For entertainment purposes only. Produced from the last few months announcements and may contain errors.
"The world keeps running out of helium." This recent headline from the BBC captures a persistent anxiety in the global high-tech economy. While many associate helium with party balloons, its real value lies in applications critical to modern life: cooling the superconductive magnets in MRI machines, manufacturing semiconductors, and enabling aerospace and defense technologies. A reliable supply isn't a luxury; it's a strategic necessity.
Against this backdrop of scarcity, a significant new domestic supply is set to come online. In Las Animas County, Colorado, Blue Star Helium's Galactica project is on a fast track to begin production in December 2025. But a closer look reveals that this project is far more than just a new source of helium. It holds several surprising secrets that point to a much bigger story about the future of critical industrial gases in the United States.
While the project's primary target is high-grade helium, the raw gas extracted from the wells is also exceptionally rich in carbon dioxide (CO2). Far from being a waste stream, this CO2 is a valuable co-product that Blue Star plans to commercialize.
This is significant because, like helium, the US merchant CO2 market is experiencing its own shortages and unreliable supply chains, even as demand is projected to grow. High-purity CO2 is a critical component in numerous industries, including:
To capitalize on this dual-commodity resource, Blue Star has signed a lease agreement with Kinder Morgan for an amine unit specifically sized to produce up to 37,000 tons per annum of beverage-grade CO2. This key piece of equipment isolates the high-purity CO2 from the raw gas stream, turning it into a marketable asset. The long-term potential for CO2 production is even more substantial, underscored by the nearby "Serenity prospect," where a previous discovery returned raw gas with concentrations approaching 99% CO2.
Counter-intuitively, this Colorado "gas field" is not a fossil fuel project. The extracted gas contains no (or only trace amounts of) hydrocarbons. Instead, the raw gas is a mix of helium, carbon dioxide, and nitrogen, making it a natural source of industrial gases rather than a traditional oil and gas play where helium is a minor byproduct.
The geology itself is fascinating. The source of both the helium and CO2 is believed to be the underlying Precambrian basement rock. Helium is generated from the natural decay of uranium and thorium, while the CO2 results from metamorphic processes deep within the earth.
The Galactica project is engineered to solve what has been described as a "known geologic conundrum": the presence of high-grade helium in low-pressure reservoirs.
In simple terms, this means that while the gas in the ground is rich in helium, the reservoir lacks the high natural pressure that would typically force the gas to the surface at high flow rates. To overcome this, Blue Star will use surface compression to actively "pull on the wells to increase production above the natural flow." This engineering detail is key to unlocking the resource and highlights the technical approach required to turn this unique geological formation into a productive asset.