TECNOCRYO | 28 April 2026
Italian engineering excellence in Satu Mare: Tecnocryo powers the new industrial gas hub in Romania
TECNOCRYO | 28 April 2026
Tecnocryo is proud to announce the completion and official opening of a new state-of-the-art gas filling station, built for Întreprinderea de Oxigen S.R.L.. The facility is located in Satu Mare, Romania.
As a strategic technical partner, Tecnocryo oversaw the entire construction process, from engineering design to final installation, of the pumping, vaporisation and bottling systems. This investment, financed entirely by Romanian capital, has established itself as a cornerstone of the region’s industrial infrastructure. Furthermore, it has further strengthened the link between Italian technological innovation and local economic development.
The client wanted to create a highly versatile plant capable of simultaneously handling a wide range of industrial gases (oxygen, nitrogen, argon, CO₂ and helium). The primary requirement was to ensure the highest levels of product purity and safety standards, without compromise.
The project also required an integrated design across a 1-hectare industrial site. Within this site, the management of logistics flows had to be seamlessly integrated with liquid storage and high-pressure compression operations.
Our team of engineers has therefore developed a bespoke system, designed to maximise productivity and, above all, ensure operational continuity:


The opening ceremony took place in the presence of regional political authorities and industry leaders. The event marked the start of a new phase in the industrial development of north-western Romania.
The collaboration between Tecnocryo and Întreprinderea de Oxigen has given rise to a “pioneering” plant, destined to become a regional benchmark. This achievement is a direct testament to the ability of Italian engineering to support far-reaching international business visions.


Location: South Industrial Park, Satu Mare
Capacity: full range of industrial gases
Technology: integrated compression from cryogenic liquid to gas