Institutional Training Program
Organize Process Simulation Courses in Engineering Institute
What is Institutional Training Program?
CHEMKLUB Offers wide courses for Process engineers including Process equipment design & Process Simulation. Chemklub provides customized courses for specific industry domains. Chemklub has trained 4500+ chemical engineers across the globe. We Provide Online & Onsite trainings for industry Professionals. Our Courses includes 6 structured course.
1.Process Design Engineering
2.Process Modelling &
Simulation using Aspen Plus
3.Process Modelling &
Simulation using Aspen HYSYS
4.Heat exchangers design using Aspen EDR
5.PSV Sizing & Flare
Hydraulics on Aspen Flare system Analyzer
6.Distillation Column Design
(Intermediate + Advanced level course)
How ChemKlub Is Providing Solution On This?
CHEMKLUB has official Licensed version of Aspen One Engineering Suit V14.
Aspen One Engineering Suit V14 includes
1. Industry and role of process engineer
2. Design Basis, Requirements based on kind of projects
3. BEP Introduction : BFD, PFD
4. P&ID’s (Process & instrumentation Diagrams) Development
5. Heat Exhangers Design(Thermal) : Classification, Selection, Sizing and Rating
6. Pumps : Classification, Selection, Sizing and Rating
7. Distillation Column Design and Rating
8. Line Sizing : Hydraulics, Pressure Drop Calculation
( Using Simulator and Manual)
9. Types of valves and application
10. Control Valve : Sizing and Rating
11. PDS(Process datasheet) of Major Equipments
12. Cooling Tower Concepts and Sizing
13. Process Safety: Classifiacation Selection (API520:I-II and API521)
14. Process Safety: PRV, PSV, PVRV, RD, TRV,VRV Design and Sizing, rating and datasheets
15. Steam Ejector, Flame Arrestor, Static Mixer
16. SMDS (Special Material Data Sheet) : Steam Traps, Strainers, Filters, Sight Glass, Hoses.
17. Introduction to HAZOP : Case Studies
18. Compressor
PROGRAM AGENDA: ASPEN PLUS & HYSYS DURATION: 30 HRS
1.Introduction to Aspen Plus
2. Property Environment -Selection of Physical Property Methods
3. Type of component and properties selection.
4. Understanding Simulation Environment
5. Simulation of Separators -Flash Drum, Mixer/Splitters
6. Calculation of Bubble Point & Dew Point
7. Txy-Pxy diagram
8. Simulation of Reactors-R Stoic,Requilibrium, RGibbs, CSTR, PFR, Specifying Reactions
9. Exchangers-Heater, Cooler, HeatX
10. Simulation of Distillation Models DSTWU, DISTL, RadFrac, Petrofac
11. Flowsheeting Options Design Specification
12. Flowsheet Calculators
13. Sensitivity analysis
14. Optimization
15. Equipment Sizing
16. Column Sizing & Rating (rigorous designing)
17. Convergence
18. 2 Case Studies
Program Agenda: Aspen EDR Duration: 10 Hrs
1. Types and Applications of Heat Exchangers
2. Heat Exchanger Selection Criteria
3. TEMA types
4. Boiling Applications and Methods
5. Introduction to Aspen EDR
6. Introduction to Process inputs , Composition inputs , Physical properties
7. Introduction to EDR : Interface , calculations and output of design.
8. Application of EDR
9. Case study
10. Why should be EDR used in industry applications, major Operational Problems
Interpersonal Skill Development: 10 Hrs
1.Interview Guidance
2. HR Interview Guidance
3. Career Guidance
4. Resume Preparation
Training Features
- Training program
Key Learning Module
Course Category: Process & General Industry Certification:
Advance Course: Plant engineering Essential Module
Programs Key Feature:
86 Hours (3 Months) Live and Interactive doubt solving sessions
Personalized
Topics, peers & pace of learning are optimized for your needs
Schedule
Decide your ideal class timing together with your classmates
Join from your convenience
Pause your course and restart a month later with the next batch
Schedule FREE webinar in your campus
Schedule FREE webinar in your campus
Schedule webinar on this topics
1.Process Design Engineering