United States (USA) Cryogenic Equipment Market Overview, 2031

Key Insights

• The United States cryogenic equipment market is supported by extensive industrial gas infrastructure, LNG export capacity, healthcare oxygen demand, and emerging clean hydrogen initiatives. U.S. LNG export capacity has expanded significantly, with the U.S. Energy Information Administration (EIA) reporting multiple new liquefaction trains entering service. Industrial gas producers and distributors operate large cryogenic storage, pumping, and vaporization networks serving chemicals, metals, food, electronics, and medical sectors.
• The most important U.S. driver is the continued build out of LNG export terminals and associated cryogenic infrastructure. EIA data show the United States is among the world’s largest LNG exporters, requiring cryogenic storage tanks, send out pumps, vaporizers, piping, and valves at liquefaction and regasification facilities. This directly increases demand for large-scale cryogenic equipment and engineered systems along the Gulf Coast and other export hubs.
• A major trend is the growing use of liquid hydrogen for clean energy and mobility. The U.S. Department of Energy (DOE) has selected regional clean hydrogen hubs, and companies such as Plug Power and Air Products are investing in liquid hydrogen production and liquefaction. This is shifting demand toward high-performance cryogenic storage, transfer, and vaporization equipment capable of handling hydrogen’s low boiling point and strict safety requirements.
• U.S. technology developments include advanced vacuum-insulated storage systems, high-efficiency ambient-air vaporizers, submerged cryogenic pumps, and integrated digital monitoring for liquid nitrogen, oxygen, argon, LNG, and hydrogen. Manufacturers such as Chart Industries and FIBA Technologies are expanding production of large cryogenic tanks and hydrogen liquefaction equipment, while automated valve and instrumentation systems improve safety and reduce boil-off.
• The U.S. supply base includes domestic manufacturers such as Chart Industries, FIBA Technologies, CryoWork, Taylor-Wharton, and Parker Hannifin, alongside global firms Linde, Air Liquid, and Air Products. Supply is supported by Gulf Coast fabrication capacity, specialty stainless steel and aluminum alloys, and skilled welding capability. Lead times for large cryogenic tanks and engineered systems remain sensitive to project activity and raw material availability.

Market Outlook

• According to the research report, " US Cryogenic Equipment Market Outlook, 2031," published by Bonafide Research, the US cryogenic equipment Market is expected to reach a market size of more than USD 7.77 Billion by 2031.
• U.S. cryogenic equipment demand is expected to remain positive, supported by LNG export projects, industrial gas expansion, healthcare oxygen infrastructure, and federal clean hydrogen programs. EIA project data indicate continued LNG capacity additions, while DOE hydrogen hub awards are expected to accelerate liquid hydrogen storage and transport investment. These public indicators point to sustained demand for cryogenic tanks, pumps, vaporizers, and associated equipment across multiple end-use sectors.
• Products likely to gain importance include large liquid hydrogen storage tanks, high-flow cryogenic pumps, low-boil-off vaporizers, cryogenic valves with extended stem designs, and vacuum jacketed piping. Digital instrumentation, remote monitoring, and predictive maintenance are expected to become more common. Equipment designed for hydrogen service, helium conservation, and LNG peak-shaving will see increasing technical specification and procurement interest.
• LNG terminal construction, hydrogen hub development, and modernization of aging industrial gas facilities will influence cryogenic equipment demand. DOE-funded hydrogen hubs, EIA-tracked LNG export terminals, and helium storage infrastructure require new cryogenic storage and transfer systems. Renovation and replacement of older industrial gas plants, healthcare oxygen systems, and food freezing facilities will also support equipment upgrades and retrofit activity.
• Manufacturing capacity is expanding, with companies such as Chart Industries and Air Products investing in new production capability for hydrogen and LNG-related equipment. Acquisitions and partnerships are strengthening domestic cryogenic engineering and fabrication. Supply chains remain influenced by availability of stainless steel, aluminum, nickel alloys, and vacuum insulation materials, while modular and skid-mounted designs help reduce site installation time.
• Cryogenic equipment supports low-carbon energy pathways through liquid hydrogen, LNG as a transition fuel, and carbon capture-related industrial gas applications. Manufacturers are emphasizing lower boil-off designs, energy-efficient vaporizers, recyclable materials, and environmental product declarations. Federal incentives under the Inflation Reduction Act and DOE hydrogen programs encourage investment in cryogenic systems that enable clean hydrogen production, storage, and distribution.

Policies

• Building Codes & Standards: Cryogenic equipment in the United States is governed by the ASME Boiler and Pressure Vessel Code, Compressed Gas Association (CGA) standards, and National Fire Protection Association (NFPA) requirements. These standards set design, testing, and inspection requirements for cryogenic tanks, piping, valves, and vaporizers. Compliance with ASME and CGA standards is a baseline purchasing requirement for manufacturers, contractors, and end users across industrial gas, LNG, and healthcare sectors.
• Environmental Regulations: Environmental oversight includes EPA permitting for LNG and industrial gas facilities, Federal Energy Regulatory Commission (FERC) review for LNG terminals, and state air quality regulations. Methane emission controls and safety requirements affect LNG equipment design and operation. The Inflation Reduction Act includes clean hydrogen production tax credits, which influence investment in liquid hydrogen liquefaction, storage, and transport equipment.
• Government Incentives & Construction Programs: The U.S. Department of Energy’s regional clean hydrogen hub program and Inflation Reduction Act tax credits provide direct incentives for hydrogen-related cryogenic infrastructure. Federal funding supports LNG export terminal construction, industrial decarburization, and healthcare oxygen resilience. These programs influence cryogenic equipment procurement by supporting new liquefaction plants, storage terminals, and hydrogen fueling and distribution networks.
• Worker Safety & Construction Regulations: OSHA regulations govern cryogenic liquid handling, asphyxiation hazards, pressure safety, and process safety management. Employers must provide training, PPE, and safe work procedures for liquid nitrogen, oxygen, argon, LNG, and hydrogen. Cryogenic burns, oxygen enrichment, and confined-space hazards require specialized equipment and monitoring. Manufacturers design equipment with safety features such as relief valves, rupture discs, and clear labeling to support compliance.
• Regional Regulatory Differences: Gulf Coast states such as Texas and Louisiana host major LNG and industrial gas projects with established permitting pathways. California has stricter environmental and safety requirements, affecting cryogenic equipment specifications and siting. Regional differences in building codes, seismic requirements, and state air regulations influence equipment design, procurement, and project delivery across the United States.

Industry News

• June 2025: Chart Industries and Flowserve announced an all-stock merger agreement to combine their businesses. The transaction brings together Chart’s cryogenic equipment portfolio with Flowserve’s flow-control technologies, strengthening capabilities across LNG, hydrogen, industrial gases, and other process applications.
• August 2025: Air Products completed the first fill of a large liquid-hydrogen storage sphere at NASA’s Kennedy Space Center in Florida. The development demonstrates continued U.S. investment in large-scale liquid-hydrogen infrastructure and cryogenic storage systems for the space industry.
• December 2025: Plug Power began its first NASA liquid-hydrogen supply contract, covering deliveries of up to 218,000 kilograms of liquid hydrogen to NASA facilities. The development supports demand for liquid-hydrogen production, storage, transportation, and cryogenic handling infrastructure in the U.S. space sector.
• November 2025: Next Decade initiated the U.S. regulatory pre-filing process to expand its Rio Grande LNG project in Texas with an additional liquefaction unit and marine berth. The expansion is expected to increase requirements for LNG liquefaction, cryogenic processing, storage, transfer, and associated equipment.
• May 2026: Captures approved construction of the Commonwealth LNG project in Louisiana after securing financing for the development. The facility is designed to export up to 9.5 million tons of LNG annually, creating future demand for large-scale liquefaction, cryogenic processing, storage, and transfer systems.
• 2026: The U.S. LNG sector continued adopting modular construction approaches to control project costs, reduce onsite labor requirements, and accelerate project execution. Developers including Venture Global, Commonwealth LNG, and Gendarme are using modular approaches, increasing the importance of standardized and scalable cryogenic and liquefaction equipment.

Segment Analysis

United States Cryogenic Equipment Market By Cryogenic Equipment Type
• Cryogenic Storage Equipment: In the U.S., cryogenic storage equipment includes bulk tanks, Dewar, and large LNG or liquid hydrogen storage vessels. Demand is driven by industrial gas distribution, healthcare oxygen, LNG terminals, and hydrogen hubs. These systems require ASME certification, vacuum insulation, and low boil-off performance. Applications range from small medical dewar to large field erected tanks for LNG export and hydrogen storage.
• Cryogenic Pumps & Vaporizers: Cryogenic pumps transfer LNG, liquid nitrogen, oxygen, argon, and hydrogen at low temperatures. Vaporizers convert cryogenic liquids to gas for industrial use or pipeline injection. In the U.S., demand is supported by LNG send out, industrial gas supply, and hydrogen fueling. Equipment is specified for high reliability, low NPSH, and ambient or steam-heated vaporization in large-scale facilities.
• Cryogenic Valves & Flow-Control Equipment: Cryogenic valves control flow in storage, transfer, and vaporization systems. U.S. applications include LNG terminals, hydrogen refueling, and industrial gas pipelines. Extended bonnet designs, fire-safe construction, and low-temperature materials are required. Demand is driven by new LNG export facilities, hydrogen infrastructure, and replacement of aging industrial gas valves.
• Cryogenic Heat-Transfer & Process Equipment: Heat exchangers, vaporizers, and liquefaction cold boxes are critical in U.S. LNG and hydrogen projects. These systems support gas liquefaction, regasification, and industrial gas processing. Manufacturers supply brazed aluminum and coil-wound heat exchangers for large plants. Demand is linked to LNG export capacity, hydrogen liquefaction, and carbon capture-related industrial gas projects.
• Cryogenic Piping & Transfer Equipment: Vacuum-jacketed and cryogenic transfer lines connect storage tanks, pumps, and process equipment. U.S. demand comes from LNG terminals, hydrogen hubs, industrial gas plants, and aerospace launch sites. Piping must accommodate thermal contraction, maintain vacuum insulation, and meet ASME B31.3 or CGA standards. Modular skids and pre-insulated piping reduce field installation time.
• Cryogenic Instrumentation & Other Equipment: Instrumentation includes level, pressure, temperature, and flow devices rated for cryogenic service. In the U.S., these are used in LNG, hydrogen, and industrial gas facilities for safety and process control. Demand is growing for digital monitoring, remote diagnostics, and leak detection. Other equipment includes purifiers, phase separators, and safety relief devices essential for cryogenic system integrity.

United States Cryogenic Equipment Market By Cryogen
• Liquid Nitrogen (LIN): Liquid nitrogen is widely used in U.S. food freezing, healthcare, pharmaceuticals, electronics, and industrial processing. Cryogenic storage tanks, Dewar, and piping support on-site supply and distribution. Demand is stable and broad-based, with replacement equipment and new industrial gas supply contracts driving procurement across hospitals, laboratories, and manufacturing plants.
• Liquid Oxygen (LOX): Liquid oxygen is critical for U.S. healthcare, steelmaking, aerospace, and wastewater treatment. Cryogenic storage and vaporization systems supply hospitals and industrial users. The COVID-19 pandemic highlighted oxygen infrastructure needs, supporting investment in bulk storage and backup systems. Demand remains tied to medical gas supply and industrial oxygen applications.
• Liquid Argon (LAR): Liquid argon is used in U.S. welding, metal fabrication, electronics, and specialty glass production. Cryogenic storage tanks and vaporizers support industrial gas distributors and manufacturing facilities. Demand follows manufacturing and fabrication activity, with equipment specified for high-purity argon delivery and controlled vaporization in industrial processes.
• LNG / Liquid Methane: LNG is a major cryogenic equipment driver in the U.S. due to export terminal construction, peak-shaving plants, and vehicle fueling. Equipment includes large storage tanks, submerged pumps, vaporizers, and cryogenic piping. U.S. LNG export capacity growth directly increases demand for cryogenic systems along the Gulf Coast and at marine terminals.
• Liquid Hydrogen (LH₂): Liquid hydrogen is emerging as a key U.S. cryogenic equipment segment due to federal hydrogen hubs, aerospace launch, and clean mobility. Storage tanks, transfer lines, and vaporizers must handle -423°F temperatures and minimize boil-off. DOE funding and company investments are accelerating demand for hydrogen liquefaction and distribution equipment.
• Liquid Helium: Liquid helium is used in U.S. MRI systems, scientific research, semiconductor manufacturing, and aerospace. Helium supply constraints make conservation and recovery equipment important. Cryogenic storage dewars, transfer lines, and recovery systems support healthcare and high-tech applications. Equipment must maintain ultra-low temperatures and high purity for sensitive end uses.
• Other Cryogens: Other cryogens include liquid carbon dioxide, nitrous oxide, and specialty gases used in U.S. food processing, pharmaceuticals, and industrial applications. Cryogenic equipment for these gases includes storage tanks, vaporizers, and flow control systems. Demand is driven by niche industrial, medical, and research applications requiring precise low-temperature control and safe handling.



United States Cryogenic Equipment Market By End-Use Industry
• Oil & Gas, LNG & Energy: The U.S. oil, gas, LNG, and energy sector is the largest driver of cryogenic equipment demand. LNG export terminals, peak-shaving plants, and gas processing facilities require large storage tanks, pumps, vaporizers, and cryogenic piping. Hydrogen energy projects and carbon capture add new demand for cryogenic systems supporting clean fuel production and distribution.
• Industrial Gases & Chemicals: Industrial gas producers and distributors operate extensive cryogenic storage, transport, and vaporization networks across the U.S. Demand comes from production plants, cylinder filling, and on-site supply to chemicals, food, electronics, and metals. Equipment includes bulk tanks, pumps, vaporizers, and instrumentation, with replacement and expansion driven by industrial activity and supply contracts.
• Metals & Heavy Industries: U.S. metals and heavy industries use liquid oxygen, nitrogen, and argon for steelmaking, cutting, heat treating, and inserting. Cryogenic storage tanks, vaporizers, and piping support high-volume gas supply to mills and fabrication plants. Equipment must withstand heavy industrial environments and continuous operation, with demand tied to manufacturing output and plant upgrades.
• Healthcare & Life Sciences: Hospitals, biopharmaceutical facilities, and laboratories rely on liquid oxygen, nitrogen, and helium. Cryogenic storage tanks, dewars, and backup systems support respiratory therapy, cryopreservation, MRI cooling, and research. Regulatory requirements and supply reliability drive investment in bulk storage, monitoring, and emergency vaporization equipment.
• Other Industry: Other U.S. industries include aerospace and space launch, electronics and semiconductor manufacturing, food and beverage, and scientific research. Cryogenic equipment supports rocket propellant handling, semiconductor process cooling, food freezing, and advanced research applications. Demand is specialized, requiring high-purity, low-boil-off, and application-specific cryogenic systems designed to meet unique technical requirements.

Historic Year: 2020
Base Year: 2025
Estimated Year: 2026
Forecast Year: 2031

Aspects Covered in this Report
Cryogenic Equipment Market with market value and forecast, along with key segments
Regional and Country-level Analysis
Market Drivers, Challenges, Trends, and Developments
Competitive Landscape and Top Profiled Companies
Strategic Recommendations for cryogenic equipment manufacturers and market participants

By Cryogenic Equipment Type
Cryogenic Storage Equipment
Cryogenic Pumps & Vaporizers
Cryogenic Valves & Flow-Control Equipment
Cryogenic Heat-Transfer & Process Equipment
Cryogenic Piping & Transfer Equipment
Cryogenic Instrumentation & Other Equipment

By Cryogen
Liquid Nitrogen (LIN)
Liquid Oxygen (LOX)
Liquid Argon (LAR)
LNG / Liquid Methane
Liquid Hydrogen (LH₂)
Liquid Helium
Other Cryogens

By End-Use Industry
Oil & Gas, LNG & Energy
Industrial Gases & Chemicals
Metals & Heavy Industries
Healthcare & Life Sciences
Other Industry