Page 8 - Applied Process Design for Chemical and Petrochemical Plants Volume I

Estimating Blast Pressures and Destruction, 501; Blast Scaling, Stainless Steel Pipe Data, 588; A-16: Properties of Pipe, 589:
503; Example 7-15: Blast Scaling, 503; Example 7-16: Estimat- A-17: Equation of Pipes, 598; A-18: Circumferences and Areas of
ing Explosion Damage, 504; Explosion Venting for Circles, 599; A-19: Capacities of Cylinders and Spheres, 605;
6ases/Vapors (Not Dusts), 504; Liquid Mist Explosions, 505; A-20: Tank Capacities, Horizontal Cylindrical-Contents of
Relief Sizing: Explclsions of Gases and Vapors, 505; Vent or Tanks with Flat Ends When Filled to Various Depths, 609; A-21:
Relief Area Calculation for Venting of Deflagrations in Low- Tank Capacities, Horizontal Cylindrical-Contents of Standard
Strength Enclosures, 507; Example 7-17: Low Strength Enclo- Dished Heads When Filled to Various Depths, 609; A-22: Mis
sure Venting, 508; High Strength Enclosures for Deflagrations, cellaneous Formulas, 610; A-23: Decimal Equivalents in Inches,
508; Determination of Relief Areas for Deflagrations of Feet and Millimeters, 611; A-24: Properties of the Circle, Area of
Gases/Vapors/Mists in High Strength Enclosures, 508; Dust Plane Figures, and Volume of a Wedge, 612; A-24 (continued):
Explosions, 513; Example 7-18: Use of the Dust Nomographs, Trigonometric Formulas and Properties of Sections, 613; A-24
514; Unconfined Vapor Cloud Explosions, 520; Effects of Vent- (continued): Properties of Sections, 614; A-25: Wind Chill
ing Ducts, 521; Runaway Reactions; DIERS, 521; Flares/Flare Equivalent Temperatures on Exposed Flesh at Varying Velocity,
Stacks, 523; Flares, 528; Example 7-19: Purge Vessel by Pressur- 617; A-26 Impurities in Water, 617; A-27: MJater Analysis Con-
ization, 535; Static E:lectricity, 535. versions for Units Employed: Equivalents, 618; A-28: Parts Per
Million to Grains Per US. Gallon, 618; A-9: Formulas, Molecu-
......... C....... ....... ..... ..... .... ....... ...... .... ..... 547 lar and Equivalent Weigh&, and Conversion Factors to CaCoB of
Appendix ....Is......m
Substances Frequently Appearing in the Chemistry of Water
A-1: Alphabetical Conversion Factors, 347; A-2: Physical Proper- Softening, 619; A-30: Grains Per US. Gallons-Pounds Per 1000
ty Conversion Factors, 571; A-3: Synchronous Speeds, 574; A-4 Gallons, 621; A-31: Part5 Per Million-Pounds Per 1000 Gallons,
Conversion Factors, 574; A-5: Temperature Conversion, 577; 621; A-32: Coagulant, Acid, and Sulfate-I ppm Equivalents,
A-6: Altitude and Atmospheric Pressures, 578; A-7: Vapor Pres- 621; A-33: Alkali and Lime-I ppm Equivalents, 622; A-34: Sul-
sure Curves, 579; A-8: Pressure Conversion Chart, 580; A-9: Vac- furic, Hydrochloric Acid Equivalent, 622; A-35: ASME Flanged
uum Conversion, 581; A-IO: Decimal and Millimeter Equiva-
lents of Fractions, 582; A-11: Particle Size Measurement, 582; and Dished Heads IDD Chart, 623; A-35 (continued) : Elliptical
-4-12: Viscosity Corcversions, 583; A-13: Viscosity Conversion, Heads. 624; A-35 (continued): 80-10 Heads, 625.
.......
584; 21-14: Commercial Wrought Ste'el Pipe Data, 585; A-15:
Index ........... ................ ....n .... =.... ..... ..DI...~s...~.......~~.~....O
626