Process Chemical Engineering BOOTCAMP 2021

• 12 - Introduction to Process Safety/99 - 1 Fundamentals of Process Safety.mp4-205.61 MB
• 12 - Introduction to Process Safety/102 - 4 Fundamentals of HAZOP Part II.mp4-155.39 MB
• 12 - Introduction to Process Safety/100 - 2 Risk Assessment Techniques.mp4-137.79 MB
• 12 - Introduction to Process Safety/103 - 5 Fundamentals of LOPA.mp4-124.37 MB
• 12 - Introduction to Process Safety/101 - 3 Fundamentals of HAZOP Part I.mp4-119.41 MB
• 10 - Heat Exchangers/85 - Heat Exchanger Types.mp4-56.52 MB
• 05 - Fluid Flow Fundamentals/38 - Factors affecting Pressure Drop and Head Loss.mp4-53.8 MB
• 09 - Gravity Separation Separators/79 - Horizontal Separator Sizing.mp4-51.97 MB
• 09 - Gravity Separation Separators/75 - VaporLiquid Equilibrium.mp4-50.19 MB
• 08 - Compressors/68 - Compressor Performance Curve.mp4-49.81 MB
• 01 - Introduction to ChemicalProcess Engineering/1 - Engineering Disciplines.mp4-46.16 MB
• 08 - Compressors/66 - Compressor Power Requirement.mp4-45.11 MB
• 10 - Heat Exchangers/87 - Common Applications of Shell & Tube Heat Exchangers.mp4-44.29 MB
• 11 - Process Control Fundamentals/94 - 3 Elements of Process Control Part II.mp4-44.01 MB
• 01 - Introduction to ChemicalProcess Engineering/6 - Nature of Design.mp4-43.09 MB
• 05 - Fluid Flow Fundamentals/43 - Application Session LinePipe Sizing.mp4-42.59 MB
• 11 - Process Control Fundamentals/93 - 2 Elements of Process Control Part I.mp4-41.84 MB
• 06 - Valve Unit Operation/47 - Isolation Valves.mp4-41.27 MB
• 11 - Process Control Fundamentals/92 - 1 Importance of Process Control.mp4-40.61 MB
• 01 - Introduction to ChemicalProcess Engineering/4 - Organization of Chemical Engineering Projects.mp4-40.03 MB
• 11 - Process Control Fundamentals/97 - 6 Solution Methods for ODEs.mp4-38.99 MB
• 08 - Compressors/67 - Polytropic and Isentropic Compression.mp4-38.61 MB
• 02 - Process Engineering Drawings/15 - Utility Lines in P&IDs.mp4-38.53 MB
• 05 - Fluid Flow Fundamentals/41 - Bernoulli Principle.mp4-37.36 MB
• 06 - Valve Unit Operation/44 - Introduction to Valve Unit Operation.mp4-37.14 MB
• 06 - Valve Unit Operation/46 - Valve Internals.mp4-36.56 MB
• 04 - Material and Energy Balance/30 - Energy Balance.mp4-36.32 MB
• 04 - Material and Energy Balance/33 - Application Session Material and Energy Balance.mp4-36.29 MB
• 06 - Valve Unit Operation/45 - Valve Operating Principles.mp4-35.54 MB
• 09 - Gravity Separation Separators/73 - Phase Diagrams Part II.mp4-35.5 MB
• 07 - Pump Unit Operation/53 - Major Pump Types.mp4-35.48 MB
• 07 - Pump Unit Operation/62 - Multiple Pumps in Operation.mp4-35.26 MB
• 03 - Mixture Properties/23 - Sensible and Latent Heat.mp4-35.17 MB
• 05 - Fluid Flow Fundamentals/39 - Friction Factor and Moody Chart.mp4-34.9 MB
• 04 - Material and Energy Balance/31 - Enthalpy Calculation.mp4-34.49 MB
• 05 - Fluid Flow Fundamentals/34 - Fluid Flow and Flow Types.mp4-34.45 MB
• 07 - Pump Unit Operation/58 - Centrifugal Pump Performance Curves.mp4-34.27 MB
• 07 - Pump Unit Operation/55 - Cavitation in Pumps.mp4-33.94 MB
• 04 - Material and Energy Balance/26 - MassMaterial Balance.mp4-33.92 MB
• 09 - Gravity Separation Separators/76 - Flash Calculation.mp4-33.62 MB
• 07 - Pump Unit Operation/56 - Calculation of NPSH.mp4-32 MB
• 08 - Compressors/69 - Compressor Capacity Control.mp4-31.97 MB
• 06 - Valve Unit Operation/49 - Control Valve Flow Characteristics.mp4-31.52 MB
• 10 - Heat Exchangers/89 - Basic Heat Balance around Heat Exchanger.mp4-31.38 MB
• 03 - Mixture Properties/21 - Compressibility Factor and Viscosity.mp4-31.24 MB
• 05 - Fluid Flow Fundamentals/36 - Flow Regimes and Reynolds Number.mp4-30.93 MB
• 07 - Pump Unit Operation/63 - Positive Displacement Pumps.mp4-30.55 MB
• 02 - Process Engineering Drawings/17 - Drawings used in Other Disciplines.mp4-30.53 MB
• 08 - Compressors/64 - Rotary and Reciprocating Compressors.mp4-30.46 MB
• 06 - Valve Unit Operation/50 - Check Valves.mp4-30.34 MB