Hydrocracking Process Flowsheets & Simulations
Explore 2 validated, solved Hydrocracking simulation flowsheets in MaximaLabs — real components: n_dodecane, n_octane, n_butane, n_pentane, propane, h2. Open any one directly in your browser.
Solved via: PENG-ROBINSON.
Hydrocracking reaction section
A refinery hydrocracker: heavy VGO (modeled as n-dodecane) plus excess H2 is cracked over catalyst into lighter products via a discrete lumped first-order kinetic network, then flashed to knock out recycle H2/light gas from the liquid product (Peng-Robinson). Conversion is set by reactor temperature and LHSV.
5 unit ops • PENG-ROBINSON
17 0
View & openHydrocracking fractionation train
The standard downstream train a hydrocracker reaction section feeds into: a high-pressure separator knocks the H2-rich recycle gas off the reactor effluent, a letdown valve drops the liquid to low pressure for a second flash (LPG-range off-gas), then a fractionator (crude_distillation, one side draw) splits what remains into light naphtha, a kerosene/diesel cut, and unconverted oil bottoms. A textbook train topology (Gary & Handwerk-style HP-sep -> letdown -> LP-sep -> fractionator), not a replication of any specific published paper's numbers — the reaction lumps/kinetics are the same illustrative n-paraffin network as the 'hydrocracker-unit' example, not a real assay.
11 unit ops • PENG-ROBINSON
17 0
View & open