by Cryospain | Jun 3, 2022 | CRYOGENIC ENGINEERING
Methanol (fuel for ships) has gained a large number of followers in the maritime transport industry, currently engaged in searching for environmentally friendly options. In the transition from models based on fossil fuels, today there is an ongoing debate in which...
by Cryospain | May 23, 2022 | CRYOGENIC ENGINEERING
Compressed hydrogen stands at the center of a revolution that is taking the transport industry and other sectors by storm. However, the lack of storage solutions for this substance and cryo hydrogen have long remained one of the key obstacles for this...
by Cryospain | May 6, 2022 | CRYOGENIC ENGINEERING
The uses of nitrogen are expanding as progress is made in the possibilities for efficient storage and transport of this substance, at the same time as new industries are developed. Cryospain analyses the industrial use of nitrogen in its cryogenic version in...
by Cryospain | Apr 29, 2022 | CRYOGENIC ENGINEERING
The possibility of developing an efficient hydrogen fuel tank lies at the heart of facilitating greener, more sustainable long-distance heavy transportation. However, in order to advance in this direction, companies must have access to cost-efficient and safe...
by Cryospain | Apr 20, 2022 | CRYOGENIC ENGINEERING, PLANTS AND STATIONS, TAILOR-MADE EQUIPMENT
Cryogenic industrial solutions refer to a collection of tools, equipment and services that allow companies to effectively employ and manage cryogenic substances. Cryogenic temperatures and substances require certain specialized infrastructure that will preserve...
by Cryospain | Apr 12, 2022 | CRYOGENIC ENGINEERING
The development of more powerful technologies has made it possible to generate ultra high vacuum spaces, taking high vacuum one step further. In this post, we analyse what exactly ultra high vacuum is and the main applications of ultra high vacuum chambers. What is...
