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Facilities Site Piping Systems Handbook [Kõva köide]

  • Formaat: Hardback, 544 pages, kõrgus x laius x paksus: 236x160x33 mm, kaal: 841 g, 250 Illustrations
  • Ilmumisaeg: 16-Oct-2012
  • Kirjastus: McGraw-Hill Professional
  • ISBN-10: 007176027X
  • ISBN-13: 9780071760270
Teised raamatud teemal:
Facilities Site Piping Systems HandbookSuurem pilt
  • Formaat: Hardback, 544 pages, kõrgus x laius x paksus: 236x160x33 mm, kaal: 841 g, 250 Illustrations
  • Ilmumisaeg: 16-Oct-2012
  • Kirjastus: McGraw-Hill Professional
  • ISBN-10: 007176027X
  • ISBN-13: 9780071760270
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780071760270.html
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.







Complete and current coverage of site piping systems for facilities

Featuring the latest codes and standards, this detailed resource discusses the design of facility piping systems that are installed on the site beyond the building wall. This is a comprehensive guide to the identification, measurement, transport, and disposal of various kinds of waterborne waste as well as to the supply of water and natural gas to facilities. Water conservation and reuse are also addressed. Written by a global expert in the field, this book provides the most up-to-date criteria and methods for the design of commercial, industrial, and institutional site facility systems.

Facilities Site Piping Systems Handbook covers:





Water wells Graywater Groundwater monitoring wells Water treatment Desalination Site domestic water service Site fire protection Site fuel gas systems Fats, oils, and grease interceptors, and motor oil separation units pH neutralization systems Infectious and biological waste drainage systems Nuclear waste Industrial waste Fire suppression water drainage Volatile liquids: treatment and disposal Stormwater harvesting and reuse Stormwater drainage and disposal Flow in ditches and open channels Sanitary gravity flow Pump discharge systems Underground piping design Freezing prevention of water and wastewater in exterior pipes and tanks Building rating and assessment systems
Preface xiii
Chapter 1 Water Wells
1(1)
General
1(1)
Codes and Standards
1(1)
Water Well System Components
1(7)
Well Drilling
8(1)
Water Well Design and Construction
9(1)
Well Development and Testing
10(1)
Water Level Measurement
11(1)
Testing for Yield
11(1)
Location of Wells
12(1)
Disinfection
12(1)
Well System Design Considerations
13(1)
Bibliography
13
Chapter 2 Graywater
1(1)
Introduction
1(1)
Definitions
1(1)
General
2(1)
Codes, Standards, and Regulations
2(4)
Graywater Background
6(1)
Sources
7(2)
Water Contaminants
9(4)
Treatment Technologies
13(3)
Treatment That Results in Potable Water
16(1)
Application
17(1)
Valves in Graywater Use
18(1)
Planning a System
18(1)
Bibliography
19
Chapter 3 Groundwater Monitoring Wells
1(1)
Codes and Standards
2(1)
Drilling Methods
2(1)
Casing
2(1)
Grout
2(1)
Intakes
2(1)
Well Development
3(1)
Finishing the Monior Well
4(1)
Bibliography
4
Chapter 4 Water Treatment
1(1)
General
1(3)
Codes and Standards
4(1)
Basic Water Chemistry
4(1)
Water Impurities
5(12)
Filters and Strainers
17(11)
Strainers
28(21)
Utility Water Treatment
49(4)
Bibliography
53
Chapter 5 Desalination
1(1)
General
1(1)
Economics
2(1)
Saline Water
2(1)
Component Selection Consideration
3(3)
Environmental Considerations
6(1)
Available Desalinization Technology
7(2)
Environmental Impacts
9(1)
Desalination Compared to Other Water Supply Options
10(1)
Experimental Techniques and Other Developments
10(2)
Bibliography
12
Chapter 6 Site Domestic Water Service
1(1)
Water Supplied from a Public Utility
1(1)
Codes and Standards
2(1)
Water Source
2(13)
System Design Procedure
15(3)
Bibliography
18
Chapter 7 Site Fire Protection
1(1)
Facility Water Supply
1(1)
General
1(1)
Codes and Standards
2(1)
Connection to Utility Company Mains
2(1)
System Components
3(14)
Storage Tank Capacity
17(1)
Pipe Material Selection
17(2)
Bibliography
19
Chapter 8 Site Fuel Gas Systems
1(1)
General
1(1)
Fuel Gas Description
1(1)
Codes and Standards
2(1)
Natural Gas
3(17)
Liquefied Petroleum Gas
20(12)
Bibliography
32
Chapter 9 Fats, Oils, and Grease Interceptors, and Motor Oil Separation Units
1(1)
General
1(1)
Codes and Standards
2(1)
Definitions
3(14)
Motor Oil Separation Units
17(3)
Bibliography
20
Chapter 10 pH Neutralization Systems
1(1)
General
1(2)
Codes and Standards
3(1)
Health and Safety Concerns
3(1)
Common Types of Acids
3(1)
Selection of Piping and Components
4(2)
pH Waste Treatment and Component Selection
6(6)
System Design Considerations
12(1)
Bibliography
12
Chapter 11 Infectious and Biological Waste Drainage Systems
1(1)
General
1(1)
Codes and Standards
2(1)
Biological Safety Levels
2(1)
Liquid Waste Decontamination System
3(2)
System Design
5(1)
Bibliography
5
Chapter 12 Nuclear Waste
1(1)
General
1(1)
Codes and Standards
1(1)
The Nature of Radiation
2(3)
System Design Criteria
5(4)
Bibliography
9
Chapter 13 Industrial Waste
1(1)
General
1(2)
Codes and Standards
3(3)
Design Considerations
6(1)
Elements of an Industrial Wastewater Handling System
7
Bibliography
3
Chapter 14 Fire Suppression Water Drainage
1(1)
System Description
1(1)
System Components
2(1)
System Sizing
3(4)
Bibliography
7
Chapter 15 Volatile Liquids: Treatment and Disposal
1(1)
General
1(1)
Double-Containment Piping
1(6)
Liquid Fuel Supply
7(1)
Codes and Standards
8(3)
Leak Detection and System Monitoring
11(7)
Diesel Fuel Systems
18(2)
Flammable and Volatile Liquids
20(5)
Bibliography
25
Chapter 16 Stormwater Harvesting and Reuse
1(1)
Codes and Standards
1(1)
Background
2(4)
System Components
6(8)
System Sizing and Component Design Parameters
14(3)
System Sizing for Typical Projects
17(1)
Estimating Water Available for Use
18(16)
Typical Tank Calculations
34(4)
Bibliography
38
Chapter 17 Stormwater Drainage and Disposal
1(1)
Stormwater Runoff
1(23)
Stormwater Permitting
24(1)
Codes and Standards
24(4)
Stormwater Disposal
28(6)
Bibliography
34
Chapter 18 Flow in Ditches and Open Channels
1(1)
Determining the Value for n in the Manning Formula
1(1)
Calculating the Hydraulic Radius of an Open Channel
1(2)
Suggested Design Requirements for Ditch Systems
3(2)
Headwalls and Wingwalls
5(5)
Sluice Gates
10(2)
Calculating the Flow of an Open Channel
12(1)
Bibliography
13
Chapter 19 Sanitary Gravity Flow
1(1)
General
1(1)
Codes and Standards
1(1)
Information to Be Obtained Prior to Design
2(1)
Gravity Sewer Components
2(5)
Sanitary Sewer Design Considerations
7(11)
Sizing the Sewer
18(3)
Bibliography
21
Chapter 20 Pump Discharge Systems
1(1)
Codes and Standards
1(1)
System Components
1(1)
Component Selection
2(5)
Component Sizing
7(4)
System Design Considerations
11(65)
Bibliography
76
Chapter 21 Underground Piping Design
1(1)
General
1(1)
Codes and Standards
1(1)
Pipe and Installation Classifications
1(2)
Loads Acting on a Pipe
3(25)
Bibliography
28
Chapter 22 The Freezing of Water
1(1)
General
1(1)
Codes and Standards
1(1)
Freezing of Water
1(5)
Sewer and Water Supply Piping Design
6(5)
Depth of Freeze in Soils
11(12)
Frost Closure of Vents
23(2)
Piping Connections to Water Tanks
25(3)
Bibliography
28
Chapter 23 Building Rating and Assessment Systems
1(1)
General
1(1)
Codes and Standards
2(1)
Definitions
2(1)
Approval of Authorities Having Jurisdiction
3(1)
LEED
4(6)
Green Globes
10(2)
Background for Sustainability
12(1)
Plumbing Engineering Opportunities
13(1)
Mechanical Contractor and Construction Team
14(1)
Green Roofs
14(1)
Legal Aspects of Green Building Design
15(1)
Bibliography
15
Appendix. Metric Conversions 1
Michael Frankel, CIPE, CPD, is president of Utility Systems Consultants. He has more than 35 years of experience in the plumbing industry and engineering and design profession, and is the author several books.