SAES Pure Gas signs licensing agreement with Chemical Design Inc.

SAES Pure Gas signs licensing agreement on Hydrogen Cryogenic Purification Technology with Chemical Design Inc.

San Luis Obispo, CA, April 6, 2016.
SAES Pure Gas Inc, the world leading supplier of Ultra-High-Purity gas purification equipment, announced today the signature of a technology licensing agreement with Chemical Design Inc (CDI) for cryogenic hydrogen purification. "We are thrilled about the opportunity of working with CDI in this field of hydrogen purification that was missing from our hydrogen purifier technology portfolio" comments Tim Johnson, SAES Pure Gas CEO. Tim goes on to explain that "Chemical Design Inc has a long established expertise in industrial cryogenic hydrogen purification with a significant installed base of cryogenic purifiers in many countries worldwide. Combining CDI's sound experience and SAES Pure Gas' Ultra-High-Purity gas purification expertise we embrace the opportunity to service the rapidly growing hydrogen market. This technology addition means SAES Pure Gas now has the largest portfolio of hydrogen purifiers in the world, which include cryogenic, palladium membrane, adsorber, and getter technologies. So, SAES Pure Gas can offer the optimum solution to the customer, depending on their specific requirements."

About SAES Pure Gas
SAES Pure Gas, Inc., a member of the SAES Group, is the world leader in gas purification technology. SAES Pure Gas develops ultra-high pure gas-handling equipment, supplying gas purifiers for a wide range of bulk and specialty gas applications. Their innovative gas purification solutions are applied in several different industrial segments such as: Microelectronics, Compound Semiconductor, Display Industry (LCD, OLED), Fiber optics, Solar and Photovoltaic.

About Chemical Design Inc.
Since 1959, Chemical Design, Inc. has applied innovative techniques to separation and purification in many different industries, including Air Separation, LNG Production, Chemical and Refining, Hydrogen Recovery, Polycrystalline Silicon, and Electronic Gases. These technologies are supplied as completely assembled plant modules, which can be shipped worldwide.