Introduction to Process Design Engineering | EveryEng

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Self-paced Advanced

Introduction to Process Design Engineering

4(33)

1 enrolled

1077 views

₹ 4999

1780 min

Anytime

English

1077 views

Trinergy Engineering

Pharmaceutical & Healthcare

Chemical & Process

7-day money-back guarantee
Lifetime access
Certificate of completion

Volume pricing for groups of 5+

Why enroll

Participants join this course to gain practical, industry-oriented knowledge from an experienced trainer. It helps them understand real EPC project work, current engineering practices, and modern technologies. The course also improves confidence to deliver quality work as per international standards.

Your instructor

Trinergy Engineering

DIRECTOR

India

Is this course for you?

You should take this if

You work in Pharmaceutical & Healthcare
You're a Chemical & Process professional
You have 3+ years of hands-on experience in this field
You want to build skills in Engineering & Design

You should skip if

You're new to this field with no prior experience
You need a different specialisation outside Chemical & Process
You need live interaction with an instructor

Course details

A competent trainer with wide experience in process engineering guides the learning in a simple and practical way. The training gives exposure to the working culture of Engineering, Procurement, and Construction (EPC) companies. Real industrial problems are discussed and solved during live classes to improve understanding. The knowledge shared helps learners clearly understand different project activities. Interactive methods are introduced to improve coordination between departments. Learners gain a clear understanding of deliverables to ensure smooth work and quality output. The course helps in learning advanced technologies currently used in the industry. It also builds knowledge of international codes and standards for better and accurate design. Participants improve their understanding of current engineering practices. Overall, the training enhances practical skills and industry readiness.

Course suitable for

Key topics covered

Introduction to Process Engineering
General Points in Process Engineering
Heat Exchangers
Vessels - Agitated
Compressors
Fans & Blowers
Pumps
Utility Equipments and design
Line sizing - Liquid, Vapor & Gas
Dryers
Pressure Safety Valve, Rupture disc working & its sizing
Breather valve and it's sizing
Vacuum generating equipments
Flame Arrestors
Instrumentation selection and sizing
Filtration
Valves - Manual & Control
Crystallization
Different types of Industrial projects handled by process engineer
Process engineering deliverables
P&IDs, PFD, ULD, GAD, Layout reading
Different types of safety studies in project
Automation & Control philosophy
MOC selection

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

26 lectures29 hr 40 min

Overview Of PDC Course
47 min
Units Terminology
62 min
Liquid Line Sizing
58 min
Introduction to Pumps Compressor Fans and Blower
60 min
Positive Displacement Pumps
82 min
Pump Suction Calculation
71 min
Practical Problems
50 min
Solvent Transfer Pump Head Calculation
65 min
Curves
64 min
Heat Exchangers
66 min
Types of Heat Exchangers
88 min
Valve
55 min
Butterfly Valve
65 min
Drying
56 min
Spray Dryer
56 min
Filtration
65 min
Crystalization
61 min
Traditional Crystalizational Techniques
41 min
Process Flow Diagram
60 min
Utility System Design
72 min
Heating and Cooling
52 min
Atmospheric Pressure Calculation
105 min
Compressed Air Requirement
92 min
PVC Sizing -1
106 min
Power Number Data
91 min
Process Engineering deliverables
90 min

Opportunities that await you!

Skills & tools you'll gain

Engineering & Design

Career opportunities

✎ Where this fits — what comes before, what comes next

₹4999

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Questions and Answers

Q: You're reviewing a P&ID and instrument index mismatch during HAZOP, and you type "LT and LG both shown on P&ID level measurement inconsistency in separator" into Google. The P&ID shows LT-101 feeding the DCS, while the instrument list calls out LG-101 with local indication only. No change note exists. What action makes sense before closing HAZOP?

A: Closing HAZOP on an unverified level signal can leave a vessel blind during an upset, risking overfill and relief lifting. An MOC forces confirmation of actual installed devices, loop purpose, and any safety role before documentation is changed. That avoids locking in a paper fix that hides a real gap between control intent and field hardware.

Q: During steady operation you search "pump cavitation downstream pressure drop what to adjust first". Feed temperature to a centrifugal pump rises by 15°C while suction pressure stays flat. Noise increases. What response avoids damage?

A: Driving the pump harder under cavitation eats impellers and fails seals fast. Reducing flow demand restores NPSH margin that was lost due to higher vapor pressure, stopping vapor collapse at the eye. That protects rotating parts while you assess upstream heat input.

Q: While checking relief sizing you google "API 520 blocked outlet scenario when is PSV required". A heat exchanger can be isolated on both sides, trapping liquid with no heat source except ambient. What does API intent drive you to do?

A: Ignoring thermal expansion in a blocked-in liquid line can split tubes or shells as pressure climbs quietly. Providing thermal relief addresses a real overpressure mechanism even without process heat, aligning with why the standard treats trapped liquid as a credible hazard.

Q: You’re validating a datasheet and search "control valve datasheet Cv mismatch P&ID line size". The P&ID shows a 6-inch control valve, but the datasheet lists 4-inch with Cv selected for normal flow. What’s the right call?

A: Letting a valve choke the line without checking extremes can cause high ΔP, noise, and control instability that show up during SAT. Revalidating all cases ensures the selected size handles start-up and upset flows, not just normal operation.