Online Courses

Objectives

• This course will help candidates to perform designing / sizing of various equipment according to industrial requirement and standards along with calculations.
• This course will also develop the practical understanding to apply various simulations & modeling tools like Aspen Hysys, EDR, HTRI, korf, Aspen Hydraulics, Flare Analyzer, KG Tower.

 Who Will Benefit

• New engineering graduates / technologists who want to pursue career as a process engineer
• Process design engineers seeking to enhance their skills and stay updated with industry advancements.
• Engineers involved in process development, plant operation, or process improvement.
• Process technologists responsible for implementing and operating industrial processes.
• Plant managers and operators overseeing industrial plants.
• Professionals in industries that interact with process design engineers, such as oil and gas, petrochemicals, fertilizer, pharmaceuticals, food processing, and renewable energy.

Course Detail

Designing & Sizing Of Distillation Column

• Concept building
• Design criteria & standards
• Sizing methodology
• Calculation procedure
• Software based modeling (Aspen Hysys / KG Tower)

 Designing & Sizing Of Flare System

• Concept building
• Design criteria & standards
• Sizing methodology
• Software based modeling (Flare Analyzer)

 Designing & Sizing Of Heat Exchanger

• Concept building
• Design criteria & standards
• Sizing methodology
• Calculation procedure
• Software based modeling (Aspen Hysys / Aspen EDR / HTRI)

 Designing & Sizing Of Process Piping

• Concept building
• Design criteria & standards
• Software based line sizing & hydraulics (Aspen Hydraulics / Korf Hydraulics)

 Compressors

• Concept building
• Classifications
• Selection criteria & standards
• Performance Evaluation
• Dynamic surge analysis ( Aspen Hysys)

Cooling Towers

• Concept building
• Classifications
• Selection criteria & standards
• Design criteria
• Calculations

 Control Valves

• Concept building
• Classifications
• Selection criteria & standards
• Control valve sizing calculation

Cause & Effect Analysis

• C&E Fundamentals
• Case studies

 HAZOP  

• HAZOP  Fundamentals
• Case studies