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ConceptEngineering

ConceptEngineering

We started Concept Engineering Flux (focus on fundamentals) intending to create a learning culture for process engineers.

29 user_videos
1.2K user_total_views
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15/03/2026 user_joined
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L06-Thermosyphon Reboiler | Guidelines | how to design it | Horizontal Thermosyphon 26:22
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L06-Thermosyphon Reboiler | Guidelines | how to design it | Horizontal Thermosyphon

ConceptEngineering
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Why thermal relief valve required on cooling water outlet of any exchanger | TRV | 9:40
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Why thermal relief valve required on cooling water outlet of any exchanger | TRV |

ConceptEngineering
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L05- LMTD | LMTD Correction factor |Temperature Cross | Significance | guidelines 23:52
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L05- LMTD | LMTD Correction factor |Temperature Cross | Significance | guidelines

ConceptEngineering
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L04 -Reboiler Basics | Pool Boiling | Film Boiling | Thermosiphon reboiler | Kettle Reboiler | 36:00
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L04 -Reboiler Basics | Pool Boiling | Film Boiling | Thermosiphon reboiler | Kettle Reboiler |

ConceptEngineering
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Why a steam line or vessel is designed for Full Vacuum | Understand with example 5:47
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Why a steam line or vessel is designed for Full Vacuum | Understand with example

ConceptEngineering
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PRESSURE RELIEF VALVE SIZING FOR LIQUID-FILLED VESSEL | Process Engineering in 2 min 1:53
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PRESSURE RELIEF VALVE SIZING FOR LIQUID-FILLED VESSEL | Process Engineering in 2 min

ConceptEngineering
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L06-Drop leg Design | Three Phase Separator | Vertical Separator | Design 10:59
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L06-Drop leg Design | Three Phase Separator | Vertical Separator | Design

ConceptEngineering
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NRV in Vertical Line | Process Gyan in 2 min | Which NRV is suitable for vertical line 2:17
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NRV in Vertical Line | Process Gyan in 2 min | Which NRV is suitable for vertical line

ConceptEngineering
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L05- Three Phase Separator Design Part #2 | Steps for Design | diameter based Liquid separation from continuous vapor phase | Residence time guideline | Design with Example 20:10
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L05- Three Phase Separator Design Part #2 | Steps for Design | diameter based Liquid separation from continuous vapor phase | Residence time guideline | Design with Example

ConceptEngineering
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L02-Introduction to Heat Exchanger-Part#2 | Shell & tube heat exchanger | Design Guideline 32:03
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L02-Introduction to Heat Exchanger-Part#2 | Shell & tube heat exchanger | Design Guideline

ConceptEngineering
visibility 61 schedule acum 4 luni
L10-Why PSV inlet line pressure drop limits to 3 % | significance of 3 % pressure drop limitation 6:17
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L10-Why PSV inlet line pressure drop limits to 3 % | significance of 3 % pressure drop limitation

ConceptEngineering
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L09- Orifice Sizing for Two Phase flow in Pressure relief valve - Part #2 | Omega Method | Homogenous Equilibrium Method | 24:21
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L09- Orifice Sizing for Two Phase flow in Pressure relief valve - Part #2 | Omega Method | Homogenous Equilibrium Method |

ConceptEngineering
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L08- Orifice Sizing for Two Phase flow in Pressure relief valve - Part #1 | Omega Method | Homogenous Equilibrium Method | 15:28
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L08- Orifice Sizing for Two Phase flow in Pressure relief valve - Part #1 | Omega Method | Homogenous Equilibrium Method |

ConceptEngineering
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L07- INLET-OUTLET SIZING GUIDELINES FOR PRESSURE REFLIE VALVE | 59:22
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L07- INLET-OUTLET SIZING GUIDELINES FOR PRESSURE REFLIE VALVE |

ConceptEngineering
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L06- Orifice Size Calculation for Liquid Vapor Gas & Steam | Sizing Relief Valve 23:29
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L06- Orifice Size Calculation for Liquid Vapor Gas & Steam | Sizing Relief Valve

ConceptEngineering
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L05- RELIEF LOAD CALCULATION FOR NON-FIRE CONTINGENCIES # PART 2 42:13
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L05- RELIEF LOAD CALCULATION FOR NON-FIRE CONTINGENCIES # PART 2

ConceptEngineering
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L03-Pressure Relief Valve Scenarios of Overpressure - Fire Case | Relief Load Calculation for Fire Case | Scenarios of overpressure 45:20
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L03-Pressure Relief Valve Scenarios of Overpressure - Fire Case | Relief Load Calculation for Fire Case | Scenarios of overpressure

ConceptEngineering
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L04-RELIEF LOAD CALCULATION FOR NON-FIRE CONTINGENCIES # PART 1 | Scenarios other than Fire | Control valve Failure | 20:47
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L04-RELIEF LOAD CALCULATION FOR NON-FIRE CONTINGENCIES # PART 1 | Scenarios other than Fire | Control valve Failure |

ConceptEngineering
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L02- Pressure relief valve Basics Part #2 | Pilot Type Safety Valve | Basics | guideline 30:21
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L02- Pressure relief valve Basics Part #2 | Pilot Type Safety Valve | Basics | guideline

ConceptEngineering
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L01- Pressure relief valve Basics Part #1 | Complete Basics of Pressure Relief Valve | 24:29
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L01- Pressure relief valve Basics Part #1 | Complete Basics of Pressure Relief Valve |

ConceptEngineering
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What Is Critical Pressure | Process Gyan in 2 min | Process Engineering | Fundametals 2:02
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What Is Critical Pressure | Process Gyan in 2 min | Process Engineering | Fundametals

ConceptEngineering
visibility 20 schedule acum 4 luni
Coalescing banket working principle | Process Gyan in 2 min | Design | when to use 1:47
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Coalescing banket working principle | Process Gyan in 2 min | Design | when to use

ConceptEngineering
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L01- Introduction to Heat Exchanger-Part#1 | Classification | TEMA CLASS | What is Heat Exchanger 21:57
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L01- Introduction to Heat Exchanger-Part#1 | Classification | TEMA CLASS | What is Heat Exchanger

ConceptEngineering
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L05- Three Phase Separator design Part -2 | Diameter based Liquid from liquid separation | Diameter based on Coalescing |  Problem solved on Excel sheet | 20:10
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L05- Three Phase Separator design Part -2 | Diameter based Liquid from liquid separation | Diameter based on Coalescing | Problem solved on Excel sheet |

ConceptEngineering
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