Velosi is conducting online training for Certified Process Design Professional/Expert (CPDP/CPDE. This certification is structured in two levels, which will test the fundamentals of Process Design Engineering.

Designing process plants is a complex and demanding process. The design of plant layout is one of the most important tasks before plant construction. A good plant layout cannot only reduce capital cost, but can also help to improve the safety of the plant and reduce its environmental impact. Additionally, fast and easy access to the parts of the plant and the equipment is essential for effective operation and maintenance, which means higher plant availability and longer time between failures.

• Familiarize participants with all aspects of process plant major equipment and piping systems.
• Provide the participants with the skills and knowledge of current trends in process layout and process design calculations.
• Know the application of principles learnt in process engineering courses such as Mass and Heat Transfer, Fluid Mechanics, Selection and Sizing of Process Equipment for a given process.

• Training will be conducted via Microsoft Team Meeting. Meeting invites will be shared on the day before the first day of training.

5 Consecutive Saturdays at 09:00 AM to 03:00 PM GST (UAE Time)

• Presentation Slides
• Training Recordings
• Study References

Upon successful completion of training, participants will receive a “Certified Process Design Professional” certificate.

This course is appropriate for a wide range of professional but not limited to:

• Process Design Engineer
• Safety Professionals
• Operations & Maintenance Engineer
• Asset Integrity Engineer
• Plant Engineers
• Project Managers

Participants can avail discount of either an early bird or group discount whichever is higher with additional discount when signing up for 2 or more courses.

Group Discount (same company only):

• 15% Discount for groups of 5 or more.
• 10% Discount for groups of 3-4.

Bundle Discount:

• Sign up for 2 courses and get an extra 10% off
• Sign up for 3 courses and get an extra 15% off

• Development of Process Data
• Process Design Tasks & Sequence
• Process Calculations Methods
  • Empirical Procedure
  • Rigorous Procedure
• Process Design Simulation Techniques
  • Commercial Packages
  • Equipment Software
  • Process Data Packages
• Data Compilation and Presentation
  • Process Flow Diagram
  • Equipment Data Sheets
  • Accuracy and Significance

• Equipment Sizing, Selection and Design Process Equipment Categories:
  • Proprietary Type Equipment
  • Non-Proprietary Equipment
  • Required vs. Calculated Data
• Pumps:
  • Categories & Types – Reciprocating & Centrifugal
  • Performance Characteristics – Curves, System/CV
  • Key Design Parameters – Capacity Factors, Properties, Head, NPSH, Efficiency, Horsepower
  • Calculation Method/Typical Format and Examples
  • Pump Selection Guidelines

• Compressors:
  • Categories and Types – Reciprocating & Centrifugal
  • Compression Process – Adiabatic, Isothermal & Polytropic
  • Characteristics & Terminologies – Clearance, Surge, Stonewall, Speed, Turndown, etc.
  • Key Design Parameters – Capacity, Properties, Compression Ratio, Head and Temperature Rise
  • Efficiencies, Multi-staging
  • Compressor Control Methods
  • Calculation Method/Typical Format and Examples
  • Selection Guidelines – Technical and Economic Factors

• Heat Exchangers
  • Types – Shell-and-Tube, Double-Pipe, Plate, Other
  • Shell-and-Tube Construction – TEMA Classification
  • Heat Transfer Relation – Heat Transfer Coefficients, Mean Temperature
  • Difference, Correction Factors, etc.
  • Key Design Considerations – Fluid Routing, Pressure, Temperature, Viscosity,
  • Fouling
  • Fouling Factors, Variables and Prevention
  • Process Applications – No Phase Change & Phase Change
  • Reboilers – Types, Feed System, Calculation Method
  • Calculation Methods – Detailed and Short-Cut with Example
  • Rating Existing Exchangers with Example
  • Selection Guidelines

• Process Vessels
  • Types and Functions – Separation, Accumulation, Settling
  • Design Considerations – Sizing, Vapor Velocity, Liquid Residence,
  • Entrainment, Internals Connections
  • Vessel Calculation Method and Examples
• Mechanical & Safety Aspects
  • Codes, Standards and Specifications
  • Materials of Construction – Overview