Who We Are
According to the mission at the beginning, IMTEK has been and is contributing to the domestic economy by carrying out solid R&D activities and production on cooling systems, cryogenic liquid plants and customer-specific engineering solutions. Based on a 30-year-experience on the field, numerous projects have been accomplished successfully. IMTEK Cryogenics has always been an expanding and creative engineering company looking to a bright future.
30 years experience is catalyzing
The idea behind cryoplants is simple: to bring the easy, intelligent and user friendly operation next to you. CNP 60 is the first member of cryoplants providing high performance LN2 production requiring low maintenance operations. Then, the-modularly-designed CNP 120 appeared which has the capacity of 120 lt/day originally and expandable up to 240 lt/day.
In addition to the batch production cryoplants, their labstation versions, CNP/CNLab 10 and CNP/CNLab 20 were designed for applications where only small volumes of LN2 are required at a time. Along with the cryoplants, IMTEK also supplies compact and easy-to-use nitrogen and oxygen generators: NG-3 and OG-1.
All the products arrive as a plug-and-use system as a fully integrated design which makes the cryogenics as simple as one-button-operation. This simplicity allows the usage of cryoplants and gas generators in the research laboratories, in vitro fertilization (IVF) centers, clean rooms and many more environments.
Simply, make the electrical connections and start producing your own cryogens!
The treated dry and clean air with a dew point of -70 °C flows to one of the adsorber beds of the Pressure Swing Adsorption (PSA) module. The carbon molecular sieve in PSA beds adsorbs the oxygen and carbon dioxide molecules in the dry air. After the saturation of the first adsorption bed, feed flow process valves are switched to the second adsorption bed. Then, the first adsorption bed is depressurized rapidly and purged to remove the adsorbed oxygen. By continuing the switching between the two adsorption beds, a constant flow of pure nitrogen gas is achieved. Therefore, by the PSA technology utilized in cryoplants, nitrogen gas at the correct purity level is provided to liquefier. This pure nitrogen gas, then, is exposed through the buffer tank to the cryocooler that is located vertically in a cryogenic storage vessel.
BE A PART OF AN EXPANDING AND CREATIVE ENGINEERING COMPANY!
Simply review the open positions and submit your CV to the one fits best to your interest and background.