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saidzaid edited this page Jul 19, 2017
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Good starting points:
- jckantor
- patrickwalls
- rwest - I like the animations here.
- Solving sets of linear equations
- Unique, no solution, or multiple solutions
- Balancing chemical reactions
- Thermodynamics (if any)
- This package will be useful: https://github.com/CalebBell/thermo
- Input-Output Diagrams - new
- Flowrate 3.2
- Material balances 4.2
- Block Flow Diagrams 4.3 a/b
- Mixer - new
- Degrees of Freedom (DOF) - 4.3 d
- Process economics - new
- Excel - new
- Unit conversion - 2.2/2.3
- Reactor - 4.5
- Batch, Semi-batch, continuous -4.1
- Transient and steady state - 4.1
- Process Flow Diagrams - new
- Converting moles to mass - 3.3
- Reactive Balances - 4.6
- Atomic Balances - 4.6
- Molecular species balances - 4.6
- Extent of reaction - 4.6 b
- % excess - 4.6 b
- Fractional conversion - 4.6 b
- Yield and selectivity 4.6 d
- Equilibrium constants 4.6 c
- DOF with reactive systems -new but should hopefully be in course notes around 4.6
- Combustion 4.8
Industrial Examples: Drywall production, Temperature swing adsorption (Xebec - http://www.xebecinc.com/technology-what-is-psa.php), process involving crystallization
- Splitter 4.7
- Recycle 4.7
- Purge 4.7
- Process and Instrumentation Diagram (P&ID) - new
- Centrifugation and cyclones - new
- Dimensional Homogeneity - 2.6
- Density and specific gravity - 5.1, 3.1
- Solid-Liquid Equilibrium - 6.5
- Temperature systems (K, C, F, R) - 3.5
- Trend/Curve fitting - 2.7
- Solid-Vapour Equilibrium - 6.7
- Liquid-Liquid Equilibrium - 6.6
Industrial Examples: Burnaby oil refinery, some process involving humidity and condensation, L-L extraction process
- Separators (Distillation columns, LL extractions {note:contradicts above}) x
- Pressure measurement x - 3.4
- Difference between vapour and gas x - 3.4
- Gibb’s phase rule x - 6.2
- Vapour-Liquid Equilibrium (VLE) x - leave for now
- Phase diagrams x - 6.1
- Non-ideal gas laws x - 5.3-5.5
- Standard cubic feet, and standard flow rates x - 5.2
- Raoult’s law x - 6.4/6.5
- Henry’s Law x - 6.4/6.5
- Antoine equation and vapour pressure x - 6.3
- Humidity x - 6.4
- Dew point x - 6.4
- Bubble point x - 6.4
- Steam Tables x - 7.5
- Interpolation x - 2.5
- Energy Balance DOFs - 8.1
- First Law (E= Q+W) and when terms can be neglected - 7.1
- Closed, open, adiabatic, isothermal, isobaric, isochoric systems - 7.3/7.4 mainly definitions
- Closed systems and internal energy - 7.3
- Open systems and enthalpy - 7.4
- Classification of Energy (Q, W, Ek, Ep, Eu) - 7.2-7.4
- Conservation of energy - 7.1 (may be rolled into first law)
- Reference states and state properties - 7.5
- State functions - 7.5
- E change from pressure change - 8.2
- Cv + Cp, heat capacities - 8.3
- Psychrometric charts and spray drying - 8.4d
- Heat of mixing - 8.5
- Heat of reaction/combustion - 9.1
- Hess’ law for heats of reaction - 9.2
- Heating values (HHV, LHV) - 9.6
- Heat of reaction and formation methods for solving energy balances - 9.3
- Heat of Vapourization/Melting - 8.4
Thermo (CHBE 244) Unit Operations I & II (CHBE 344, 345)
CHBE 241
- Water purification (Module 1: Process Basics)
- Pharma (Module 2: Reactors)
- Cement (Lafarge) (Module 3: Seps I)
- Burnaby oil refinery (Module 4: Seps II)
- Beer/Spirit Production (Module 5: Non-reactive EB)
- Waste to Energy (Module 6: Reactive EB)
CHBE 243
- Chlor-Alkali process
- Pulp and Paper
Others/to integrate Heavy oil extraction Surface operations in Natural Gas fields CO2 sequestration Claudio - innovation