Derived Units Solubility Data P-H Diagram Prediction &

of SI Air-NH3 for Nitrogen Correlation of

Physical
Common Thermal H- Critical
Properties
Conversions Expansion Concentration Properties
Diagram for
Common Units Joule-Thomson Normal Boiling
NaOH
and Conversion Effect Steam Tables
& Melting Pt.
Factors
Gas Law Critical Radius of
Constants Constants Surface Tension Gyration

Specific Gravity Compressibilitie Transport

Vapor Pressure
Equations s Properties
Fundamental μ of Substances Antoine
Physical Latent Heats Using Equation
Constants Calculator
μ of Liquids Enthalpy of
Using Formation
Calculator
Elements and Specific Heats Vapor Thermal Enthalpy of
Inorganic of Pure Conductivity of Vaporization
Compounds Compounds Substances
Organic Heat Capacity Thermal Enthalpy of
Compounds Calculator Conductivity of Fusion
Liquids
PVAP of Pure Transport Enthalpy of
CP/CV Ratio Properties
Substances Sublimation
(1)(1atm)
PVAP of Heat of Prandtl Number
(K,Pr,μ)
Inorganic & Heat Capacity
Formation of Air
Organic Liquids
Heat of Thermophysical
PVAP Calculator Properties of Density
Combustion
Liquids
PVAP of Heat of
Inorganic Viscosity
Solution Diffusivities
Compounds
PVAP of Organic Thermodynami λ of Bldg. and Thermal
Compounds c Properties Insulating Conductivity
Materials
PVAP of Thermodynamic Surface
Solutions Properties of Tensions
Air
Water-Vapor P-H Diagram of
Content of Flammability
Air
Gases
Densities of P-H Diagram of
Pure NH3
Substances
ρ Aqueous Liquid-Vapor
Inorganic Sol’ns Eq. Data for Ar-
N2-O2
ρ Aqueous T-S Diagram for
Organic Sol’ns CO
ρ of H-
Miscellaneous Concentration
Materials Diagram for
H-
EtOH
Solubilities Concentration
Diagram for
HCl

Page | 1
 Sec 7 Reaction Sec 8 process Sec 9 Process
Sec 4 thermo Sec 5 hematra Sec 6 partech Kintetics control economics

Variables, Reaction Fundamentals

Shear Stress for of Process
Definitions & Conduction Fluid Kinetics Basic
Relationships Concepts Dynamics &
Control
Thermodynami Law of Mass
c Property Equation for Hr Bernoulli’s Eq’n action & Effect Advanced
Control System
Relations of Temp

Work Adiabatic Convection Mass Balance Ideal Reactors Unit Ops

Reversible Control
Property H for
Calculations for Fanning Michaelis- Batch Process
Convection Friction Factor Menten Control
Gases and Nu=hD/k
Vapors
Redlich-Kwong Michaelis w/ Process
Eq’n Radiation Entry Length Substrate Measurements
Inhibition
Frequency Average Nernst for
Other Property Wave Number Velocity of Electro- Flow
Formulations Measurements
Wave Length Pipes Chemical Cells

Trouton’s Rule Kirchoff’s Law Equivalent Equations for Telemetering &

Rate of
for ΔH for Radiation Diameter Reaction Transmission

Continuity E’qn Frictional Arrhenius Eq’n Digital

for Mass Radiation Losses in for Activation Technology for
Flowrate Pipeline Energy Process Control
Elements
Shaft Work for Total Emissivity Controllers,
K for Valves & Final Control
Compressors & of Various Fittings Half-Life
Expanders Surfaces Elements &
Regulators
Noise Control
Turbine Radiation w/ Mach Number Sound Pressure
Efficiency View Factor
Level
Efficiency Fluid Mixing
Pumps, Fan, Mass Transfer (Agitation, Process Control
Compressors & Stirred tanks) & Plant Safety
Blowers
Dimensionless
Carnot 1 Diffusion Groups

Rule of Thumb Drag

Otto Efficiency for Diffusivities Coefficient

Equilibrium Correlation of Flow of Solids

Diffusivity

Phase Rule of Height of

Freedom Packings (NTU)

Mass Transfer
Work Ideal Coeff/Corr
Wetted Column
Work, Enthalpy,
Entropy
Relation
Energy Balance
for Steady State
Flow
Multistage
Compression
Work

Page | 2
 Sec 10 Sec 11 heat Sec 12 Sec 14 Sec 15 LIQUID- Sec 16
transport and transfer PSYCHROMET Sec 13 EQUIPMENT LIQUID adsportion
storage of equipment RY Distillation FOR EXTRACTION and ion
fluids EVAP DISTILLATION, & OTHER L-L exchange
Density & PVT for Overall Heat Psychrometry
COOLING & Introduction to Design
GASof Gas- OPERATIONS
Adiabatic Definitions Design
Viscosity of Air Transfer SOLIDS & Distillation Absorption
ABSORPTION, Definitions
& Concepts
and H2O Reversible Coefficient Inter
DRYING Operations Systems
PHASE EQUIPMENT
Process Conversion DISPERSION &
Work for Gases Temperature Antoine’s Thermodynami Gas Solubility Desirable Classification of
Capillary Rise during Profiles for PHASE & Solvent Sorptive
Compression Fluid Flow Equation c Data Viscosity
SEPARATION Properties Separation
Min & Max Methods of
ρ1, ρ2 for Kinetic Energy Thermal Design Psychrometry Relative Packed Tower Solvent to Feed Analysis of
Flowmeters of Translation of Condensers Chart Volatility Design Fixed Bed
Ratio for LLE
Transition
RMS Fans & Thermal Design Determination Equilibrium Tray Tower Solvent Adsorbents &
Pitot Tubes of Moist Air Curves for Screening
Blowers of Evaporators Properties Distillation Design Methods ion Exchangers

Velocity-Ratio Power Needed Fouling & Calc. Methods D’ Preistier Number of Liquid ρ, μ, & Physical
for Humidity Chart for K Stages for Interfacial Properties of
Diagram for Fan Scaling Parameters Values Absorption Tension Adsorbents

Steel Pipe Evaporative Single Stage Eq. Heat Effects in Liquid-Liquid

Flow Meters Properties cooling- drying Cooling Tower Flash Gas Absorption Dispersion Porosity
Ratio Calculations Fundamentals
Typical Effect of Basic
Orifice Meters Valves TEMA Style Drying Relative Packings on Calculation Sorption
Heat Exchanger Volatility Methods & Equilibrium
KOH
Procedures
Flexibility Liquid-Liquid Physical
Venturi Meters Factor & Stress Air Cooled Heat Terminology McCabe- Thiele Tray Columns Extraction Properties of
for Pipe Fittings Exchanger Method Equipment Ion- Exchangers

Pumps & Storage & Heat Relation Thermal Process Control Conservation
Exchangers for Between Wet & Conditions for Flooding
Compressors Process Vessels Solid Dry Basis Feed Consideration Equations

Feed Line Eq’n Liquid-Liquid Rate &

Thermal Solids Drying Phase
Discharge Head Ka Values Insulation Equipment (Slope & y- Entrainment Dispersion
intercept) Separation Factors
Equipment
Classification of Frenske- Mass Transfer
Velocity Head Air Drying Underwood for Pressure Drop Emerging Coefficient
Conditioning Nmin Developments
Equipment Adsorption
Classification of Simulation of Transition b/w
Pump Efficiency Refrigeration Dryer based on Distillation Rate Equations
Feed Process Flow Regimes

Power Output Temp-P-Conc Drying Time Azeotropic Batch

Diagram (Constant Rate Tray Efficiency
for Pumps Li-Br-H2O & Falling Rate) Distillation Adsorption

Velocity Calculation of Relative

Cryogenic Key Dimensions Polarities of Packed Fixed Bed
Formula for Process Columns Transition
Flow for Contact Functional
Dryers Groups
Char Curve Distillation
Centrifugal Process Temps of Oil Packing Chromatograph
Pump at Equipment Efficiency y
Products
3450rpm
Char Curve Work for Batch
Centrifugal P. at Separation & Other Topics Process Cycles
Various Speed Purification Distillation

Pump Selection Insulation Phase

Dispersion
Performance
Curve Range Phase
Evaporators Separation
for Impeller
Pumps
Affinity Law for
Homologous BPR of Aqueous
Solutions
Pump
Char Curve of
Axial Flow
Pumps
Char Curve of
Regenerative
Pumps

Pump Problems

Page | 3
 Sec 17 Gas Sec 18 Liquid Sec 20 Sec 21 solid
solid solid Sec 19 reactors alternative solid Sec 22 Waste
operations and operations and management
sepapro operation
equipment equipment
Residence Time Particle Size Size
Fluidized Bed Introduction to Filtration & Space Crystallization Analysis Enlargement Viscosity of
Systems Fluid Mixing Equipment from the Melts Methods & Equipment & Liquids
Velocity
Equipment Practice
Selection of Supercritical Simulation of
Uses of Mixing Filtration Ionic Strength Fluid Particle Shape Granulation Flotation
Fluidized Beds Equipment Equipment Separation Processes
Processes
Gas-Solids Impeller Kinetics for Alternative Particle Size Capital
Separations Reynolds Centrifuges Reactors CSTR Solid-Liquid Measurement Recovery Factor
Number & PFR Separation
Relation for Yield Stress for
Particle Geometrically Centrifugal Reactor Kinetics Doppler Effect Solids Handling Filtration
Measurements Similar Cakes
Impellers
Filtration Rate Residence Time Membrane
Tyler Screens Liquid-Liquid for Distribution & Separation Screening Lagoons for
Contacting VCM
Centrifuges Mixing Process
Mixing of Phy-Chem
Particle Size Viscous Fluids, Expression Single Phase Ultra- Filtration Moh’s Scale Treatment
Analysis Paste, and Reactors Adsorption
Dough
Dust Collection Power Number Selection of Fluid-Solid Ultrafiltration
Equipment 2 Solid-Liquid Reactors Membrane Solids Mixing Stripping
Separation Properties
Req’d Cyclone Power Numbers
Length Func. of for Anchor Effectiveness Microfiltration Size Reduction Dulong’s
Factor Equation
Area Impellers

Cyclone Crystallization Catalytic Electrodialysis Energy Laws

Efficiency from Solution Reactors

Collection Phase Diagram Non-Catalytic Selection of

Biochemical Work Indices
Efficiency for MgSO4-H2O Reactor SepaPro
Phase Diagram Fluid-Fluid Simulation of
for KCl-NaCl- Reactors Grinding
H2O Process

Yield from Reactor Types Impact & Roller

Crystallization Mills

Yield from
Evaporative Multiphase Fluid Energy or
Reactors Jet Mill
Cooling
Growth Rates Capacity for Wet/Dry
for Industrial Screw Grinding Media
Crystals Conveyors Mills

Crystallization Critical Speed

Equipment for Ball Mills

Crushing &
Leaching Grinding
Practice
Coal, Coke &
Leaching Ideal Other Carbon
Stages
Products

Gravity Size
Sedimentation Enlargement

Compression
Zone Volume Size Reduction

Size
Filtration Enlargement
Methods &
Apps
Agglomeration
Rate of Rate Process &
Filtration
Mechanics
Control &
Filter Aids Design of
Granulation
Processes
Page | 4
 Sec 24 energy Sec 25
Sec 23 process resources, materials of INDEX 1
safety conversion, construction
utilization
Process Safety Corrosion &
Intro Fuels Control A
Hazardous Heating Value/
Materials &
Calorific Value
Thermo BC
Conditions

Chemical Terminology Properties of

Reactivity Coals II Materials D
High & Low
Toxicity Theoretical O2 Temperature of E
Materials

Geometry of
Other Hazards Excess O2 Bonds F
Inherently Safer
Design & Other m3 O2/kg Fuel G
Principles

Process Safety Combustion of

Analysis Solid Fuels H
Safety
Equipment Combustion of
Process, Design Liquid Fuels IJK
& Operation
Required Relief Combustion of
Rate Gaseous Fuels LM
Storage & Thermal Energy
Handling of Conversion NOP
Haz’ds Utilization
Materials
Electrochemical
Energy QR
Conversion

Energy
Recovery S

T
UVW
XYZ

Page | 5
 Sec 14 Sec 24 energy
Sec 8 process EQUIPMENT Sec 19 reactors resources,
Sec 3 math control FOR conversion,
DISTILLATION, utilization
Area & Vol. of Fundamentals Design GASof Gas- Residence Time
Shapes & of Process Absorption
ABSORPTION, & Space Fuels
Solids Dynamics & Systems
PHASE Velocity
Control DISPERSION &
Differential & Advanced Gas Solubility
Integral PHASE & Ionic Strength Heating Value/
Calculus Control System SEPARATION
Viscosity Calorific Value

Laplace Unit Ops Packed Tower Kinetics for Terminology

Transform Control Design Reactors CSTR Coals II
& PFR

Matrix Batch Process Tray Tower

Calculations Control Design Reactor Kinetics Theoretical O2

Numerical & Number of Residence Time

Approximate Process Stages for Distribution & Excess O2
Measurements
Methods Absorption Mixing

Nuclear Flow Heat Effects in Single Phase m3 O2/kg Fuel

Differentation Measurements Gas Absorption Reactors

States of Telemetering & Typical Effect of Fluid-Solid Combustion of

Carbon per no. Transmission Packings on Reactors Solid Fuels
Of Carbon KOH
Digital Effectiveness Combustion of
Synthesis Technology for Tray Columns Factor Liquid Fuels
Process Control
Controllers,
Final Control Flooding Catalytic Combustion of
Elements & Reactors Gaseous Fuels
Regulators
Noise Control Non-Catalytic Thermal Energy
Sound Pressure Entrainment Conversion
Level Reactor Utilization

Process Control Fluid-Fluid Electrochemical

& Plant Safety Pressure Drop Reactors Energy
Conversion

Transition b/w Energy

Flow Regimes Reactor Types Recovery

Tray Efficiency Multiphase

Reactors

Packed Capacity for

Screw
Columns Conveyors

Packing
Efficiency

Other Topics

Phase
Dispersion

Phase
Separation

Page | 6
 Sec 10 Sec 15 LIQUID- Sec 20 Sec 25
Sec 4 thermo transport and LIQUID alternative materials of
storage of EXTRACTION sepapro construction
fluids & OTHER L-L
Variables, Density & PVT for OPERATIONS
Definitions & Viscosity of Air Adiabatic Definitions Crystallization Corrosion &
& from the Melts Control
Relationships and H2O Reversible EQUIPMENT
Process
Thermodynami Work for Gases Desirable Supercritical
c Property Capillary Rise during Solvent Fluid Thermo
Relations Compression Properties Separation
Processes
Work Adiabatic ρ1, ρ2 for Kinetic Energy Min & Max Alternative Properties of
Reversible Flowmeters of Translation Solvent to Feed
Ratio for LLE
Solid-Liquid
Separation Materials
Property Solvent High & Low
Calculations for Pitot Tubes RMS Fans & Screening Doppler Effect Temperature of
Gases and Blowers
Methods Materials
Vapors
Liquid ρ, μ, & Membrane
Redlich-Kwong Velocity-Ratio Power Needed Interfacial Separation Geometry of
Eq’n Diagram for Fan Bonds
Tension Process

Other Property Steel Pipe Liquid-Liquid

Flow Meters Dispersion Ultra- Filtration
Formulations Properties Fundamentals
Basic Ultrafiltration
Trouton’s Rule Calculation
for ΔH Orifice Meters Valves Membrane
Methods & Properties
Procedures
Continuity E’qn Flexibility Liquid-Liquid
for Mass Venturi Meters Factor & Stress Extraction Microfiltration
Flowrate for Pipe Fittings Equipment
Shaft Work for
Compressors & Pumps & Storage & Process Control Electrodialysis
Compressors Process Vessels Consideration
Expanders
Liquid-Liquid Selection of
Turbine Discharge Head Ka Values Phase Biochemical
Efficiency Separation SepaPro
Equipment
Efficiency
Pumps, Fan, Emerging
Velocity Head Developments
Compressors &
Blowers
Carnot 1 Pump Efficiency

Otto Efficiency Power Output

for Pumps

Velocity
Equilibrium Formula for
Flow
Char Curve
Phase Rule of Centrifugal
Freedom Pump at
3450rpm
Char Curve
Work Ideal Centrifugal P. at
Various Speed
Work, Enthalpy,
Entropy Pump Selection
Relation
Energy Balance Performance
for Steady State Curve Range
Flow for Impeller
Pumps
Multistage Affinity Law for
Compression Homologous
Work Pump
SEC. 9 Char Curve of
PROCESS Axial Flow
ECONOMICS Pumps
Char Curve of
Regenerative
Pumps

Pump Problems

Page | 7
 Sec 11 heat Sec 16 Sec 21 solid
Sec 5 hematra transfer adsportion solid INDEX 1
equipment and ion operation
exchange
Overall Heat Particle Size Control &
Conduction Transfer Design Analysis Design of
Concepts A
Coefficient Methods & Granulation
Equipment Processes
Temperature Classification of Size
Equation for Hr Profiles for Sorptive Particle Shape Enlargement BC
Fluid Flow Separation Equipment &
Practice
Methods of Simulation of
Thermal Design Analysis of Particle Size
Convection of Condensers Measurement Granulation D
Fixed Bed Processes
Transition
H for Thermal Design Adsorbents &
Convection of Evaporators ion Exchangers Solids Handling E
Nu=hD/k
Physical
Radiation Fouling & Properties of Screening
Scaling F
Adsorbents
Frequency Evaporative
Wave Number cooling- drying Porosity Moh’s Scale G
Wave Length Ratio

Kirchoff’s Law TEMA Style Sorption

for Radiation Heat Exchanger Equilibrium Solids Mixing H

Air Cooled Heat Physical

Radiation Exchanger Properties of Size Reduction IJK
Ion- Exchangers
Total Emissivity Heat
of Various Exchangers for Conservation Energy Laws
Equations LM
Surfaces Solid

Radiation w/ Thermal Rate &

Dispersion Work Indices NOP
View Factor Insulation Factors

Air Mass Transfer Simulation of

Mass Transfer Conditioning Coefficient Grinding QR
Adsorption Process

Impact & Roller

Diffusion Refrigeration Rate Equations Mills S

Temp-P-Conc
Rule of Thumb Diagram Batch Fluid Energy or
for Diffusivities Adsorption Jet Mill T
Li-Br-H2O

Correlation of Cryogenic Fixed Bed Wet/Dry UVW

Grinding Media
Diffusivity Process Transition Mills XYZ

Height of Process Chromatograph Critical Speed

Packings (NTU) Equipment y for Ball Mills

Mass Transfer Work for Crushing &

Coeff/Corr Separation & Process Cycles Grinding
Wetted Column Purification Practice
Coal, Coke &
Insulation Other Carbon
Products

Evaporators Size
Enlargement

BPR of Aqueous
Solutions Size Reduction

Size
Enlargement
Methods &
Apps
Agglomeration
Rate Process &
Mechanics

Page | 8
 Sec 12 Sec 17 Gas
Sec 6 partech PSYCHROMET solid Sec 22 Waste
RY operations and management
EVAP equipment
Psychrometry
COOLING &
Shear Stress for Definitions & Fluidized Bed Viscosity of
Fluid SOLIDS Systems Liquids
Inter
DRYING
Conversion
Bernoulli’s Eq’n Antoine’s Uses of Flotation
Equation Fluidized Beds

Psychrometry Gas-Solids Capital

Mass Balance Chart Separations Recovery Factor

Determination
Fanning Friction of Moist Air Particle Filtration
Factor Measurements
Properties
Calc. Methods
Entry Length for Humidity Tyler Screens Lagoons for
VCM
Parameters
Average Particle Size Phy-Chem
Velocity of Cooling Tower Treatment
Pipes Analysis Adsorption

Equivalent Dust Collection

Diameter Drying Equipment Stripping

Frictional Req’d Cyclone

Losses in Terminology Length Func. of Dulong’s
Pipeline Equation
Area
Elements
Relation
K for Valves & Between Wet & Cyclone
Fittings Efficiency
Dry Basis

Mach Number Solids Drying Collection

Equipment Efficiency

Fluid Mixing Classification of

(Agitation, Drying
Stirred tanks) Equipment
Classification of
Dimensionless Dryer based on
Groups
Feed
Drying Time
Drag (Constant Rate
Coefficient
& Falling Rate)
Calculation of
Flow of Solids Key Dimensions
for Contact
Dryers

Page | 9
 Sec 18 Liquid
Sec 7 Reaction Sec 13 solid Sec 23 process
Kintetics Distillation operations and safety
equipment
Reaction Introduction to
Kinetics Basic Distillation Introduction to Filter Aids Process Safety
Fluid Mixing Intro
Concepts Operations
Law of Mass Thermodynami Mixing Filtration Hazardous
action & Effect Materials &
of Temp c Data Equipment Equipment Conditions

Relative Impeller Selection of Chemical

Ideal Reactors Volatility Reynolds Filtration Reactivity
Number Equipment
Equilibrium Relation for
Michaelis- Curves for Geometrically Centrifuges Toxicity
Menten Similar
Distillation
Impellers
Michaelis w/ D’ Preistier Yield Stress for
Substrate Chart for K Liquid-Liquid Centrifugal Other Hazards
Contacting
Inhibition Values Cakes
Nernst for Single Stage Eq. Mixing of Filtration Rate Inherently Safer
Electro- Flash Viscous Fluids, for Design & Other
Chemical Cells Calculations Paste, and Centrifuges Principles
Dough
Equations for Relative Power Number Process Safety
Rate of Volatility 2 Expression Analysis
Reaction
Arrhenius Eq’n Power Numbers Selection of Safety
for Activation McCabe- Thiele for Anchor Solid-Liquid Equipment
Method Process, Design
Energy Impellers Separation
& Operation
Thermal
Half-Life Conditions for Crystallization Required Relief
from Solution Rate
Feed
Feed Line Eq’n Storage &
(Slope & y- Phase Diagram Handling of
intercept) for MgSO4-H2O Haz’ds
Materials
Frenske- Phase Diagram
Underwood for for KCl-NaCl-
Nmin H2O
Simulation of
Distillation Yield from
Crystallization
Process
Yield from
Azeotropic Evaporative
Distillation
Cooling
Relative Growth Rates
Polarities of for Industrial
Functional Crystals
Groups
Distillation Crystallization
Temps of Oil Equipment
Products

Batch Leaching
Distillation

Leaching Ideal
Stages

Gravity
Sedimentation

Compression
Zone Volume

Filtration

Rate of
Filtration

Page | 10