Introduction- Process Plant means an industrial occupancy where materials, including flammable liquids, combustible liquids, or Class 2 gases, are produced, or used in a process. Process plant industry covers a wide spectrum of industries like Oil & Gas Production, Chemical, Nuclear Fuel Processing, Petroleum Refining, Gas Supply, Electricity Generation, Steel, Water & Sewerage, Food & Dairy Industry. The Program focusses on Process Equipment, Layout, Piping Design, Plot Plans & Isometrics for Process Plant Engineering with Practical Examples Course Details- • Certificate- Process Design Engineering • Duration- 4 Months (Only Sunday Batch), 3 Months (Saturday-Sunday) • Duration in Hours- 100 Hours • Eligibility- Degree/Diploma into Chemical Engineering • Training Mode- Online Live / Offline Declaration- • This training program is on AUTONOMOUS basis conducted by Petromech. • Petromech has right to expel any student at any time for misbehaviour, poor attendance without refunding the fees. • Petromech has its own rules and regulations about conducting examinations and assessment of examinations. Why Petromech? • Nice learning environment. • Good and experienced faculties from the industry. • Skill certification. • Placement support. • Full time and part time batches. • Online and offline training mode. • Provide study materials, case studies and recorded session. Course Contents: 1- Basic Engineering Package: Basic Concepts • Basic Terms • Abbreviation • Purpose Of PFD • Purpose Of P&ID • Information Provided On PFD • Information Provided On P&ID • Process Related Information • Piping Related Information • Instrumentation Related Information • Control Related Information • Special Information • Design Codes • Engineering Standard Practices • Client’s Specifications Symbols and Numbering Systems • Symbols • Piping • Valve • Control Valve • Actuator • Instruments • Notation • Numbering • Tag System • Equipment • Instrumentation And Control • Combining Process And Hardware Understanding About PFDs • Why PFD Is Necessary? • PFD Information In P&ID • Heat And Mass Balance • Operating Conditions • Physical Property Understanding About P&IDs • Why P&ID Is Necessary? • Equipment and System • P&ID and Datasheets PFD And P&ID Development • Development Of A Simple Basic PFD • Development of A Simple Basic P&ID • Valves – Type And Application • Development Of Control Loops • Need And Location Of Measuring Instruments • Piping And Insulation Information • Incorporation Of Misc. Information In P&ID • P&ID Evolution And Changes In Plant Life P&ID Life Cycle and Case Studies • P&ID Life Cycle • Why P&IDs keep changing • Exercise: Reading P&IDs • Case Studies • Future Studies 2- Line Sizing & Hydraulic Calculations • Terms & Definitions • Line sizing using velocity criteria for liquids • Line sizing using velocity criteria for gases • Pressure drop calculations for liquids using darcy’s equation, manning’s equation and Hagen Williams equation • Example for line sizing for gases and liquids using velocity criteria as well as pressure drop criteria Fluid Phase Behavior & Pump Hydraulics • Composition of Well Fluid • Determination of Well Fluid Composition • Well Fluid Phase Behavior • Equations of State • Definition of Pump • Classification of Pumps • Selection of Pumps • Pump Material of Selection • Steps Involved in the Pump System Design • Steps involved in the Pump Hydraulic • Calculations • Pump Characteristic Curves 3- Process Equipment Design and Simulation a) Heat Exchanger b) Distillation Column c) Control Valve d) Pressure Relief Valve Sizing e) Vessel f) Separator 4- Process Simulation • Development of Simulation • Difference between Steady-Stade & Dynamic Simulation • Tutorials on Pumps & Compressors • Tutorials on Distillation Column (shortcut method) • Tutorials on Rigorous Distillation Columns • Tutorials on Reaction Systems • Tutorials on Oil Characterization • Tutorials on Crude Distillation Column 6- Safety Engineering: • Hazardous Area Classification • Introduction to HAZOP Study