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COMPUTER-AIDED CHEMICAL APPARATUS DESIGN MASTERCLASS

  Governing Physics:   1.   Conservation of Mass (Continuity Equation):   $\dot{m} = \rho Q = \rho A V = \text{constant}$ 2.   Euler's Turbomachine Equation (Energy Transfer):   $H_{th} = \frac{u_2 V_{u2} - u_1 V_{u1}}{g}$ Where $u$ = tangential velocity, $V_u$ = tangential component of absolute velocity 3.   Bernoulli's Equation (Energy Conservation):   $\frac{P_1}{\rho g} + \frac{V_1^2}{2g} + z_1 + H_{pump} = \frac{P_2}{\rho g} + \frac{V_2^2}{2g} + z_2 + h_f$   Working Principle Sequence:   1. Fluid enters impeller eye at low pressure 2. Rotating impeller (2900 RPM) accelerates fluid radially outward 3. Centrifugal force increases fluid velocity (typically 10-30 m/s) 4. Volute casing decelerates fluid, converting velocity to pressure 5. Diffuser action in volute increases static pressure by 40-60%

Comprehensive Chemical Engineering Apparatus

 

Comprehensive Chemical Engineering Apparatus Guide 

Organized for Educational YouTube Tutorial Series

1. Fluid transport (foundation) 

2. Heat transfer 

3. Mass transfer & separation 

4. Reaction engineering 

5. Solids handling & mechanical operations 

6. Instrumentation & control 

7. Analytical instruments 

8. Specialized / biochemical / environmental / advanced / niche setups 

 

Each section is designed as a standalone YouTube video (or module) with clear progression: basics → common industrial types → advanced/lab variants → safety & integration. You can film live demos, animations, P&ID examples, and real-plant footage for each item.

 

### 1. Fluid Mechanics & Transport Equipment (Momentum Transfer)

Video 1 focus: Pumps, compressors, valves, flow measurement, and fluid dynamics rigs.

 

- Centrifugal pump (single-stage, multi-stage, submersible, self-priming) 

- Positive displacement pump (piston, diaphragm, gear, lobe, screw, progressive cavity) 

- Reciprocating pump (plunger, piston) 

- Peristaltic pump 

- Axial flow pump / Mixed flow pump 

- Air-lift pump 

- Hydraulic ram pump 

- Multiphase pump 

- Compressor (centrifugal, reciprocating, screw, rotary vane, axial) 

- Blower (centrifugal, roots, positive displacement) 

- Turbine (steam, gas, hydraulic: Pelton, Francis, Kaplan) 

- Control valve (globe, ball, butterfly, diaphragm, plug, gate, needle, pinch, knife-gate) 

- Gate valve, check valve (swing, lift, dual plate), relief valve, safety valve, pressure reducing valve, rupture disc / burst disc 

- Pipes, fittings (elbows, tees, reducers, unions, flanges), manifolds, expansion joints 

- Strainer (Y-type, basket, temporary) 

- Sight glass / Flow indicator / Inline viewing port 

- Rotameter (variable area flow meter, purge meter) 

- Orifice meter (concentric, eccentric, segmental) 

- Venturi meter (classic, short form) 

- Pitot tube / Pitot-static tube 

- Magnetic flow meter (mag meter) 

- Ultrasonic flow meter (Doppler, transit-time) 

- Coriolis mass flow meter 

- Turbine flow meter 

- Vortex flow meter 

- Weir flow meter / Parshall flume 

- Nozzle flow meter / Annubar flow meter 

- Manometer (U-tube, inclined, single-tube, well-type, digital) 

- Liquid flow bench / Fluid dynamics rig (including minor loss, pipe friction, Reynolds apparatus, Bernoulli’s theorem apparatus) 

- Multi-tank liquid level system 

- Vacuum ejector / Steam ejector / Eductor / Jet pump 

- Decanter / Phase separator (liquid-liquid, liquid-solid, three-phase) 

Additional lab rigs: Cavitation demonstration unit, open-channel flow apparatus, multiphase flow visualization rig.

 

### 2. Heat Transfer Equipment

Video 2 focus: Exchangers, evaporators, boilers, and energy recovery systems.

 

- Shell and tube heat exchanger (fixed tube sheet, floating head, U-tube, Kettle reboiler type, Bayonet type) 

- Plate heat exchanger (gasketed, welded, semi-welded, brazed) 

- Double-pipe (hairpin) heat exchanger 

- Spiral heat exchanger 

- Finned-tube heat exchanger (air coolers, economizers) 

- Scraped surface heat exchanger (for viscous/pasty fluids) 

- Microchannel heat exchanger 

- Condenser (total, partial, reflux, air-cooled, plate-fin) 

- Reboiler (kettle, thermosyphon: vertical, horizontal; forced circulation) 

- Single-effect evaporator (and multi-effect evaporator: forward feed, backward feed, parallel feed) 

- Falling film evaporator / Rising film evaporator 

- Forced circulation evaporator 

- Agitated thin-film evaporator (ATFE) 

- Wiped film evaporator / Short path distiller 

- Boiler / Steam generator (fire-tube, water-tube, waste heat boiler) 

- Cooling tower (natural draft, forced draft, induced draft, crossflow, counterflow) 

- Heat pipe (thermosiphon, capillary-wick) 

- Furnace (direct-fired heater, indirect-fired heater, reformer furnace) 

- Stirred tank heater / Jacketed vessel / Immersion heater 

- Electric resistance heater / Cartridge heater / Radiant heater 

- Solar collector (flat plate, evacuated tube) 

- Finned heat sinks / Regenerative heat exchanger 

- Steam trap, condensate return system, and flash vessel 

Additional: Plate-fin heat exchanger, thermosyphon reboiler test rig.

 

### 3. Mass Transfer & Separation Equipment

Video 3 focus: Distillation, absorption, extraction, drying, filtration, and membrane systems.

 

- Distillation column (tray: bubble-cap, sieve, valve, dual-flow; packed column: random packing, structured packing) 

- Extractive distillation column 

- Azeotropic distillation column / Dean-Stark apparatus 

- Absorption column / Packed tower / Scrubber (wet: venturi, spray, packed bed; dry: fabric filter, activated carbon) 

- Stripping column (steam stripping, air stripping) 

- Liquid-liquid extraction column (pulsed, rotating disc, packed) / Mixer-settler extractor / Centrifugal extractor (Podbielniak) 

- Adsorption column / Fixed-bed adsorber (PSA, TSA, VSA) 

- Ion exchange column (fixed-bed, moving-bed) 

- Tray dryer / Tunnel dryer / Cabinet dryer / Vacuum tray dryer 

- Rotary dryer / Drum dryer (direct, indirect) / Paddle dryer 

- Spray dryer (co-current, counter-current) / Flash dryer 

- Fluidized bed dryer / Spouted bed dryer 

- Vacuum dryer / Freeze dryer (lyophilizer) / Agitated pan dryer 

- Rotary kilns (for calcination, drying, reaction) 

- Crystallizer (cooling, evaporative, vacuum, Oslo/MSMPR, DTB draft-tube baffle) 

- Plate and frame filter press / Belt filter press 

- Rotary vacuum drum filter / Leaf filter / Cartridge filter / Bag filter / Nutsche filter / Candle filter 

- Centrifuge (basket, tubular bowl, disc-stack, decanter, pusher, peeler) 

- Cyclone separator (axial flow, reverse flow) / Hydrocyclone 

- Electrostatic precipitator (plate, tubular) / Wet electrostatic precipitator 

- Baghouse filter / Fabric filter 

- Membrane module (reverse osmosis, ultrafiltration, nanofiltration, microfiltration, electrodialysis, forward osmosis, membrane distillation) 

- Gas permeation / Pervaporation unit 

- Leaching / Solid-liquid extraction unit (percolation, agitation, countercurrent multistage) / Soxhlet extractor 

- Thickeners / Clarifiers / Sedimentation tanks 

Additional: Vacuum filtration unit (Buchner funnel, filter leaf), pressure leaf filter.

 

### 4. Reactor & Reaction Engineering Equipment

Video 4 focus: Batch to continuous, catalytic, and biochemical reactors.

 

- Batch reactor (simple, adiabatic, isothermal, non-isothermal) 

- Semi-batch reactor 

- Continuous stirred tank reactor (CSTR) (single, cascade) 

- Plug flow reactor (PFR) / Tubular reactor (isothermal, adiabatic, jacketed) 

- Packed bed reactor (PBR) / Fixed-bed reactor 

- Fluidized bed reactor (bubbling, turbulent, circulating) / Gas-solid fluidized bed reactor 

- Trickle bed reactor / Slurry reactor / Bubble column reactor 

- Loop reactor 

- Microreactor / Microfluidic reactor / Flow chemistry system 

- Photoreactor (UV reactor) / Photocatalytic reactor 

- Bioreactor / Fermenter (stirred tank, air-lift, packed bed, fluidized bed, membrane bioreactor) 

- Catalytic reactor / Catalytic converter (monolith, packed bed) 

- Autoclave (high-pressure, high-temperature) 

- Membrane reactor / Electrochemical reactor (fuel cells, electrolyzers, redox flow batteries) 

- Plasma reactor / Supercritical fluid reactor 

- Oscillatory baffled reactor (COBR) / Spinning disc reactor 

- Sonochemical reactor / Ultrasound reactor 

- Chemostat / Turbidostat / Perfusion bioreactor / Single-use bioreactor (SUB) / Hollow-fiber bioreactor 

Additional: Microwave reactor, trickle-bed reactor for hydrogenation, biofilm reactor.

 

### 5. Mechanical Operations & Solid Handling Equipment

Video 5 focus: Size reduction, mixing, conveying, and size enlargement.

 

- Jaw crusher / Roll crusher / Cone crusher / Gyratory crusher 

- Ball mill / Hammer mill / Rod mill / Attrition mill / Fluid energy mill (jet mill) / Pin disc mill / Cutter mill 

- Vibrating screen / Sieve shaker / Trommel screen / Air classifier 

- Ribbon blender / V-cone blender / Double cone blender / Noodle blender / Sigma blade mixer / Planetary mixer 

- Agitated vessel / Mixer (paddle, turbine, propeller, anchor, helical ribbon) 

- High-shear mixer / Rotor-stator mixer / Homogenizer / Static mixer 

- Screw conveyor / Belt conveyor / Vibratory conveyor / Bucket elevator / Pneumatic conveyor (dilute/dense phase) 

- Granulator (fluidized bed, high-shear, spray) / Pelletizer (die-type, extrusion-type) / Disc pelletizer 

- Size enlargement equipment (tableting press, briquetting machine, roller compactor) 

- Storage Silo / Hopper / Rotary valve feeder 

- Bagging machine / Filling machine 

- Twin-screw extruder (for polymers/compounding) 

Additional: Roller mill, disc mill.

 

### 6. Process Instrumentation & Control Devices

Video 6 focus: Sensors, transmitters, controllers, and automation.

 

- Pressure gauge (Bourdon tube, diaphragm, bellows, digital) / Pressure transmitter / Differential pressure transmitter 

- Temperature sensor: Thermocouple (Type K, J, T), RTD (Pt100), thermistor, bimetallic, infrared pyrometer / Radiation pyrometer / Non-contact IR sensor 

- Level indicator (sight glass, float-type, ultrasonic, radar FMCW/pulsed, capacitance, differential pressure, nuclear gamma) / Level switch 

- pH meter / pH transmitter / ORP meter / Conductivity meter / Resistivity meter 

- Viscosity meter / Viscometer (rotational, capillary, falling ball) / Rheometer 

- Density meter (vibrating U-tube, pycnometer) 

- Humidity sensor / Psychrometer 

- Gas analyzer (paramagnetic O, IR CO/CO, thermal conductivity) / Process NIR analyzer 

- Chromatograph (on-line process GC) / Turbidimeter / Suspended solids meter 

- Control valve actuator (pneumatic diaphragm/piston, electric motor/solenoid, hydraulic) / Valve positioner / I/P & P/I converter 

- PID controller (digital, analog) / PLC / DCS demo rig / HMI / SCADA interface 

- Feedback, cascade, feedforward, ratio, and multivariable control loops 

- Data acquisition system / Fieldbus devices (HART, Profibus, Foundation Fieldbus, WirelessHART) 

- Flow switch, pressure switch, temperature switch, smart transmitters 

 

### 7. Analytical & Specialized Instruments

Video 7 focus: Lab and online analysis tools.

 

- UV-Vis spectrophotometer 

- Gas chromatograph (GC) with FID, TCD, ECD, MS 

- High-performance liquid chromatograph (HPLC) with UV, RI, fluorescence, MS 

- Mass spectrometer (GC-MS, LC-MS, ICP-MS) 

- Particle size analyzer (laser diffraction, dynamic light scattering, image analysis) 

- Zeta potential analyzer / Surface area analyzer (BET) / Porosimeter (mercury intrusion) 

- Turbidimeter / Nephelometer / Moisture analyzer (Karl Fischer, loss on drying) 

- Flash point analyzer / Refractometer / Polarimeter 

- Calorimeter (bomb, DSC) / Rheometer (cone-and-plate, parallel plate) 

- Thermogravimetric analyzer (TGA) / X-ray diffractometer (XRD) 

- Nuclear Magnetic Resonance (NMR) spectrometer 

- Electrochemical workstation (potentiostat/galvanostat) 

- Atomic Absorption Spectrometer (AAS) / ICP-OES 

- FTIR spectrometer / Raman spectrometer / NIR spectrometer 

- Ion chromatograph (IC) / Capillary electrophoresis 

- ELISA microplate reader / Ultrasonic atomizer 

 

### 8. Specialized, Biochemical, Environmental & Advanced/Niche Apparatus

Video 8+ focus: Integration, pilot plants, safety, and emerging tech (great for capstone or advanced series).

 

- Heat pipe thermal transfer device 

- Multi-effect evaporator test rig / Gas absorption with chemical reaction unit 

- Reverse osmosis / Membrane filtration pilot plant 

- Fuel cell (PEMFC, SOFC) / Electrolyzer (alkaline, PEM) 

- Incinerator / Thermal oxidizer / Rotary kiln incinerator 

- Gasifier (fixed-bed, fluidized-bed, entrained-flow) / Pyrolysis reactor 

- Bag filter test rig / Electrostatic precipitator demo 

- Vacuum filtration unit / Supercritical fluid extraction (SFE) unit 

- Solid-liquid extraction unit / Dean-Stark trap / Azeotropic distillation setup 

- Crystallization unit with in-situ particle imaging 

- Anaerobic digester / Biofilm reactor 

- Flotation cell / Magnetic separator 

- Environmental additions: Sedimentation basin, flocculation/coagulation tank, trickling filter, rotating biological contactor, activated sludge aeration tank, constructed wetland model, air stripper, carbon capture amine unit, selective catalytic reduction (SCR) demo 

- Biochemical additions: Mammalian cell culture bioreactor, downstream chromatography skid (affinity/ion-exchange), ultrafiltration concentration system, Kjeldahl digestion apparatus 

- Advanced/process additions: Continuous manufacturing pilot skid (flow chemistry), 3D-printed modular reactor, high-pressure hydrogenation reactor, integrated biodiesel/ethanol fermentation pilot plant 

- Safety/utility: Flame arrestor, pressure safety relief system, emergency shutdown demo rig, fume hood / Biosafety cabinet 

 

YouTube Presentation Tips (for the series): 

- Use 3D animations or CAD models for internal workings. 

- Show P&ID symbols next to each real apparatus. 

- Include cost, scale-up challenges, and sustainability notes (e.g., energy recovery, fouling). 

- End each video with a “how it fits in a real plant” segment. 

 

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COMPUTER-AIDED CHEMICAL APPARATUS DESIGN MASTERCLASS

  Governing Physics:   1.   Conservation of Mass (Continuity Equation):   $\dot{m} = \rho Q = \rho A V = \text{constant}$ 2.   Euler's Turbomachine Equation (Energy Transfer):   $H_{th} = \frac{u_2 V_{u2} - u_1 V_{u1}}{g}$ Where $u$ = tangential velocity, $V_u$ = tangential component of absolute velocity 3.   Bernoulli's Equation (Energy Conservation):   $\frac{P_1}{\rho g} + \frac{V_1^2}{2g} + z_1 + H_{pump} = \frac{P_2}{\rho g} + \frac{V_2^2}{2g} + z_2 + h_f$   Working Principle Sequence:   1. Fluid enters impeller eye at low pressure 2. Rotating impeller (2900 RPM) accelerates fluid radially outward 3. Centrifugal force increases fluid velocity (typically 10-30 m/s) 4. Volute casing decelerates fluid, converting velocity to pressure 5. Diffuser action in volute increases static pressure by 40-60%
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