brewing process. The unit is installed at Almanac Beer Co.’s brewery and integrated with existing brewing equipment. Large-scale direct air capture projects typically require years of construction and major capital, but the modular approach became operational in weeks. The process requires no new facility, no dedicated infrastructure, and no disruption to production. Atmospheric carbon is converted into a circular, industrial-grade resource for brewing at the local site.
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