A Dollar for a Hub: The Strategic Gamble Behind Pulsar's Helium Liquefaction Play in Minnesota

TWO HARBORS, MN – October 15, 2026 — In the quiet industrial corridors of Two Harbors, Minnesota, a transaction engineered to reshape the American rare gas supply chain has just been executed for a single dollar bill. The Two Harbors City Council has formally approved a Purchase and Development Agreement with Pulsar Helium MN, Inc., effectively handing over municipal land to establish a proposed Rare Gas Hub. But beneath the surface of this nominal land transfer lies a complex web of municipal risk, geopolitical strategy, and a ticking 365-day clock that will determine whether this small Lake Superior town becomes a critical node in the global high-tech economy.

At the center of this deal is the proposed construction of a helium liquefaction and carbon capture facility. The hub is designed to process gas from Pulsar’s flagship Topaz project and potentially offer toll milling services to third-party producers. With the global helium market facing chronic supply chain vulnerabilities and the U.S. Federal Helium Reserve largely depleted, the strategic rationale for a domestic Midwestern hub is undeniable. Yet, the mechanics of bringing this facility online reveal a steep uphill climb through regulatory, financial, and infrastructural hurdles.

The Municipal Ledger: Subsidizing the Supply Chain

For local taxpayers, the agreement represents a calculated, albeit exposed, economic development gamble. The City of Two Harbors has agreed to sell approximately ten acres of land within its Limited Industrial I-1 district—appraised at US$143,200—for US$1.00. But the municipal incentives extend far beyond the property line.

The city has committed up to US$1 million toward the construction of a rail spur, an infrastructure upgrade that will connect the facility to the Canadian National Railway's main line. Furthermore, the city will bear the initial costs of clearing the building site, funding environmental surveying and wetland delineation, and extending municipal water, sewer, natural gas, and electrical services directly to the site. To sweeten the deal, the agreement outlines a 15-year tax abatement package, reimbursing 90% of the city’s share of increased ad valorem property taxes once the facility reaches commercial operation.

The risk for Two Harbors lies in the conditional nature of the agreement. The developer has not yet made an irrevocable commitment to build. Instead, the company has entered a 365-day due diligence period. If management decides the project is unfeasible and walks away before issuing a formal Project Commitment Notice, the city absorbs the pre-construction expenses it incurred, unless separate written reimbursement agreements dictate otherwise.

Local economic development officials point to the potential for a massive US$70 million private investment and the expansion of the local tax base as justification for the upfront risk. However, the current framework notably lacks specific job creation guarantees, a standard feature in many modern business subsidy agreements. The city is betting that the sheer gravitational pull of an industrial gas facility will organically generate high-paying employment and secondary economic activity.

Securing the Domestic Helium Stream

The strategic leverage of the Two Harbors hub extends far beyond local property taxes. Helium is a non-renewable resource critical to the manufacturing of semiconductors, the operation of MRI machines, fiber optics, and aerospace technologies. For years, the U.S. relied heavily on the Federal Helium Reserve, but as that stockpile has dwindled, the market has been subjected to extreme price volatility and a dangerous reliance on foreign actors.

The strategy here is to exploit primary helium sources—reservoirs where the gas is the primary target rather than a byproduct of hydrocarbon extraction. The Topaz project in Minnesota has previously yielded exceptionally high helium concentrations of up to 12.4% during appraisal well testing, with stabilized flow rates of 4.5 million cubic feet per day. These figures transform the hub from a speculative venture into a highly viable commercial necessity.

To process this gas, an equipment reservation agreement has been secured with Chart Energy & Chemicals, a subsidiary of Baker Hughes. The planned facility will compress and process industrial gases, converting them into liquid form for global distribution while simultaneously managing carbon dioxide through integrated capture systems. The inclusion of carbon capture technology is a strategic nod to modern corporate sustainability mandates, ensuring the facility can operate within tightening environmental regulatory frameworks while attracting institutional capital.

The 365-Day Pre-Commitment Clock

Despite the council’s approval, dirt will not be moving tomorrow. The agreement triggers a 365-day countdown during which a labyrinth of technical and regulatory contingencies must be untangled.

Foremost among these is grid capacity. Cryogenic liquefaction is an immensely energy-intensive process. A large-scale industrial plant of this nature can demand anywhere from 10 to 50 megawatts of continuous power. Two Harbors operates its own municipal electric utility, purchasing power from Minnesota Power. Accommodating the hub will require rigorous engineering studies to determine if the existing grid can handle the load without triggering massive substation upgrades or rate hikes for local residents. A separate electrical service agreement must be negotiated to establish the rate at which the city will sell power to the facility, a critical variable in long-term operating economics.

Environmental permitting poses another formidable barrier. Given the site's proximity to Lake Superior, state agencies will apply maximum scrutiny. The Minnesota Pollution Control Agency will require stringent air emission permits, particularly concerning the carbon capture operations and natural gas combustion. Concurrently, the Department of Natural Resources will oversee water appropriation and wetland mitigation. A full Environmental Assessment Worksheet is highly probable, subjecting the project to extended public review and potential delays.

Finally, there is the matter of capital. While the land and municipal backing are secured, finalizing the acquisition of the Baker Hughes liquefaction plant requires tens of millions in project financing. Securing this capital remains a primary near-term priority, a task that must be accomplished before the 365-day window closes.

A Conditional Groundbreaking

If the due diligence period is successfully navigated and a formal project commitment is issued, the clock resets: there will then be 36 months to bring the initial phase of the facility into commercial operation.

Thomas Abraham-James, Director and CEO of Pulsar, framed the municipal agreement as a foundational maneuver. "The City Council’s approval is an important step forward in our strategy to build a Rare Gas Hub that strengthens the U.S. supply chain for rare gases," he stated. "Two Harbors’ industrial location and transportation infrastructure offer a strong foundation for this proposed facility. We look forward to working with the City on the financing, engineering, utility arrangements and remaining approvals needed before we commit to construction."

The coming year will test the viability of that foundation. As engineers study grid loads and financial backers evaluate flow rates, the City of Two Harbors waits to see if its dollar land deal will yield a cornerstone of the American technology supply chain, or if the intricate mechanics of industrial development will force a strategic retreat.