Cryogenics is the field of technology focused on producing, storing, and applying materials at ultra-low temperatures, typically below -160°C. At OPW CES, high-quality cryogenic solutions are foundational to clean energy, life sciences, and aerospace innovation.
Derived from the Greek word “Kryos” (cold), cryogenics involves the liquefaction of gases for transportation, storage, and specialized industrial use. Key cryogenic gases include:
Each gas liquefies at a specific temperature—helium at -269°C, oxygen at -183°C—requiring precise engineering and handling.
Cryogenic systems use several physical methods to reach ultra-cold states:
These techniques enable applications such as superconductivity, liquefied natural gas (LNG) storage, and hydrogen fueling infrastructure.
With brands like Demaco, CPC Cryolab, and Acme Cryogenics, OPW CES brings together a legacy of cryogenic expertise. Our capabilities include:
OPW CES COMBINES CRYOGENIC LEADERSHIP FROM MULTIPLE SPECIALIZED BRANDS:
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Cryogenics 101: Understanding the Science, Applications, and Safety of Ultra-Cold Technologies”
By the 19th century, cryogenics became more widely known, as by then more and more gases could be successfully liquefied.
It all began back in 1877 when Callietet and Pictet succeeded in liquefying oxygen. Experiments were in full swing around that time, and soon liquid versions of other gases appeared. For example, in 1884, hydrogen was the first gas to be converted to mist. In 1862, Sir James Dewar developed a vacuum-insulated vessel to store cryogenic liquids, making it easier to work with liquefied gas. In the following years, experts succeeded in liquefying an increasing number of gases, including the last in line, helium. The liquid form of this gas was first used in 1908.
Meanwhile, more and more industries discovered the usefulness of cryogenic technology. In 1961, for example, cryosurgery was first practiced in the United States. Scientists found that slow cooling could destroy unhealthy human tissue. In the United States, liquid nitrogen was used for this purpose, and a few years later, physicians in South Africa also used the method there. In South Africa, however, nitrous oxide was used instead of liquid nitrogen.
The aerospace industry also introduced cryogenic technology in the 20th century. In 1961, the American Atlas-Centaur rocket used liquid hydrogen and liquid nitrogen for the first time in the space program. This event is considered a significant milestone in cryogenics and immediately led to large-scale liquid hydrogen production for similar projects.
The medical and aerospace industries are just examples of sectors where cryogenic technology has been in use for a long time already. Cryogenics has also, for a long time, taken a prominent role in scientific research, the marine industry, and the mass production of liquefied gases in air separation units.
Our technologies optimize industrial gas production and distribution for enhanced efficiency.
We champion eco-conscious practices within the Industrial Gas and cryogenics industry to reduce environmental impact.
Our products and solutions enable the industry to operate with a reduced carbon footprint while maintaining precision and reliability.
High-quality cryogenic solutions are pivotal in driving the growth of liquid hydrogen as a clean and sustainable energy source for diverse applications, including transportation, industrial, and residential/commercial fueling.
As a foremost provider of mission-critical cryogenic products and services, we lead the way in enabling the production, storage, and distribution of cryogenic liquids and gases. We are committed to forging a path toward a greener and more sustainable future.
LNG represents a promising frontier in the global transition to high-quality, cleaner energy solutions. We not only embrace this potential but also pioneer advanced solutions that cater to the current needs while proactively addressing future challenges.
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