
Big Sky Industrial plans first helium production by early 2026, targeting $130M in 45Q carbon credits and 125,000 metric tons of annual CO2 capture from its Montana asset base.
Helium is often a by-product of natural gas production, but Big Sky Industrial is building a business around it directly. The company plans to bring its first processing facility online in the first quarter of 2026, separating helium from gas pulled from wells it controls near Cut Bank, Montana.
The phase is designed to capture about 125,000 metric tons of carbon dioxide each year, some of which will be pumped back into the Cut Bank oil field to boost pressure and eke out more crude. Big Sky still operates a legacy oil business in the state, pumping 200 to 250 barrels a day with a stated PV-10 value of about $20 million.
The company's shift toward industrial gas and carbon management reflects a broader strategy to move away from traditional oil and gas, CEO Ryan Smith said during Sidoti's August conference.
Big Sky controls a helium resource estimated at 1.3 billion cubic feet and a carbon dioxide resource approaching 0.5 trillion cubic feet, Smith said, citing work by third-party reserve engineer Ryder Scott. The resource sits at what the company calls the Big Sky Carbon Hub.
Smith said the company signed a long-term helium offtake agreement in late March or early April with the world's largest industrial gas company, though he did not name the customer. The deal is an eight-figure contract with a base price of $285 per thousand cubic feet, escalating with the Consumer Price Index over a five-year period. The pricing is net to Big Sky because the counterparty handles transportation and access to liquefaction capacity, and the agreement is 100% take-or-pay for Phase I production.
Financing for Phase I is roughly $37 million, split between about $17 million in common equity and a $20 million project-finance debt facility. Smith said the company expects net leverage of about one times when operations begin, well below the typical infrastructure range of five to eight times. He also said Big Sky has no warrants, convertible securities or other complex capital structures.
Revenue is expected from three sources: helium sales, incremental oil production from carbon dioxide injection, and federal Section 45Q carbon capture tax credits. Smith said the company expects to receive $85 per metric ton under the program, with the credit escalating by roughly 3% annually over 12 years. He estimated Phase I could generate about $130 million in 45Q credits over that period.
On a standalone basis, Phase I could produce roughly $15 million in annual EBITDA, split about evenly between the oil business and industrial gas operations, Smith said.
The company is also exploring monetization of its anticipated 45Q credits as a source of non-dilutive expansion capital. Smith said a typical transaction could value credits at $0.90 to $0.95 on the dollar, using a discount rate of roughly 6% to 7%. Based on Big Sky's estimated credit stream, he said that could translate into $70 million to $80 million in upfront cash.
Big Sky has already drilled its wells, installed the gathering system and completed roughly two-thirds of the processing plant build-out, Smith said. Long-lead equipment has been ordered and paid for.
The remaining regulatory hurdle is approval of the company's monitoring, reporting and verification plan, or MRV, which is needed to support its carbon-management activities. Smith said the company expects approval by year-end and believes it could come sooner. He said the approval would unlock the carbon-management timeline and potential access to significant capital over the following six to 24 months.
Smith said the company's key constraint is not gas supply but processing capacity. More than 80% of project capital expenditures are directed toward processing facilities and related infrastructure. Big Sky is already working on a Phase II processing design that could be two to three times the size of Phase I, he said.
Smith said he expects continued project execution, initial commercial operations and expansion planning to help investors view Big Sky as an industrial gas and carbon-management business rather than solely as a small oil producer.
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