FAQs

Frequently asked questions 

Big Sky Industrial Inc. (NASDAQ: BSIN) is an industrial gas and carbon management company focused on developing strategic energy infrastructure. The company is advancing projects related to helium production, carbon capture, utilization and storage (CCUS), and the Big Sky Carbon Hub, with the goal of supporting domestic resource development and long-term energy security.

Big Sky Industrial Inc. develops projects focused on industrial gases, carbon management, and energy infrastructure. Its strategy includes developing helium resources, supporting carbon storage initiatives, and creating integrated infrastructure that can serve multiple industrial sectors.

The Big Sky Carbon Hub is a large-scale carbon management initiative designed to support the safe transportation and geological storage of carbon dioxide. Carbon hubs can help industrial facilities reduce emissions while supporting long-term decarbonization efforts. Learn more about the Big Sky Carbon Hub.

The rebrand reflects the company’s broader strategic focus beyond traditional oil and gas. Big Sky Industrial Inc. now emphasizes industrial gases, carbon management, and energy infrastructure, aligning its corporate identity with its long-term business strategy.

Big Sky Industrial Inc.’s operations are focused in the United States, with projects positioned to support domestic energy infrastructure, industrial gas development, and carbon management initiatives.

Helium is a naturally occurring, non-renewable noble gas used across healthcare, semiconductor manufacturing, aerospace, scientific research, fiber optics, welding, and advanced manufacturing. Because it cannot be economically manufactured, reliable natural helium resources are strategically important.

Helium possesses unique physical properties that make it essential for applications requiring extremely low temperatures, chemical stability, and non-flammability. It is used in MRI scanners, semiconductor manufacturing, aerospace systems, laboratory research, and increasingly in advanced computing infrastructure.

Global helium markets have experienced periods of supply tightness due to production outages, geopolitical factors, and increasing industrial demand. Developing additional domestic helium resources may improve supply reliability over the long term.

Helium is extracted from certain natural gas reservoirs where it occurs in commercially viable concentrations. After separation and purification, it is liquefied or compressed for use across numerous industries.

Domestic helium production can reduce reliance on imported supplies, strengthen supply chains, and support industries that depend on a stable source of this critical industrial gas.

Major helium users include:

  • Healthcare
  • Semiconductor manufacturing
  • Aerospace
  • Defence
  • Scientific research
  • Fibre optics
  • Electronics
  • Cryogenics
  • Manufacturing

Helium is used because it provides excellent thermal conductivity and is chemically inert. These properties make it valuable during wafer manufacturing and other precision fabrication processes.

Many governments and industries view helium as strategically important because of its role in healthcare, advanced manufacturing, scientific research, aerospace, and national security applications.

Carbon capture is the process of capturing carbon dioxide emissions from industrial facilities before they enter the atmosphere. The captured CO₂ can then be transported for permanent geological storage or beneficial use.

Carbon sequestration refers to the long-term storage of carbon dioxide deep underground in suitable geological formations, helping reduce atmospheric emissions.

CCUS stands for Carbon Capture, Utilization and Storage. It describes technologies that capture carbon dioxide, use it in industrial applications where appropriate, or permanently store it underground.

Carbon management helps industries reduce emissions while supporting economic activity. It is one of several approaches being explored to help meet emissions reduction goals in hard-to-abate sectors.

Section 45Q is a U.S. federal tax incentive designed to encourage investment in qualifying carbon capture and storage projects by providing tax credits for eligible captured and securely stored carbon dioxide.

Industrial gas infrastructure includes production facilities, pipelines, storage systems, processing plants, transportation networks, and distribution assets used to deliver industrial gases such as helium and carbon dioxide.

Enhanced oil recovery is a technique used to increase production from mature oil fields. One method involves injecting carbon dioxide into reservoirs to improve oil recovery while potentially storing CO₂ underground.

Industrial gases support manufacturing, healthcare, electronics, food processing, aerospace, research, energy production, and numerous other sectors where specialized gases are required.