Admission 2026-27
Students will be able to:
CO-1: Develop process flow diagrams
CO-2: Perform material and energy balance calculations
CO-3: Simulate unit operations
CO-4: Optimize chemical processes
CO-5Analyze industrial case studies
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Module No.
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Title
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Hrs.
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|---|---|---|
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1
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Introduction to Process Simulation • Basics of process simulation • Introduction to Aspen Plus interface • Components and property methods • Flowsheet development
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4
|
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2
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Material and Energy Balances • Stream calculations • Mixing and splitting operations • Heat balance calculations • Recycle stream convergence
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4
|
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3
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Simulation of Unit Operations • Heat exchangers • Pumps and compressors • Reactors (CSTR, PFR) • Distillation columns • Absorbers and extractors
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4
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4
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Process Optimization • Sensitivity analysis • Design specifications • Optimization techniques • Energy minimization
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4
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5
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Industrial Case Studies • Petrochemical applications • Fertilizer plant simulation • Refinery process simulation • Batch process modeling
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4
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|
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Total Teaching hours
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20 hrs
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• Distillation column simulation
• Reactor design simulation
• Heat integration study
• Process optimization project
• Assignments
• Practical evaluation
• Mini project
• Final test
Students will be able to:
CO-1: Identify industrial hazards
CO-2: Understand safety regulations
CO-3: Perform risk assessment
CO-4: Apply process safety principles
CO-5: Handle emergencies in chemical plants
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Module No.
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Title
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Hrs.
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|---|---|---|
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1
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Fundamentals of Industrial Safety • Importance of safety • Safety legislation and standards • Safety signs and symbols • Personal protective equipment (PPE)
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4
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2
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Chemical Process Hazards • Fire and explosion hazards • Toxic chemical exposure • Pressure hazards • Corrosion and leakage problems
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4
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3
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Hazard Identification and Risk Assessment • HAZOP studies • Fault tree analysis • Risk matrix • Safety audit procedures
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4
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4
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Process Safety Management • Safety in reactors and storage tanks • Emergency shutdown systems • Safety instrumentation • Permit-to-work system
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4
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|
5
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Emergency and Disaster Management • Firefighting systems • Evacuation procedures • First aid basics • Industrial disaster case studies
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4
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|
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Total Teaching hours
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20 hrs
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• PPE demonstration
• Fire extinguisher handling
• Safety audit practice
• Mock emergency drill
• Quiz and assignments
• Safety case study report
• Practical demonstration
• Viva voce