While a look at cryogenic equipment reveals a vast field of possibilities, there is at least one sure thing that can be asserted: the quality of cryogenic products is directly related to their safety and their efficiency.
Cryogenics is the area of study related to very low temperatures (colder than those achieved with conventional refrigeration equipment). This field is increasingly in the spotlight because of the growing demand for cryogenics across a number of industries. This translates into a growth of about 6.4% CAGR between the years 2020 and 2025 for cryogenic equipment, according to figures by PRNewsWire.
In such a context, choosing the right cryogenic supplier can make a huge difference in terms of the quality and reliance of cryogenic equipment. Keep reading to find out about key strategies to pick the right cryogenic manufacturer.
Cryogenic equipment refers to a specialized category of machinery designed to handle and operate in extremely low-temperature environments (typically at temperatures below -150 degrees Celsius or -238 degrees Fahrenheit).
Cryogenic equipment is used across various industries, where extremely cold temperatures are required. This includes:
Here are some of the most common pieces of cryogenic equipment:
Cryogenic storage tanks: these insulated containers are designed to store and transport cryogenic liquids and can involve low-pressure, flat-bottom storage or pressurized storage.
Cryogenic piping: in charge of transferring cryogenic substances, they include extremely sophisticated cryogenic equipment such as jacketed piping systems.
Cryogenic valves: these specialized valves control the flow of cryogenic liquids and gasses while maintaining their low temperatures.
Cryogenic freezer: in charge of generating and maintaining cryogenic temperatures for various applications.
Cryogenic pumps: these are designed to transfer cryogenic liquids efficiently and safely.
Cryogenic compressors: their roles is to increase the pressure of cryogenic gasses, enabling them to be stored or transported more efficiently.
The choice of a cryogenic supplier is crucial for several important reasons, including the ability to prioritize safety in the design and manufacturing of products.
This choice can also make a difference in terms of economic costs, as a reputable cryogenic supplier will be able to provide cryogenic equipment that is well-engineered, durable, and less prone to breakdowns, which in turn minimizes costly downtime and maintenance.
All in all, here are some crucial aspects to consider when picking a cryogenic manufacturer:
Can the cryogenic supplier provide proof of complying with national and international standards? These include ISO 9001 (international standard certification for efficient management systems), ISO 14001 (international standard certification for environmental management), ISO 45001 (occupational health and safety management systems), RINA (classification certification for quality and logistics management), Lloyd (maritime certification for ships and quality assurance) and DNV GL ( international certification for compliance of different companies).
Are they able to supply the latest, high-quality cryogenic technology? Modern cryogenic equipment is more reliable, efficient and environmentally friendly, and the right cryogenic supplier should be able to provide it.
Can they demonstrate expertise in cryogenic safety and provide personal safety kits?
Do they have extensive experience as a cryogenic equipment supplier? A proven-track record to back up claims can make a difference in several complex procedures, including transportation solutions.
At Cryospain, we’re committed to helping companies access the highest quality cryogenic equipment, ensuring the cryogenic products they acquire are the perfect fit for their project.
As such, we take care of the process as a whole (from design to manufacturing and delivering turnkey projects), so that each potential challenge or personalization opportunity can be addressed.
This attention to detail has turned our company into a leading cryogenic supplier where innovative technical cryogenic equipment meets high-quality service and decades-long expertise.
Our top-of-the-line cryogenic tanks and cryogenic piping initiatives are durable, versatile, and long-lasting and our operations are internationally certified. This is paired up our high-tech cryogenic engineering facilities and equipment and a reputable team of experts.
Looking for the right cryogenic equipment for your project? Look no further. Get in touch with us and speak with our team about how we can help you.
A cryotank or cryogenic tank is a tank that is used to store material at very low temperatures.
The term “cryotank” refers to storage of super-cold fuels, such as liquid oxygen and liquid hydrogen. Cryotanks and cryogenics can be seen in many sci-fi movies, but they are still currently undeveloped. All that needs to be done is for a human to be loaded into the tank and then they can be frozen until a time comes when any diseases they have can be cured and they can live an even longer life. This could also be used in space travel and just preserving human life in general. The problem with this is when the human body is frozen, ice crystals form in the cells. The ice crystals then continue to expand rupturing the cell wall and destroying the integrity of the cell, or killing it.
This means in order for humans to undergo the cryogenic process a way to significantly raise the levels of glucose produced in the human body is needed.
Cryogenic tanks are used to store natural gases such as oxygen, argon, nitrogen, helium, hydrogen and other materials. Tanks can store the materials at the correct temperature and pressure for transportation.
How are cryogenic liquids stored?
Cryogens should be stored in containers specifically designed to house them. The containers should be insulated and double walled. Store all cryogenic liquid containers upright in well- ventilated areas. Handle them carefully, and avoid dropping, rolling or tipping them on their sides.
How do cryogenic storage tanks work?
The space between the inner and outer vessel, containing several inches of insulating material maintained in a vacuum. The vacuum and insulating material help to reduce heat transfer and thereby reduce the boil-off of the liquid oxygen, liquid nitrogen or liquid argon stored within the vessel.
The presentation starts with what a Cryogenic container is, goes to the Applications of where it can be used. The presentation is concluded by the advantages of Cryogenic tanks.
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