Scope & Carrer of PROCESS Engineering:

• Design of Process Engineering
• Process Design project
• Operation of Process equipment system
• Equipment manufacturing companies.
• Production units.
• Inspection testing.                                

Career of PROCESS Engineering: 

• Petro Chemical Complex needs PROCESS  engineering.
• Oil & gas need PROCESS  engineering.
• Off shore Industry needs PROCESS  engineering.
• Refinery needs PROCESS  engineering.
• Industrial plants needs PROCESS  engineering.
• Energy sector needs PROCESS  engineering.
• Chemical process needs PROCESS  engineering.
• EPC industry needs PROCESS  engineering.
• Consulting engineering needs PROCESS  engineering.
• Pharmaceutical industry needs PROCESS  engineering.
• Project & Construction needs PROCESS  engineering.
• Cement and Fertilizer needs PROCESS  engineering.
• Power plants needs PROCESS  engineering.

       I.  Process Engineering in Plant Design

• Overview of Process engineering Industry & Roles and responsibilities of Process Engineer in various fields.
• Process engineering Design scope.
• Design specification, Feasibility study for selected process engineering projects.
• Selection of material & corrosion study in process engineering.
• HMBT calculation of specific process engineering project.
• Hydraulic & pump hydraulic calculations.
• Standard codes for process engineering.
• Flare system in process engineering.
• Vessel sizing.
• Control valve & pressure safety valve selection & sizing.
• Mass transfer and energy balance.

    II. Process Engineering in Equipment modules:

• Distillation Column design
• Design of cooling towers
• Design of heat exchanger : Design & rating
• Sizing of process equipment

 III.  Process Engineerig: Post Design activities  

• Different phases of project execution.
• Engineering work flow.
• Introduction to process engineering related discipline with Civil, Mechanical, Electrical & Mechanical engineers.

 IV.  Practicals in Process Engineering:

• Development of PFD, P&ID.
• HAZOP HAZON HAZID differentiates methodology.
• MFD, UFD, FFD, BFD, PDS of equipment.
• Line sizing, pressure drop calculation.
• Newtonian fluid single &2 phase flow.
• Distillation binary system calculations.
• Cause & effect Diagram.
• Preparation of DATA SHEETS.

    V.  Softwares in Process Engineerig:

• Process modeling Simulation.
• Introduction of HYSYS software.
• Aspen plus Simulation.