Webinar Replay - Nov 2021
High selectivity catalyst is definitely the move to achieve CO2 emissions reduction while maintaining or increasing operation profitability. Axens integrated offer, including catalyst performance, strong technology know-how, industrial feedback, R&D and digital solutions provides the most complete and efficient respond to refiners interests.
Thank you for your interest. Please fill in the form to watch the replay of this video.
Juan PEREIRA DE LA RIERA
Technologist, Light Ends Hydrotreatment, Axens
Juan PEREIRA DE LA RIERA is a technologist in charge of technical proposals and technical assistance for Prime-G+® and Naphtha Hydrotreatment technologies. He started his career in the petroleum industry in 2006, first as a Junior Process Engineer and then as a Senior Process Engineer at Foster Wheeler France. In 2013 he joins Axens process department. Since 2017 he holds his current position of technologist. He holds a Master Degree in Refining, Engineering and Gas from the IFP School (Rueil Malmaison, France).
The combination of Prime-G+™ and GT-BTX PluS® offers a unique solution to reduce octane loss to a very low level for the gasoline pool. On the other hand, it provides refiners the option of converting FCC gasoline into petrochemical products – BTX and additional propylene.
FCC Gasoline Selective Desulfurization Catalysts
Meet ultra-low-sulfur targets in gasoline, including in Axens Prime-G+® units.
Developed for Axens Prime-G+® technology, the catalytic system is based on a selective hydrogenation (SHU) catalyst associated to selective hydrodesulfurization (HDS) catalysts.