Inauguration Of Arkema’S New Specialty Molecular Sieve Production Capacities At Honfleur

Inauguration of Arkema’s new specialty molecular sieve production capacities at Honfleur

26-Apr-17

Arkema's new specialty molecular sieve capacity has been unveiled at the Honfleur plant. This new plant will enable the Group to support its customers’ growth in the refining and petrochemicals markets, in particular in Asia and the Middle East. This investment of some €60 million supports the development of the High Performance Materials segment, represents one of the Group’s growth drivers, and consolidates its n° 2 world ranking in molecular sieves.
Arkema is the world’s second largest producer of molecular sieves. These products are used for their adsorption and dehydration properties, primarily in industrial gases and in some petrochemical plants, as well as in health (medical oxygen), construction, and pharmaceutical packaging applications.

The inauguration on the Honfleur site marks the official launch of the doubling of capacity for Arkema’s specialty molecular sieves dedicated to aromatics separation in petrochemicals, in particular xylene separation. The new facility will enable Arkema to support its customers’ growth in the refining and petrochemicals markets, in particular in Asia and the Middle East, supplying the synthetic textile and PET bottle end-markets. This new unit demonstrates Arkema’s expertise in specialty molecular sieves, while consolidating the IFPEN (IFP Energies nouvelles) / Axens / Arkema cluster of excellence in France for the supply of innovative technologies and solutions.
Representing an investment of some €60 million, this capacity extension concerns two ultra high performance molecular sieve plants producing in particular the latest generation Siliporite® SPX 5003. The plants came on stream in line with the planned timetable.

In line with the Group’s progress drive, the best available techniques chosen for these new facilities enabled to develop a new technology to optimize the recycling of the plant’s effluents. Furthermore, by using digital technologies, ergonomics and working conditions matters could be addressed from the project’s design phase.