More from the barrel - article from PTQ 2021 Catalysis issue
Article in PTQ Catalysis 2021 issue
Article More from the barrel - article from PTQ 2021 Catalysis issueThe growing interest in processing heavy oils with high nitrogen content has created a need for pretreatment catalysts with even higher hydrodenitrogenation (HDN) and hydrodesulfurization (HDS) activity. Without such pretreatment, organic nitrogen compounds would poison downstream hydrocracking catalysts and drive up costs by negatively impacting not only conversion and yield structure but also cycle length and product properties.
Proprietary HySwell™ and HyBRIM™ technologies enable Topsoe’s hydrocracker feed pretreatment catalysts to deliver unmatched high activity for HDS and, in particular, HDN. As the high activity protects the downstream hydrocracking catalyst, a lower catalyst density – thanks to improved utilization of active metals and modified carriers – reduces fill costs, amounting to significant savings for your refinery.
Article in PTQ Catalysis 2021 issue
Article More from the barrel - article from PTQ 2021 Catalysis issueThis article shows how Topsoe's research has played a key role in enhancing the performance of hydrocracking in refining industry.
Article Discovering hydrocracking units potential with pretreat and tailored hydrocracking catalystsTopsoe’s new alumina-supported catalyst, TK-6001 HySwell™, rivals the activity of bulk-metal catalysts at a fraction of their cost.
Leaflet Unbeaten hydrotreating activity delivers increased profitabilityAll recycle hydrocracking processes are subject to adverse effects caused by the formation of Heavy Poly-Nuclear Aromatic (HPNA) compounds. HPNA’s are high molecular weight condensed aromatic molecules containing greater than 7 benzene rings and boiling above 500°C.
Leaflet New solution to HPNA management in hydrocrackersGrowing interest in processing heavy oils with high nitrogen content has created a need for pretreatment catalysts with higher HDN and HDS activity
Article Handling complex hydrocarbon molecules