Process/Chemical Engineering - BOOTCAMP 2021

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Velocis Solutions,Emil Salimov,Fuad Omar

10:18:21

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1 - Introduction to ChemicalProcess Engineering

1 - Engineering Disciplines.mp4

07:21

2 - Engineering Companies.mp4

02:32

3 - Chemical Engineering Projects.mp4

04:41

4 - Organization of Chemical Engineering Projects.mp4

06:52

5 - Calculations in Chemical Engineering.mp4

04:27

6 - Nature of Design.mp4

07:28

7 - System of Units.mp4

05:04

8 - Actual and Standard Conditions.mp4

04:10

2 - Process Engineering Drawings

9 - Overview of Engineering Drawings and Diagrams.mp4

03:12

10 - Block Flow Diagrams BFDs.mp4

03:18

11 - Process Flow Diagrams PFDs.mp4

04:30

12 - Piping and Instrumentation Diagrams P&IDs.mp4

05:13

13 - Tags on Piping and Instrumentation Diagrams P&IDs.mp4

04:47

14 - P&ID Development Revision and Update.mp4

03:48

15 - Utility Lines in P&IDs.mp4

06:12

16 - Cause and Effect C&E Diagrams.mp4

03:09

17 - Drawings used in Other Disciplines.mp4

05:04

3 - Mixture Properties

18 - Chemical and Physical Properties.mp4

03:53

19 - Molecular Weight and Density.mp4

04:25

20 - Liquid and Gas Density.mp4

03:48

21 - Compressibility Factor and Viscosity.mp4

04:36

22 - Specific Heat Capacity and Thermal Conductivity.mp4

04:04

23 - Sensible and Latent Heat.mp4

06:24

24 - Boiling Temperature.mp4

03:02

25 - Vapor Pressure.mp4

04:51

4 - Material and Energy Balance

26 - MassMaterial Balance.mp4

07:11

27 - Conversion and Yield.mp4

05:51

28 - Thermodynamic Processes.mp4

05:04

29 - Expansion and Compression of Gas.mp4

02:53

30 - Energy Balance.mp4

06:45

31 - Enthalpy Calculation.mp4

08:02

32 - Heat of Mixture Reaction and Formation.mp4

04:36

33 - Application Session Material and Energy Balance.mp4

07:21

5 - Fluid Flow Fundamentals

34 - Fluid Flow and Flow Types.mp4

05:27

35 - Common Fluid Types.mp4

03:02

36 - Flow Regimes and Reynolds Number.mp4

04:44

37 - Pressure Drop and Head Loss.mp4

04:12

38 - Factors affecting Pressure Drop and Head Loss.mp4

08:39

39 - Friction Factor and Moody Chart.mp4

03:51

40 - Friction Factor using Colebrook Equation.mp4

02:38

41 - Bernoulli Principle.mp4

05:25

42 - LinePipe Sizing.mp4

03:07

43 - Application Session LinePipe Sizing.mp4

07:57

6 - Valve Unit Operation

44 - Introduction to Valve Unit Operation.mp4

05:49

45 - Valve Operating Principles.mp4

03:23

46 - Valve Internals.mp4

06:31

47 - Isolation Valves.mp4

07:31

48 - Control Valves.mp4

05:19

49 - Control Valve Flow Characteristics.mp4

04:56

50 - Check Valves.mp4

04:23

51 - Control Valve Sizing for Liquid Service.mp4

03:42

7 - Pump Unit Operation

52 - Classification of Pumps.mp4

01:30

53 - Major Pump Types.mp4

05:06

54 - Pump Head and Selection.mp4

03:55

55 - Cavitation in Pumps.mp4

04:56

56 - Calculation of NPSH.mp4

05:15

57 - Centrifugal Pumps.mp4

03:37

58 - Centrifugal Pump Performance Curves.mp4

05:00

59 - Cavitation on Pump Performance Curves.mp4

04:25

60 - System Curve and Capacity Control.mp4

03:30

61 - Pump Capacity Control Example.mp4

03:25

62 - Multiple Pumps in Operation.mp4

07:31

63 - Positive Displacement Pumps.mp4

03:45

8 - Compressors

64 - Rotary and Reciprocating Compressors.mp4

05:03

65 - Centrifugal and Axial Compressors.mp4

03:22

66 - Compressor Power Requirement.mp4

06:17

67 - Polytropic and Isentropic Compression.mp4

05:55

68 - Compressor Performance Curve.mp4

07:48

69 - Compressor Capacity Control.mp4

05:15

9 - Gravity Separation Separators

70 - Principles of Separation Theory.mp4

03:08

71 - Separation Techniques.mp4

03:53

72 - Phase Diagrams Part I.mp4

05:32

73 - Phase Diagrams Part II.mp4

06:41

74 - Bubble and Dew Point Calculations.mp4

06:12

75 - VaporLiquid Equilibrium.mp4

06:49

76 - Flash Calculation.mp4

05:39

77 - Selection Criterion of Separators.mp4

05:07

78 - Common Operating Challenges.mp4

03:39

79 - Horizontal Separator Sizing.mp4

09:19

80 - Horizontal Separator Sizing Example.mp4

05:09

10 - Heat Exchangers

81 - Heat Transfer Mechanisms Conduction.mp4

04:43

82 - Heat Transfer Mechanisms Convection.mp4

04:13

83 - Heat Transfer Mechanisms Radiation.mp4

03:54

84 - Multiple Heat Transfer Mechanisms.mp4

03:48

85 - Heat Exchanger Types.mp4

07:24

86 - Shell & Tube Heat Exchangers.mp4

03:38

87 - Common Applications of Shell & Tube Heat Exchangers.mp4

06:10

88 - Shell & Tube Heat Exchanger Internals.mp4

05:21

89 - Basic Heat Balance around Heat Exchanger.mp4

05:57

90 - Shell & Tube Heat Exchanger Design.mp4

04:35

91 - Effect of Fouling and Velocity.mp4

02:40

11 - Process Control Fundamentals

92 - 1 Importance of Process Control.mp4

09:41

93 - 2 Elements of Process Control Part I.mp4

10:52

94 - 3 Elements of Process Control Part II.mp4

11:48

95 - 4 Control Systems Part I.mp4

09:19

96 - 5 Control Systems Part II.mp4

06:47

97 - 6 Solution Methods for ODEs.mp4

10:44

98 - 7 P PI PID Control Systems.mp4

08:50

12 - Introduction to Process Safety

99 - 1 Fundamentals of Process Safety.mp4

24:51

100 - 2 Risk Assessment Techniques.mp4

20:00

101 - 3 Fundamentals of HAZOP Part I.mp4

13:55

102 - 4 Fundamentals of HAZOP Part II.mp4

20:09

103 - 5 Fundamentals of LOPA.mp4

17:09

Description

The only course with over 10 hours practical knowledge about main process equipment Design, Control and Safety

What You'll Learn?

Core Elements of Process Engineering
Mixture Properties and Hydrocarbon Phase Behavior
Basic Concepts behind Mass and Energy Balance
Fluid Flow Fundamentals
Fluid Mechanics and Transportation
Engineering Drawings specifically the importance of Piping and Instrumentation Diagrams
Sizing of pressure changers: Pipe/Pipeline, Pump, Compressor, Valve and etc.
Gravity Separator Sizing
Heat Exchanger Sizing
Fundamentals of Process Control
Introduction to Process Safety

Who is this for?

Chemical Engineers

Process Engineers

Junior Engineers

Design Engineers

Engineering Students

What You Need to Know?

There is no strict requirement for this course

More details

Description
Process/Chemical Engineering - BOOTCAMPÂ 2021 course mainly focuses on the most significant elements of process engineering that should be known by Chemical and Process Engineers and those who are interested in this field. Besides the needed theoretical knowledge about process engineering, you will have a unique chance to learn the design procedures for mostly utilized unit operations in industry by looking through the following sections:
Introduction to Process Engineering, types of projects, the engineering companies and their types that should be known by course takers, overall design steps for the whole project
Process Engineering Drawings, the main drawings, such as BFD, PFD, P&ID, isometrics
Mixture Properties, getting into the behavior of mixtures
Material and Energy Balance
Fluid Flow Fundamentals, the most fundamental and applied knowledge about fluid transport and its significant contributors
Gravity Separations & Separators, the main theory about separation by gravity, practical knowledge about the principle and design specifications of equipment
Valves
Pumps
Compressors
Heat Exchangers, the fundamental theory of Heat Exchanger and its design principles
Process Control Fundamentals
Introduction toÂ Process Safety
Do you want to know more about "What is Process/Chemical Engineering?", let's go ahead then:
Process Engineering provides the chemical or biochemical processes and equipment that are used to turn raw materials into an end product and is an essential part of the manufacturing industry.
Process Engineers create, set specifications, develop, implement and monitor this equipment or these processes as part of the manufacturing system. Within pharmaceutical and medical device manufacturing, the processes involved can be chemical or biochemical.
Who this course is for:
Chemical Engineers
Process Engineers
Junior Engineers
Design Engineers
Engineering Students

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Chemical Engineering

Velocis Solutions

Instructor's Courses

Velociss, developed by Velocis Solutions is an online learning platform specifically designed to your learning needs and wants.At Velociss we value learning and growth more than anything. We are very well aware that the traditional teaching methods have become boring and uncaring. Besides these, the experience and practical skills of best-in-class performers are not available for most of the learners. Not in the classrooms, nor online. We have created Velociss to fill in these voids in learning and growth.People learn for different purposes. For example, you may want to learn to become a better professional in your field and develop new business skills. Or to build a successful career and become a more efficient and effective manager or business leader. Or you may simply want to start your own business. Whatever you need to learn to unlock your potential, we have it.We do care about you and want to make your learning journey more enjoyable and productive by enabling the transfer of experience, critical skills, and knowledge of best-in-class performers to anyone, anywhere in an innovative, efficient and effective way. So, let's get started!

Emil Salimov

Instructor's Courses

I am a Process Engineer and Professional Lecturer working at one of the private oil companies with over 5 years of experience. I have a strong desire to share my experience which will help you break all your barriers and learn easier and faster!

Fuad Omar

Instructor's Courses

I am an experienced chartered Lead Process Engineer at one of the most prestigious oil company and professional instructor with over 1000 training hours on various topics related to process and process safety engineering. My solid background and deep desire to share my experience will help the course takers learn more and improve further.

Udemy

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Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.