KIMM Initiates a Giant Leap in the Development of Technologies for Storing Alternative Energy Sources by Developing, for the First Time in the Country, a Cryogenic Turboexpander Capable of Cooling Gases to Temperatures as Low as -183 Degrees Celsius

Credit: Korea Institute of Machinery and Materials (KIMM)

The research team of the KIMM’s Department of Energy Storage Systems, developer of a cryogenic turboexpander capable of cooling gases to temperatures as low as -183 degrees Celsius (from the right, Principal Researcher Hyung-Soo Lim, Principal Researcher Jeong-Min Seo, and Senior Technician Young-Cheol Lim

« KIMM Initiates a Giant Leap in the Development of Technologies for Storing Alternative Energy Sources by Developing, for the First Time in the Country, a Cryogenic Turboexpander Capable of Cooling Gases to Temperatures as Low as -183 Degrees Celsius

Credit: Korea Institute of Machinery and Materials (KIMM)

Principal Researcher Hyung-Soo Lim of the KIMM’s Department of Energy Storage Systems (left) is giving an explanation of the cryogenic turboexpander for air liquefaction.

« KIMM Initiates a Giant Leap in the Development of Technologies for Storing Alternative Energy Sources by Developing, for the First Time in the Country, a Cryogenic Turboexpander Capable of Cooling Gases to Temperatures as Low as -183 Degrees Celsius

Credit: Korea Institute of Machinery and Materials (KIMM)

Photograph of a cryogenic turboexpander for liquefying air

« KIMM Initiates a Giant Leap in the Development of Technologies for Storing Alternative Energy Sources by Developing, for the First Time in the Country, a Cryogenic Turboexpander Capable of Cooling Gases to Temperatures as Low as -183 Degrees Celsius

Expert Pitch

Expert Query

Expert Directory