A technical, market-driven overview for industrial gas, LNG, hydrogen, and medical applications
Cryogenic vessels are highly engineered storage systems designed to contain liquefied gases at extremely low temperatures—typically −150 °C (−238 °F) or below. These include liquid nitrogen (LIN), liquid oxygen (LOX), liquid argon (LAR), liquefied natural gas (LNG), and liquid hydrogen (LH₂).
As global LNG trade, hydrogen mobility, semiconductor manufacturing, healthcare infrastructure, and energy transition projects accelerate, demand for compliant, high-performance cryogenic storage systems continues to expand. Export-driven industries—petrochemical, marine, energy, aerospace, and advanced manufacturing—depend on safe and thermally efficient cryogenic containment technologies.
Unlike conventional pressure vessels, cryogenic tanks require:
- Double-wall vacuum insulation
- Perlite or multi-layer super-insulation
- Controlled pressure build-up systems
- Low heat-leak structural design
- Compliance with ASME, PED, DOT, EN, ISO, and other international codes
Improper storage can result in catastrophic pressure rise, material embrittlement, oxygen deficiency hazards (ODH), or hydrogen permeation risks. Therefore, cryogenic vessels must be designed, fabricated, tested, and repaired by qualified manufacturers operating under strict regulatory frameworks.
What Is a Cryogenic Vessel?
A cryogenic vessel is a specially engineered, thermally insulated container designed to safely store, transport, and handle liquefied gases at extremely low temperatures, typically below −150°C. These vessels are constructed to maintain structural integrity under cryogenic conditions, minimize heat ingress, and safely control internal pressure.
Cryogenic vessels are available in several configurations depending on operational requirements:
- Static (Fixed) Cryogenic Tanks – Large vertical or horizontal tanks permanently installed at industrial plants, LNG terminals, hospitals, or gas processing facilities for bulk storage.
- Stationary and Mobile Units – Smaller vacuum-insulated cryogenic tanks, including skid-mounted or wheeled systems used in laboratories, workshops, and medical environments.
- Cryogenic Pressure Vessels – Designed to store cryogenic liquids under controlled pressure for industrial gas supply and specialty applications.
- Dewar Flasks – Non-pressurized, open-neck containers that allow direct access to cryogenic liquids, commonly used in laboratory, research, and medical applications.
Due to the extreme thermal and pressure conditions involved, the fabrication, modification, and repair of cryogenic vessels must strictly comply with the original design codes and applicable regulations (such as ASME, PED, or other regional standards). Improper repairs can compromise vacuum integrity, structural strength, and operational safety.
Any repair, alteration, or refurbishment should be carried out by qualified personnel using approved welding procedures and inspection methods. All work must be properly documented and traceable, with records maintained throughout the service life of the vessel to ensure regulatory compliance, safety, and long-term reliability.
Cryogenic vessels are designed to store and transport cryogenic liquids at extremely low temperatures. Here are the main types:
- Cryogenic Tanks: Large, stationary tanks for bulk storage of cryogenic liquids like nitrogen, oxygen, and LNG, available in vertical or horizontal configurations.
- Cryogenic Dewars: Smaller, insulated containers used for storing cryogenic liquids, typically in laboratories or hospitals.
- LNG Storage Tanks: Specialized tanks for storing liquefied natural gas (LNG) at low temperatures and high pressures, including full containment and membrane types.
- Cryogenic Transport Vessels: Mobile tanks (road tankers, rail tankers, or ISO tanks) used for transporting cryogenic liquids over long distances.
- Cryogenic Pressure Vessels: These vessels are designed to store cryogenic liquids under high or very high pressure. They are used in industrial applications and hydrogen storage.
- Microbulk Vessels: Smaller tanks for intermediate storage and distribution of cryogenic liquids, typically used in industries needing steady, smaller supplies.
- Cryogenic Bins: Portable containers for storing smaller quantities of cryogenic liquids, often used in specific applications like cryopreservation or food freezing.
- Aerospace Cryogenic Tanks: Tanks for storing rocket propellants like liquid hydrogen and oxygen used in space missions.
Who are the leading Manufacturers of cryogenic Vessels?
The top 15 cryogenic tank manufacturers & cryogenic storage equipment suppliers are Listed in the Cryogenic Tank Market Report.
● Chart Industries
Chart Industries, Inc. is a leading independent global manufacturer of highly engineered equipment servicing multiple Energy and Industrial Gas market applications. Our unique product portfolio is used throughout the liquid gas supply chain to produce, store, distribute, and end-use atmospheric, hydrocarbon, and industrial gases. The chart has domestic operations across the United States and an international presence in Asia, Australia, Europe, and Latin America.
● Cryofab Inc.
Cryofab, Inc. is a cryogenics company and one of the critical cryogenic tank suppliers in the global cryogenic equipment marketplace. We manufacture and service cryogenic storage and accessories, offering custom and standard fabrications to customers worldwide. We offer a wide range of cryogenic containers: tanks, dewars, vessels, hoses, and valves of all sizes, allowing for the safe storage and transportation of all cryogenic gases. Our cryogenic dewars can store and transport liquid helium, argon, liquid oxygen, liquid nitrogen, liquid hydrogen, and liquid natural gas (LNG). Cryofab offers ASME, DOT, and PED products. Our in-house cryogenic engineering experts can assist with product development of OEM or private label fabrication of cryogenic tanks, whether it be prototype or production runs, for industrial, laboratory, medical, biotechnology, pharmaceutical, superconductivity, semiconductor, or even homecare applications.
● Cryogas Equipment Private Ltd
Cryogas Equipment Pvt. Ltd., based in India, is a prominent manufacturer and supplier of cryogenic tanks and systems. The company produces a variety of cryogenic storage solutions for the transportation and storage of industrial gases such as nitrogen, oxygen, and argon. Cryogas is known for its reliable, cost-effective cryogenic tanks that cater to industries like medical gas distribution, industrial gases, and research facilities. The company’s product offerings also include bulk cryogenic tanks, cryogenic valves, and vacuum-insulated piping.
● Cryoquip Australia
For nearly 75 years, Cryogenic Industries, Inc. and its member companies have manufactured engineered cryogenic equipment and small-scale process plants for the liquefied natural gas (LNG), well services, and industrial gas industries.
Cryogenic Industries is the parent company of Nikkiso ACD, Nikkiso Cosmodyne, and Nikkiso Cryoquip and a commonly controlled group of 20 operating entities, including Nikkiso Cosmodyne India (formerly Rhine Engineering), Nikkiso ACD Cryo (Europe), Nikkiso Cryoquip Australia, Nikkiso Cryoquip—U.K., and Nikkiso Cryogenic Industries Service Companies.
● Eden Cryogenics
Eden Cryogenics is a cryogenic tank manufacturer that specializes in cryogenic equipment. It offers engineering, design, and manufacturing of cryogenic and high-vacuum equipment, such as cryogenic vessels, helium refrigerators, cryopumps and cryopump systems, heat exchangers, cryogenic compressor skids, cryogenic test systems, cryostats, vacuum-insulated piping, and custom-engineered systems. The Company also provides a line of cryogenic valves, couplings, and filters. It serves energy, laboratory, and aerospace facilities.
● FIBA Technologies
FIBA Technologies, Inc. is a leading global gas containment equipment and services provider for industrial gas, chemicals, speciality gas, offshore oil and gas exploration, and alternative fuel industries. Founded in 1958, FIBA is continually focused on its goal of providing safe, technologically advanced, and superior products to its customers on time. As markets needing cryogenic equipment and services expand, we remain committed to delivering excellence and pushing the industry forward.
● Gardner Cryogenic
Gardner Cryogenics designs and manufactures high-performance, highly reliable, long-lasting storage tanks used to transport hydrogen and helium molecules around the globe. With more than five decades of experience, Gardner provides customers with industry-leading technology, enabling them to move and store molecules with near-zero loss cost-effectively. The unique technology developed by Gardner provides the lowest heat leak for the highest yield when transporting, storing, and transferring helium and hydrogen.
Our experienced team of cryogenics experts works with our customers to leverage our technology to meet their specific storage, transportation, and budget needs.
● Linde AG
Linde AG, an international technology company, operates in two business segments: Gas and Engineering and Materials Handling. The company produces industrial and medical gases, develops plants for gas production, and is one of the world’s biggest manufacturers of industrial trucks. In 2004, Linde exited the refrigeration business, Europe’s market leader.
● Suretank Group Ltd
Founded in 1995 in Co. Louth, Ireland, Suretank is a leading engineering solutions company with 27+ years of experience designing and manufacturing certified products, services, and solutions.
As one of the leading cryogenic tank suppliers, Suretank provides modular solutions (OSM), offshore tank and container solutions, and bespoke pressure vessel solutions for the energy, marine, infrastructure, and industrial sectors.
● VRV SpA
VRV S.p.A. designs and manufactures pressure cryogenic equipment for chemical, petrochemical, power, and cryogenic industries.
The Cryogenic Division engages in the design and manufacture of cryogenic equipment for the transport, storage, and distribution of liquefied technical gases, such as nitrogen, oxygen, argon, LNG (natural gas), hydrogen, and other hydrocarbons for use in industrial, healthcare, electronics, food, energy, and environmental applications. It offers standard cryogenic bulk storage tanks, shop-built engineered storage tanks, site-built custom-made storage tanks, cryogenic distribution equipment, micro bulk cryogenic tanks, ambient air vaporizers, nitrogen tanks, cryo solutions, turnkey systems, liquid helium dewars and tanks, homecare medical systems, and vacuum insulated piping.
● Wessington Cryogenics
Wessington Cryogenics is an engineering-led, solutions-driven, and customer-focused Manufacturer of cryogenic vessels.
Founded in 1984, this UK-based Company provides small tanks for industrial and medical research applications. Almost 40 years and tens of thousands of tanks later, Wessington now operates from a 70,000-sq.-ft. facility with 130+ employees who deliver vessels worldwide.
● Nikkiso Cryoquip
Nikkiso Cryoquip, part of the Nikkiso Cryogenic Industries group, specializes in manufacturing cryogenic equipment for various industries, including LNG, industrial gases, and energy. The company provides highly reliable, cost-effective cryogenic storage and transportation solutions, including cryogenic pressure vessels, bulk storage tanks, and vaporization equipment. Nikkiso Cryoquip is committed to delivering safe and efficient cryogenic products, offering both off-the-shelf and customized solutions to meet the specific needs of its global customer base.
● Air Products and Chemicals, Inc.
Air Products and Chemicals, Inc. is a major global player in the industrial gases sector, providing cryogenic equipment for the storage and distribution of gases like oxygen, nitrogen, and hydrogen. The company’s cryogenic tanks and vaporizers are used across various industries, including healthcare, manufacturing, food and beverage, and energy. Air Products is known for its technological innovation and commitment to sustainability, delivering solutions that ensure safe, efficient, and cost-effective cryogenic storage and transportation.
● Taylor-Wharton
Taylor-Wharton is a long-established manufacturer of cryogenic equipment and pressure vessels. The company specializes in producing cryogenic tanks and dewars for medical, industrial, and laboratory applications. Taylor Wharton’s products are designed to meet rigorous safety standards, with a strong focus on reliability and durability. Their cryogenic solutions include liquid nitrogen tanks, oxygen tanks, and helium dewars. They have a reputation for offering high-quality, customizable products.
● Messer Group
Messer Group is a global industrial gas supplier, providing a range of cryogenic products and solutions for industries like healthcare, food and beverage, and energy. Messer offers a wide selection of cryogenic tanks, vaporizers, and other equipment for storing and transporting industrial gases. With a focus on providing reliable and sustainable solutions, Messer Group serves customers worldwide, helping them meet the growing demand for efficient cryogenic storage and distribution systems.
The organization offers many products, including bulk storage tanks, liquid helium dewars, self-pressurizing vessels, cryogenic equipment, ISO containers, and road tankers. It also offers an ever-increasing range of services, including custom designs, repairs, and refurbishments, as well as the provision of spares and accessories.
A cryogenic tank manufacturer with a proud pedigree of engineering innovation, Wessington’s special projects are amongst some of the most interesting in the cryogenics field. These include bespoke vessels for use in particle physics, ‘Around the World’ ballooning records, hydrogen, and other green energy cryogenic applications.
How to Evaluate a Cryogenic Vessel Supplier (2026 Buyer Checklist)
- ASME / PED certification
- Welding procedure qualification records (WPQR)
- NDT and vacuum testing capability
- Hydrogen compatibility (if applicable)
- Heat leak rate performance
- Vacuum retention performance
- Insulation system (perlite vs MLI)
- Shop-built vs site-built capacity
- ISO tank fabrication capability
- Microbulk production capacity
- Turnkey system integration
- Spare parts availability
- Field service engineering
- Re-vacuum and refurbishment capability
- Regulatory documentation traceability
Market Outlook: LNG & Hydrogen Driving Growth
The 2026 cryogenic vessel market is heavily influenced by LNG export expansion, hydrogen refueling infrastructure growth, semiconductor manufacturing development, carbon capture liquefaction projects, and aerospace cryogenic applications.
Hydrogen storage is reshaping cryogenic pressure vessel design requirements, emphasizing embrittlement resistance, permeability control, and ultra-low heat ingress.
Conclusion
Cryogenic vessels are mission-critical assets in energy, healthcare, industrial gas, and aerospace sectors. As global energy systems evolve toward LNG and hydrogen, demand for compliant, thermally efficient, and mechanically robust cryogenic storage systems will continue to rise.
Selecting the right cryogenic vessel supplier requires evaluation beyond price—engineering pedigree, code compliance, thermal performance, and lifecycle service capability are decisive factors.
No comment