Industrial Chemical Process Design, 2nd Edition (Mechanical by Douglas Erwin

By Douglas Erwin

THE such a lot entire AND present PROBLEM-SOLVING TOOLKIT FOR CHEMICAL ENGINEERS AND technique DESIGNERS

Fully up to date for the newest advances within the box, Industrial Chemical procedure Design, moment variation offers a step by step technique and 25 downloadable, customizable, needs-specific software program functions that provide quickly, actual suggestions to advanced procedure layout difficulties. those functions uniquely fill the gaps left by means of huge, very dear advertisement method simulation software program programs used to choose, measurement, and layout business chemical strategy apparatus. Written by means of a professional advisor, this revised variation includes new info on:

  • Sustainable strength resources
  • The Fischer Tropsch gas-to-liquids approach
  • Ethanol fractionation
  • Mitigation strategies for atmospheric toxins, together with nitrogen oxides (NOx)
  • And more

Featuring greater than 2 hundred illustrations, this functional, entire source offers advanced operations and formulation in an easy-to-understand method and demonstrates tips to include worthwhile software program instruments into your day-by-day practice.

Coverage includes:

Fractionation tray layout and score * Oil/gas creation floor facility layout and ranking * Shell/tube, air finfan, and plate-frame exchangers * Fluid circulation piping layout and ranking * Liquid-liquid extraction * technique gear expense determination

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Additional info for Industrial Chemical Process Design, 2nd Edition (Mechanical Engineering)

Example text

5 ft) of piping. f L % GK Di hL ' V2 2 g The process conditions are: Step 4. Determine the friction factor, f, from the Moody Diagram (Figure 3-1) and the following values. 77 ft3/s). The required piping material is PVC. The design program now requires the pipe to be sized and the pressure drop in the line to be determined in order to select the pump. Solution: Step 1. 1 m/s). 022 from Figure 3-1. Step 5. 15 system operating conditions have been established, the minimum wall thickness is determined based on the pressure integrity requirements.

2) m = gasket factor, see Table 3-5 The required bolt area is then: 12 13 AWWA C110, p. 44. ASME Section VIII, pp. 327-333. g. ASME Section VIII, UCS23) Gasket seating is obtained with an initial load during joint assembly at atmosphere temperature and pressure. g. 50 124 (18,000) 150 (21,800) 179 (26,000) Self-energizing types (o-rings, metallic, elastomer) Notes: This table provides a partial list of commonly used gasket materials and contact facings with recommended design values m and y. These values have generally proven satisfactory in actual service.

7 to 343EC (-20 to 650EF). 1 (Power Piping). The design pressures for the common discharge header and the pump discharge pipes upstream of the isolation valve must be determined. Also the maximum allowable pressure is to be calculated assuming the relief valve on a pump does not operate when its discharge valve is closed. Solution: Step 1. Determination of design pressure for the 150 mm (6 in) header is as follows. 01799 ft3/lbm). 3, pp. 13-14. 9 psig) where: Pst = static head, kPa (psig) Step 2.

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