Sabic Global Technologies B.v.

Saudi Basic Industries Corporation

Sultan Al-Otaibe

Heinz Bölt

Mohammed Bismillah Ansari

Guillermo Canelon Leal

Shahid Azam

Andreas Meiswinkel

Wolfgang Müller

Anina Wöhl

Vijay Dinkar Bodas

Fuad Mosa

Richard Schneider

Volker Göke

Carsten Taube

Peter Fritz

Systems and methods of dehydrogenating a hydrocarbon in a fixed bed dehydrogenation unit. A method for dehydrogenating a hydrocarbon is applied to a fixed bed reactor. The hydrocarbon flows to a fixed bed reactor to be dehydrogenated in presence of a catalyst in the fixed bed reactor. The catalyst in the fixed bed reactor is then regenerated. The period for dehydrogenation, the period for catalyst regeneration and the period for total slack time are controlled such that total slack time is less than both half of the period for dehydrogenation and half of the period for regeneration. One of the advantages of the process comes from optimization of the slack time, thereby increasing the catalyst utilization rate and number of reactors concurrently online.

Programmable logic controller in dehydrogenation process

Described is a process for producing field butane. The process includes increasing the n-butane concentration in field butane. The process may include a concentration process that includes distillation and a thermal cracking process.

Process for N-butanizing field butane feedstock to thermal crackers

A process for producing natural gasoline. The process includes increasing the n-pentane concentration of debutanized natural gasoline. The process may include a first concentration process that includes distillation and a second concentration process that includes simulated moving bed adsorption.

Process for npentanizing debutanized natural gasoline feedstock to thermal crackers

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Riyadh, Saudi Arabia

Sultan Al-Otaibe