Process Design & Equipment Design Engineering

P.G.D. - Process Design & Equipment Design Engineering

The Post Graduate Diploma in Process Design & Equipment Design Engineering is developed to provide the complete knowledge of Process Engineering to candidates starting from Simulation exercises to development of PFD, P&ID & then to sizing of different process equipment which are used in different industries.

This training program provides adequate knowledge of roles & responsibilities of Process Design Engineer & to development of final process design engineering documents like Process Flow Diagram, Piping & Instrumentation Diagrams (P&ID). Further industrial exposure to process Equipments will help candidates to sizes the equipment according to industrial requirement and to design different process equipments used in various industrial segments like Oil & Gas Industry, Power Plant Industry, Pharmaceutical, Chemical, Fertilizer, Food Processing Industries (FMCG), etc.

Indus Global Academy of Technical Education is offering Process Design & Equipment Design Engineering Course in Regular Batch, Week end Batch, Online Training & through Distance Education. This program is designed to cater to the needs of fresher as well as experienced professionals. We welcome candidates to our Academy to enhance their present candidature by participating in the program.

COURSE	DURATION
P.G.D. PROCESS DESIGN & EQUIPMENT DESIGN ENGINEERING	150 HOURS

Eligibility

A Candidate will be eligible for admission and registration for the Post Graduate Diploma in Process Design Engineering, provided he/she has a Bachelors Degree or Masters Degree in Chemical / Bio Chemical or Diploma in Chemical Engineering & with an experience of 1 year in any Chemical Industry

Syllabus: Process Design Engineering

MODULE 1 : PROCESS ENGINEERING	MODULE 2 : TYPICAL OIL & GAS FACILITIES
Introduction Elements in Project Execution Different Phases of a Project Roles and Responsibilities of Process Engineer Elements of Engineering Capabilities of Process Engineer Process Engineering Deliverables	Wells and their classifications Well Completion Offshore Structure & Production systems Production techniques Well Head / Christmas tree Well Head Platform Process Platform Typical utility & auxiliary systems
MODULE 3 : FLUID PHASE BEHAVIOUR	MODULE 4 : PROCESS SIMULATIONS
Composition of Well Fluid Well Fluid determination Reservoir Components Well Fluid Phase Behavior & Terminologies Nature of Wells Equations of State	Introduction & Purpose Steady state Simulations Software used for simulation General Simulation Inputs Uses of Simulation for Process Design Typical Operation in Simulation Schemes Procedures for Preparation and Uses
MODULE 5 : PFD, H&MB AND P&ID	MODULE 6 : LINE SIZING AND HYDRAULICS
Objectives and Definitions Descriptions Procedures for Preparation Application	Definition Factors and Considerations Design Basis Sizing of Gas, Liquid and Two Phase lines Pressure Drop Calculations
MODULE 7 : EQUIPMENT DESIGN AND SIZING & PUMP HYDRAULICS	MODULE 8 : PRESSURE RELIEF VALVE SIZING
Definition Types and Principles of Separation Separator Configurations Separator Design Inputs Separation Theory Design Considerations Nozzle Sizing Slenderness Ratio Typical Performance Requirements Typical Separator Internals Pump—Definition & Classification Selection of Pumps Pump hydraulics – Terms and Definitions Pump Cavitations and NPSH Calculations	Purpose Terms and Definitions Types of relief valves Levels of Overpressure Protection Overpressure Scenarios Sizing Methodology

Syllabus : Process Equipment Design Engineering

MODULE 1 : Introduction to Process Equipments	MODULE 2 : Heat Exchangers
Over view of Process equipments in various industries Applications of Process Equipments	Fundamentals of Heat Exchangers Types of heat exchangers Applications of heat exchangers Principles of heat exchangers
MODULE 3 : Design of Shell & Tube Heat Exchangers	MODULE 4 : Design of Air Cooled Heat Exchangers
Basics of STHE Applications of STHE Types of STHE TEMA and STHE Design and internals of STHE Assignments on STHE	Basics of ACHE Applications of ACHE Types of ACHE API 661 and ACHE Design and internals of ACHE Assignments on ACHE
MODULE 5 : Fundamentals and Selection of Compressors	MODULE 6 : Fundamentals and Design of Dryers
Basics of compressors Applications of compressors Types of compressors Philosophy and accessories of compressor Selection of compressors. Assignment for compressor.	Basics of dryers Applications of dryers Types of dryers Design of dryers Assignments on dryers
MODULE 7 : Introduction to Power Plant Design	MODULE 8 : Design of Surface Condensers
Overview of power plant train Introduction to each of the components	Basics of surface condensers Applications of surface condensers HEI and surface condensers Design and internals of surface condensers Assignments on surface condenser
MODULE 9 : Turbines, Accessories & Control Philosophy	MODULE 10 : Fundamentals and Selection of Water Treatment Plants
Lube oil system and control philosophy Condensing system, ejector systems and control philosophy Turbine system and controls	Overview of water treatment plant Process flow diagram- Various combinations Water analysis study Study of each component in detail Selection of water treatment plants
MODULE 11 : Introduction to Boilers and Boiler	MODULE 12 : Design and Selection of Cooling Towers
Accessories Overview of boilers Types of boilers Boiler mountings and accessories	Basics of cooling tower Applications and types of cooling towers Design of cooling towers Selection of cooling towers

Selection

Selection will be upon personal interview. Personal interview will be taken at Center by our Course coordinator.

For Further Information please contact

Manager – Operations
Indus Global Academy of Technical Education
Mobile no: +91-9686199069
Mobile no: +91-9686097292
or send an enquiry to contact@industechnocrats.com

P.G.D. - Process Design & Equipment Design Engineering

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