Tabs Page Guide T(table) / P (page) / E (equations) / F (figures) Chapter - Number

Page Tabs Description

1-17 2-5 2-26 2-46 2-53 2-59 2-63 2-85 2-89 2-92 2-93 2-108 2-114

T1-13 T2-1 T2-2 T2-5 T2-8 T2-9 T2-10 T2-20 T2-22 T2-31 T2-32 T2-58 P2-114

Gas Physical Physical Vapor Vapor Vapor Vapor Solubilities Henry’s Density of Densitie Density of Laten
Constants Properties Properties Pressur Pressur Pressures Pressures Constant Liquid s of Ethanol Heats
(Inorganic) (Organic) e of e of (Inorganic) (Organic) Water Liquids
Water Liquids

2-149 2-156 2-176 2-183 2-194 2-260 2-262 2-267 2-282 2-283 2-285 2-288 2-289

T2-75 T2-76 P2-176 T2-106 T2-110 F2-17 T2-135 T2-138 F2-19 T2-141 T2-142 T2-144 T2-145

Specific Cp/Cv Heats of Critical Thermo Enthalpy Steam Vapor Viscositie Diffusiv Diffusivi Prandtl Vapor
Heat Solution Constants Properties Concentr Tables Viscosity s of ities ties No. Therma
ation
(Hyperbol (Air) (NaOH)
Liquids (Gases (Liquids (Air) Conduct
ic) and )
Vapors)
y

2-326 2-327 2-347 2-348 2-349 4-11 4-11 4-11 4-11 4-11 4-11 4-15 4-16

E2-24 E2-30 T2-169 T2-170 T2-172 E4-73 E4-74 E4-75 E4-83 E4-84 E4-85 P4-15 E4-137

Antoine Clausius ZO Z1 Relations Virial BO B1 Generic a(T) b Phase Exces

hips for Cubic
Equation Clapeyron Equations Equatio
Rule Proper
Equation Common (B) ns of
Cubic State
EOS

E4-00 E4-00 E4-00 E4-00 E4-00 E4-00 E4-00 E4-00 E4- 00 E4- 00 E4- 00 E4- 00 E4- 00

Virial Residual Residual dB0/dTr dB’/dTr C0 C1 C^ EOS EOS β q Volum

Equations Enthalpy Entropy (Vapor) (Liquid) Expansiv
(B and C)

5-4 5-4 5-4 5-4 5-7 5-7 5-8 5-8

E4- 00 E4- 00 E4- 00 E4- 00 P4-00 P5-4 E5-7 E5-8 E5-9 E5-33 E5-39 P5-8 P5-8

Liquids Enthalpy Entropy Clapeyron Trouton’s Conductio Conduc Conduc Conduc Convectio ΔTlm Natural Forced
P, V, T (Liquid) (Liquid) Equation Rule n tion tion tion n Convectio Convect
Relationsh (Cylind (Sphere (Series) n
ip er) )

5-9 5-13 5-48 5-49 5-51 5-63 5-73 6-10 6-11 6-11 6-11 6-11 6-11

E5-57 P5-13 T5-11 T5-13 T5-14 T5-19 P5-72 F6-9 T6-2 E6-34 E6-35 P6-11 E6-37

Nusselt Radiation Correlatio Atomic Correlatio Mass Mass Fanning Surface f Poiseuille Re x f1/2 Colebro
No. n for n for
Diffusivitie
Diffusion Diffusivitie
Transfer Transfer Friction Roughnes (Laminar Equation Equatio
(Turbul s Volumes s Correlation Coefficient Factor s Flow)
ent) (Gases) (Liquids) s s

6-12 6-12 6-12 6-13 6-17 6-22 6-22 6-33 6-33 6-34 6-44 6-46 6-46

E6-45 E6-46 P6-12 P6-13 T6-5 P6-22 E6-115 P6-34 E6-164 F6-40 T6-9 E6-237 E6-242

Lent/D Lent/D Non- Froude Addt’l Mach No. Compress Impeller Impeller Power Dimension Drag Stokes
circular Frictional ible Flow Reynold Number less
(Laminar) (Turbulent) No. Loss, K Agitation
Force Law
Conduit s No. Groups
Fr (Turbulent)
 s ReI

6-47 7-6 7-7 7-9 7-11 7-11 7-15 7-28 7-28 7-28 7-29 7-32 7-32

E6-246 E7-8 P7-7 P7-9 T7-2 T7-3 E7-92 P7-28 P7-28 E7-155 E7-158 E7-170 E7-171

Archime Arrhenius Stoichiom Ideal Batch/ CSTR Michaelis Monod-Type Electro Faraday’s Nernst Kinetics Half-Lif
des No. Equation etric Reactors Menten Empirical chemistry Law Equation (1st and nth (1st and n
Balances PFR (First Order)
Equation Kinetics order) order)
(First
Order)

10-7 10-10 10-12 10-12 10-15 10-24 10-25 10-28 10-31 10-38 10-38 10-42 10-70

P10-7 E10-11 F10-10 P10-12 E10-20 P10-24 P10-25 E10-55 T10-13 P10-38 E10-67 P10-42 T10-22

Manomete Pitot Tube v/vmax Flowmeter Orifice / Pump NPSHA Pump Affinity Compress Adiabatic Fans and Proper
r s Venturi Power Specific Laws ors Equation Blowers s of
Meter Output Speed Stee
Pipe

11-6 11-39 11-71 11-71 11-89 11-93 11-93 12-3 12-4 12-5 12-7 12-8 12-10

F11-4 T11-12 E11-86 E11-87 P11-89 F11-112 E11-108 P12-03 P12-4 T12-3 F12-1 F12-2 T12-4

Ft Tube COPR COPHP Evaporatio Duhring BPR Humidity Saturation Antoine Psychrom Psychro Propert
Coeffici etric metric s of
BWG n Line Equations Vapor Chart Chart
Pressure ents for (SI) (English
Saturate
Water Units) Air

12-32 12-33 13-6 13-7 13-7 13-13 13-14 13-14 13-18 13-78 14-104 15-7 15-90

P12-32 T12-11 F13-3 F13-4 E13-2 P13-13 E13-25 F13-20 E13-32 T13-21 F14-101 T15-1 E15-17

Dryer Classificati Benzene Benzene Relative McCabe Reflux Feed Line Fenske Organic Particle Partition Ergun
on of
Criteria Commercia
Toluene Toluene Volatility Thiele Ratio (Nmin) Reactions Classificati Ratio Fluidize
l x-y curves T-x-y Method on Bed
Dryer curves

16-12 16-12 16-12 17-3 17-3 18-55 18-61 18-75 18-93 18-94 18-95 18-96 18-97

E16-12 E16-17 E16-18 E17-1 P17-3 P18-55 E18-51 T18-12 P18-93 E18-82 E18-88 E18-100 E18-10

Langmuir Freundlich Toth Ergun Remf Leaching Tiller-Tour Thickener Centrifuge Centrif Cake Stress in Centrifug
and ugal Gravity
Isotherm Isotherm Isotherm Equation Clarifier
s Porosity Centrifuge (termina
Design Force Rotor velocity)
Criteria

18-112 18-112 19-28 21-67 21-69 21-69 21-69 21-70 21-71 21-83 21-85 21-88 22-65

P18-112 E18-120a E19-62 P21-67 E21-121 E21-122 E21-123 T21-15 F21-131 E21-143 E21-145 P21-88 P22-65

Centrif Filtration Ergun Size Kick’s Law Rittinger’s Bond’s Work Industrial Critical Ball Mill Size Sludge
ugal Equation
Rate (with
Reduction Law Law Indices Mills Speed Efficiency Enlargem Process
Filtratio sphericity) (Ball Mill) ent
n

23-6 23-43

P23-6 E23-33
9th
(Last upd
Hazard Adiabatic
ous Expansion
Materia
ls
Disclaimer: This list is not the standard tabs for Perry’s Handbook. The following are the common tables, pages (for concepts),
equations, and figures based on the seller’s experience. The user can always add or modify the list according to his/her
preference. The template is accessible at the QR code provided, and extra stickers are available in the kit.