Energy & Mass Integration (EMI)
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Follow on Instagram for UpdatesEnergy & Mass Integration (EMI) Syllabus — Unit-wise Content
The official GTU curriculum for Energy & Mass Integration (EMI) (subject code 2711606) as prescribed for CE(A · Semester 1 divides the course into 6 units, covering 29 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (2711606)Unit 1 Heat and Power Integration
- basic heat exchanger network synthesis (HENS)
- Hohmann / Lochart Composite Curves
- Grand Composite Curve(GCC)
- pinch design approach to inventing a network
- Picking the right minimum temperature driving force ΔTMIN
Unit 2 Synthesis of Heat Exchanger Networks
- Minimum utility cost
- maximum energy recovery
- minimum number of exchanger
- threshold and optimum approach temperature
- derivation of network structures for minimization of annual costs
- Multiple utility design problems
Unit 3 Optimization and Heat Integration
- Sequential and Simultaneous approaches of Optimization and Integration
- Simultaneous MINLP model for optimization
- Problems and Examples – Crude Heat Pre-train
- Aromatics Plants
- Evaporator / Dryer Plant
Unit 4 Refrigeration Cycles
- Design of refrigeration cycles
- Grand Composite Curves to design refrigeration cycles
- optimization of refrigeration cycle design
Unit 5 Energy Integrated Distillation Processes
- Heat flows in distillation
- Interheating / Intercooling
- Thermal condition of feed
- Heat flows in side strippers and side enriches Heat integrated distillation trains
- impact of pressure
- multi effect 6distillation
- Heat Pumping Vapour Recompression and Reboiler Flashing
- Heat engine and Heat Pumps optimization
Unit 6 Mass Integration
- minimum Mass Separating Agent (MSA)
- mass exchanger networks minimum external MSA, minimum number of mass exchangers
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