Industrial piping and equipment estimating manual /
Industrial Piping and Equipment Estimating Manual, Second Edition delivers a comprehensive overview of information that engineers, estimators, and managers need to develop estimates and create bids. Packed with worksheets covering combined and simple cycle power plants, refineries, compressor statio...
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| Corporate Author: | |
| Format: | eBook |
| Language: | English |
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Amsterdam, Netherlands ; Oxford, United Kingdom ; Cambridge MA :
Elsevier,
[2024]
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| Edition: | Second edition. |
| Subjects: | |
| Online Access: | Connect to the full text of this electronic book |
Table of Contents:
- Front Cover
- Industrial Piping and Equipment Estimating Manual
- Industrial Piping and Equipment Estimating ManualSecond EditionKenneth StormCalifornia General Engineering, Mathematical As ...
- Contents
- Preface
- Introduction
- Introduction
- Labor productivity and analysis
- Productivity measurement
- Nonrepetitive one-cycle time study and man-hour analysis
- Code of accounts and foreman's report-job cost-by-cost code and type
- Foreman's report
- Comparison method
- Estimating equipment by comparison
- The main advantages of comparison method
- Unit quantity method
- Labor factors
- 1
- Process piping
- 1.1 Section introduction-piping schedules and tables
- 1.2 Piping section general notes
- 1.3 Schedule A-combined cycle power plant piping
- 1.3.1 Handle and install pipe, carbon steel, welded joint
- 1.3.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.3.3 Welding-SOL, TOL, WOL
- 1.3.4 Welding stub in
- 1.3.5 PWHT craft support labor
- 1.3.6 Field bolt-up of flanged joints by weight class
- 1.3.7 Field handle valves/specialty items by weight class
- 1.4 Schedule B-simple cycle power plant piping
- 1.4.1 S10S and lighter stainless-steel piping
- 1.4.2 Carbon steel pipe, welded joint
- 1.4.3 Field bolt-up of flanged joints by weight class
- 1.4.4 Field handle valves/specialty items by weight class
- 1.5 Schedule C-refinery plant piping
- 1.5.1 Handle and install pipe, carbon steel, welded joint
- 1.5.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.5.3 Welding-SOL, TOL, WOL
- 1.5.4 PWHT craft support labor
- 1.5.5 Field bolt-up of flanged joints by weight class
- 1.5.6 Field handle valves/specialty items by weight class
- 1.6 Schedule D-petroleum tank farm piping
- 1.6.1 Handle and install pipe, carbon steel, welded joint
- 1.6.2 Welding butt weld, carbon steel, SMAW-downhill/uphill.
- 1.6.3 Welding-SOL, TOL, WOL
- 1.6.4 Field bolt-up of flanged joints by weight class
- 1.6.5 Field handle valves/specialty items by weight class
- 1.7 Schedule E-brewery, food processing plants
- 1.7.1 S10S and lighter stainless-steel piping
- 1.7.2 Carbon steel pipe, welded joint
- 1.7.3 Field bolt-up of flanged joints by weight class
- 1.7.4 Field handle valves/specialty items by weight class
- 1.8 Schedule F-pump and compressor station piping
- 1.8.1 Handle and install pipe, carbon steel, welded joint
- 1.8.2 Welding butt weld, carbon steel, SMAW-downhill/uphill
- 1.8.3 Welding-SOL, TOL, WOL
- 1.8.4 PWHT craft support labor
- 1.8.5 Field bolt-up of flanged joints by weight class
- 1.8.6 Field handle valves/specialty items by weight class
- 1.9 Schedule G-coal and gas fired power plant
- 1.9.1 Handle and install pipe, carbon steel, welded joint
- 1.9.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.9.3 Welding-SOL, TOL, WOL
- 1.9.4 PWHT craft support labor
- 1.9.5 Field bolt-up of flanged joints by weight class
- 1.9.6 Field handle valves/specialty items by weight class
- 1.10 Schedule H-pulp and paper plant
- 1.10.1 Handle and install pipe, carbon steel, welded joint
- 1.10.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.10.3 Welding-SOL, TOL, WOL
- 1.10.4 PWHT craft support labor
- 1.10.5 Field bolt-up of flanged joints by weight class
- 1.10.6 Field handle valves/specialty items by weight class
- 1.11 Schedule I-industrial package boiler
- 1.11.1 Handle and install pipe, carbon steel, welded joint
- 1.11.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.11.3 Welding-SOL, TOL, WOL
- 1.11.4 PWHT craft support labor
- 1.11.5 Field bolt-up of flanged joints by weight class
- 1.11.6 Field handle valves/specialty items by weight class
- 1.12 Schedule J-hydrogen plant pipping.
- 1.12.1 Handle and install pipe, carbon steel, welded joint
- 1.12.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.12.3 Welding-SOL, TOL, WOL
- 1.12.4 PWHT craft support labor
- 1.12.5 Field bolt-up of flanged joints by weight class
- 1.12.6 Field handle valves/specialty items by weight class
- 1.13 Schedule K-diesel power plant piping
- 1.13.1 Handle and install pipe, carbon steel, welded joint
- 1.13.2 Welding butt weld, carbon steel, SMAW-downhill/uphill
- 1.13.3 Welding-SOL, TOL, WOL
- 1.13.4 PWHT craft support labor
- 1.13.5 Field bolt-up of flanged joints by weight class
- 1.13.6 Field handle valves/specialty items by weight class
- 1.14 Schedule l-solar power plant
- 1.14.1 Handle and install pipe, carbon steel, welded joint
- 1.14.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.14.3 Welding-SOL, TOL, WOL
- 1.14.4 PWHT craft support labor
- 1.14.5 Field bolt-up of flanged joints by weight class
- 1.14.6 Field handle valves/specialty items by weight class
- 1.15 Schedule M-biomass plant
- 1.15.1 Handle and install pipe, carbon steel, welded joint
- 1.15.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.15.3 Welding-SOL, TOL, WOL
- 1.15.4 PWHT craft support labor
- 1.15.5 Field bolt-up of flanged joints by weight class
- 1.15.6 Field handle valves/specialty items by weight class
- 1.16 Schedule N-ethanol plant
- 1.16.1 Handle and install pipe, carbon steel, welded joint
- 1.16.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.16.3 Welding-SOL, TOL, WOL
- 1.16.4 PWHT craft support labor
- 1.16.5 Field bolt-up of flanged joints by weight class
- 1.16.6 Field handle valves/specialty items by weight class
- 1.17 Schedule O-water treatment plant
- 1.17.1 S10S and lighter stainless-steel piping
- 1.17.2 Carbon steel pipe, welded joint
- 1.17.3 Field bolt-up of flanged joints by weight class.
- 1.17.4 Field handle valves/specialty items by weight class
- 1.18 Schedule P-geothermal plant
- 1.18.1 Handle and install pipe, carbon steel, welded joint
- 1.18.2 Welding butt weld, carbon steel, SMAW-uphill
- 1.18.3 Welding-SOL, TOL, WOL
- 1.18.4 PWHT craft support labor
- 1.18.5 Field bolt-up of flanged joints by weight class
- 1.18.6 Field handle valves/specialty items by weight class
- 1.19 Schedule Q-industrial plant piping
- 1.19.1 Welding, carbon steel, socket weld
- 1.19.2 Hydrostatic testing
- 1.19.3 Cut and prep weld joint
- 1.19.4 PVC piping
- 1.19.5 Copper piping
- 1.19.6 Screwed pipe
- 1.20 Schedule I-underground drainage piping for industrial plants
- 1.20.1 Handle and install pipe, cast iron-lead and mechanical joint
- 1.20.2 Handle and install pipe, cast iron soil-no hub
- 1.20.3 Handle and install pipe, concrete, and vitrified clay
- 1.20.4 Pipe trench-machine, hand excavation, backfill, and sand bedding
- 1.21 Schedule S-simple foundations for industrial plants
- 1.22 Schedule T-pipe supports and hangers
- 1.23 Schedule U-alloy and nonferrous weld factors
- 1.24 Sample process piping estimates
- 1.24.1 Estimate sheet 1-handle and install pipe-welded joint
- 1.24.2 Estimate sheet 2-welding: BW, SW, PWHT Arc-uphill
- 1.24.3 Estimate sheet 3-bolt-up of flanged joint by weight class
- 1.24.4 Estimate sheet 4-handle valves by weight class
- 1.24.5 Estimate sheet 5-pipe supports
- 1.24.6 Estimate sheet 6-instrument
- 1.24.7 Estimate sheet 7-summary of HP piping and supports
- 1.25 Standard and line pipe-wall thickness
- 2
- Combined cycle power plant equipment
- 2.1 Scope of field work for each F class CTG
- 2.2 F class CTG estimating data
- 2.2.1 Center line equipment sheet 1
- 2.2.2 Generator enclosure sheet 2
- 2.2.3 Inlet filter house sheet 3
- 2.3 F class CTG installation estimate.
- 2.3.1 Center line equipment sheet 1
- 2.3.2 Generator enclosure sheet 2
- 2.3.3 Inlet filter house sheet 3
- 2.3.4 Exhaust duct and stack sheet 4
- 2.4 F class CTG-equipment installation man-hours
- 2.5 Reheat double flow STGS, sheet 1
- 2.6 Reheat double flow STGS, sheet 2
- 2.7 Double flow STG estimating data
- 2.7.1 Center line equipment sheet 1
- 2.7.2 HP/IP turbine and front standard sheet 2
- 2.7.3 Final turbine assembly sheet 3
- 2.7.4 Turbine-generator acoustic enclosure sheet 4
- 2.7.5 Generator installation sheet 5
- 2.8 Double flow STG installation estimate
- 2.8.1 Center line equipment t sheet 1
- 2.8.2 HP/IP turbine and front standard sheet 2
- 2.8.3 Final turbine assembly sheet 3
- 2.8.4 Turbine-generator acoustic enclosure sheet 4
- 2.8.5 Generator installation sheet 5
- 2.9 Reheat double flow STG installation man-hours
- 2.10 Scope of field work for each three-wide HRSG
- 2.11 HRSG-triple pressure, three-wide estimate data
- 2.11.1 Module casing sheet 1
- 2.11.2 Duct work and SCR/CO sheet 2
- 2.11.3 Baffles, modules, pressure vessels, and duct burner sheet 3
- 2.11.4 Platforms, skids, and SCR/CO internals sheet 4
- 2.11.5 Stack and breeching sheet 5
- 2.12 HRSG-triple pressure, three-wide estimate
- 2.12.1 Module casing sheet 1
- 2.12.2 Duct work SCR/CO sheet 2
- 2.12.3 Baffles, modules, pressure vessels, and duct burner sheet 3
- 2.12.4 Platforms, skids, and SCR/CO internals sheet 4
- 2.12.5 Stack and breeching sheet 5
- 2.13 HRSG-triple pressure
- three-wide installation man-hours
- 2.14 Scope of field work for each double wide HRSG
- 2.15 HRSG-triple pressure double wide estimate data
- 2.15.1 Module casing sheet 1
- 2.15.2 Duct work SCR and inlet sheet 2
- 2.15.3 Baffles, modules, pressure vessel sheet 3
- 2.15.4 Platforms, skids, and SCR/CO internals sheet 4.