Fullcryo participated in ICEC30/ICMC 2026 in Daejeon, South Korea, from June 22 to 26, 2026, bringing its cryogenic engineering, hydrogen liquefaction, helium refrigeration, and liquid hydrogen technologies to one of the international cryogenic industry’s major technical events.
The 30th International Cryogenic Engineering Conference and International Cryogenic Materials Conference (ICEC30/ICMC 2026) brought together researchers, engineers, equipment manufacturers, technology developers, and industrial users working across cryogenic engineering and materials science.
Fullcryo exhibited at Booths #13 and #14, where its technical and business teams engaged with professionals from the cryogenic, hydrogen, industrial gas, superconducting, and scientific research sectors.
ICEC30/ICMC 2026 was held at the Daejeon Convention Center in Daejeon, Korea. The conference was organized by the Korean Society of Superconductivity and Cryogenics and focused on recent developments in cryogenic engineering and cryogenic materials.
The technical program covered a wide range of applications and technologies, including:
The program included dedicated sessions on large-scale refrigeration and liquefaction as well as hydrogen and LNG systems, reflecting the growing importance of advanced cryogenic technologies in energy, scientific research, and industrial applications.
At ICEC30/ICMC 2026, Fullcryo introduced its capabilities in the development and integration of advanced cryogenic systems.
The company’s technology portfolio covers several key areas of the cryogenic industry, including:
Liquid hydrogen requires highly efficient refrigeration and heat-exchange processes to reduce hydrogen to approximately 20 K.
Fullcryo develops cryogenic solutions for hydrogen liquefaction and liquid hydrogen infrastructure, supporting applications involving hydrogen production, storage, transportation, and utilization.
As hydrogen energy infrastructure continues to expand, large-scale and energy-efficient hydrogen liquefaction technologies are becoming increasingly important for the development of liquid hydrogen supply chains.
Helium refrigeration is an important enabling technology for applications requiring temperatures significantly below the liquid nitrogen temperature range.
Fullcryo provides customized helium refrigeration and helium liquefaction solutions covering temperature ranges from 20 K to 2 K and below, depending on the application and required cooling conditions.
These systems can support applications including superconducting technologies, scientific research facilities, particle accelerators, fusion research, and other ultra-low-temperature applications.
Beyond individual refrigeration units, Fullcryo provides integrated cryogenic engineering solutions covering equipment design, manufacturing, system integration, and project implementation.
Its technology areas include:
This integrated approach enables cryogenic systems to be designed around specific operating temperatures, cooling capacities, gas properties, process requirements, and site conditions.
The development of the hydrogen economy is closely connected to advances in cryogenic engineering.
Hydrogen has a boiling point of approximately 20 K at atmospheric pressure, which means that liquid hydrogen production requires refrigeration technologies capable of operating at extremely low temperatures.
Cryogenic technology is therefore involved in several stages of the liquid hydrogen value chain, including:
Hydrogen production → purification → liquefaction → storage → transportation → fueling and utilization
Efficient liquefaction and reliable cryogenic storage can help reduce losses and improve the practicality of transporting hydrogen over longer distances.
This makes hydrogen liquefaction, cryogenic storage, insulation, heat exchange, refrigeration cycles, and transfer systems important areas of technology development as global hydrogen infrastructure evolves.
Fullcryo has developed cryogenic technologies for industrial gases, hydrogen energy, scientific research, and other low-temperature applications.
The company has also participated in the development of China’s civilian liquid hydrogen demonstration infrastructure, covering multiple stages of the liquid hydrogen value chain, including liquefaction, storage, transportation, and fueling.
Through continued development of large-scale hydrogen liquefaction, helium refrigeration, ultra-low-temperature systems, and cryogenic engineering technologies, Fullcryo aims to provide solutions for increasingly demanding applications in energy, research, and advanced manufacturing.
Participation in ICEC30/ICMC 2026 provided Fullcryo with an opportunity to exchange technical knowledge with researchers, engineers, equipment suppliers, and end users from different parts of the world.
The event also highlighted an important direction for the cryogenic industry: the convergence of cryogenic engineering, hydrogen energy, superconductivity, advanced materials, and scientific research.
For cryogenic equipment manufacturers and technology providers, this convergence is creating new requirements for refrigeration efficiency, system integration, temperature control, reliability, and large-scale engineering.
The rapid development of hydrogen energy, superconducting technologies, fusion research, quantum science, and advanced industrial applications is creating new demand for reliable cryogenic systems.
Future cryogenic engineering will require not only lower temperatures, but also:
Fullcryo will continue developing cryogenic technologies for hydrogen liquefaction, helium refrigeration, ultra-low-temperature applications, and integrated cryogenic engineering.
By combining cryogenic process expertise with equipment manufacturing and system integration capabilities, Fullcryo is working to support the next generation of hydrogen and low-temperature technologies.
Fullcryo is a cryogenic technology company specializing in the development, manufacturing, and integration of cryogenic equipment and systems.
Its technology areas include hydrogen liquefaction, helium refrigeration, helium liquefaction, air separation, cryogenic storage, liquid hydrogen infrastructure, and ultra-low-temperature engineering.
Fullcryo serves customers and research organizations across industrial gases, hydrogen energy, scientific research, superconductivity, and other advanced technology sectors.
