Hydrocracking | Renewables co-processing in hydrocracking

As you plan your transition into the renewable era, it’s important to effectively identify and leverage the production units that best align with your co-processing goals, and to determine the impact that renewable processing will have on your hydrocracking unit’s operation, product quality, and yield.

As the global leader in renewable hydroprocessing solutions, we possess the knowledge, technologies, and support structure needed to quantify your renewable output potential, and optimize your renewable co-processing capabilities accordingly. We’re committed to acting as first-movers within the renewables industry, and with our best-in-class catalysts and unbeatable expertise as the foundation, your existing refinery can successfully implement a high-performance operation, processing greater feedstock volumes to deliver optimal yield and properties.

The result is nothing less than the ability to position your business as a leader in the transition from fossil-hydrocarbon utilization to sustainable long-term production, without jeopardizing the stability, integrity, or safety of your hydrocracking operation.

Applications within this area

Flexible operation

A profound understanding of catalyst kinetics and hydrocracking processes enables Topsoe to provide hydrocracking units that meet any market need – meeting all the requirements.

Hydrocracker feed pretreatment

Proprietary BRIM® and HyBRIM™ technologies enable Topsoe’s hydrocracker feed pretreatment catalysts to deliver unmatched high activity for HDS and, in particular, HDN.

Maximum middle distillate yield

The hydrocracker is one of the most proﬁtable units in your refinery. Even unconverted oil from your hydrocracker can serve as a high-quality feedstock for lube oil plants, fluid catalytic cracking (FCC) units or steam crackers.

Mild hydrocracking

Topsoe_Icon_RGB_Communities-1

Submit request

Hydrocracking | Renewables co-processing in hydrocracking

Related Downloads

Related Videos

Applications within this area