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The Radioactive Particle Tracking (RPT) technique was used to study agglomerates behavior inside a cold flow recirculating fluidized bed with internals (known as sheds), mimicking the stripper baffles of a Fluid Coker™. A higher fluidization gas velocity increases the time that agglomerates spend above the sheds and reduces the time spent in the shed zone and below the sheds, which is highly desirable...
A radioactive particle tracking (RPT) technique was used to study the effect of the size and density of an agglomerate on its interactions with internal baffles in a fluidized bed, mimicking the stripper sheds of a Fluid Coker TM . Dense agglomerates (mimicking Fluid Coker agglomerates with a high liquid concentration) have a lower residence time in the stripper section of the reactor than...
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