E1.1Course Introduction.mp4+ E1.2Crude Oil Evaluation Overview.mp4+ E1.3The hazards of crude oil containing salt and water.mp4+ E1.4Sulfur content of crude oil.mp4+ E1.5Crude oil secondary electrostatic desalting process flow.mp4+ E1.6Operating conditions of crude oil electrostatic desalting process.mp4+ E1.7Tray temperature gradient and side stream products.mp4+ E1.8Primary distillation column , atmospheric distillation column and vacuum distillation column.mp4+ E1.9Overvaporization Rate in Atmospheric Distillation Column Operation.mp4+ E1.10Intermediate reflux in atmospheric distillation column.mp4+ E1.11Atmospheric and vacuum distillation simulation.mp4+ E1.12The DCS simulation operation of atmospheric and vacuum distillation 1 Cold oil circulation.mp4+ E1.13DCS simulation operation training for atmospheric and vacuum distillation 2 commissioning of atmospheric furnace and atmospheric tower.mp4+ E1.14Simulation and practical training of atmospheric and vacuum distillation tower DCS(Putting the vacuum furnace and vacuum tower into operation).mp4+ E2.1Corrosion prevention of catalyticreforming depentane tower.mp4+ E2.2separation of C3 and C4 in refinery gas.mp4+ E2.3Distillation operation.mp4+ E3.1Delayed coking fractionation tower.mp4+ E3.2Hydrocarbon composition of petroleum.mp4+ E3.3Resins and asphaltenes.mp4+ E4.1Catalytic cracking fractionation system process.mp4+ E4.2Catalytic cracking absorption stabilization system process.mp4+ E4.3Catalytic cracking process flow.mp4+ E4.4riser of catalytic cracking equipment.mp4+ E4.5Catalytic cracking regenerator.mp4+ E5.1Composition of diesel.mp4+ E5.2Density of petroleum and petroleum products.mp4+ E5.3Flash point and fire point of oil products.mp4+ E5.4kinematic viscosity of oil.mp4+ E5.5Measurement points of oil flash point(Closed cup method).mp4+