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Position: Chinese Standard in English/DL/T 5339-2006
DL/T 5339-2006   Code for hydraulic design of fossil fuel power plants (English Version)
Standard No.: DL/T 5339-2006 Status:superseded remind me the status change

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Language:English File Format:PDF
Word Count: 60000 words Price(USD):860.0 remind me the price change

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Implemented on:2006-10-1 Delivery: via email in 1 business day
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Standard No.: DL/T 5339-2006
English Name: Code for hydraulic design of fossil fuel power plants
Chinese Name: 火力发电厂水工设计规范
Chinese Classification: P61    Power station engineering
Professional Classification: DL    Professional Standard - Electricity
ICS Classification: 27.1 27.1    Power stations in general 27.1
Issued on: 2006-5-6
Implemented on: 2006-10-1
Status: superseded
Superseded by:DL/T 5339-2018 Code for hydraulic design of fossil fired power plant
Superseded on:2019-5-1
Language: English
File Format: PDF
Word Count: 60000 words
Price(USD): 860.0
Delivery: via email in 1 business day
1 Scope This standard specifies the design principles and the construction standards for the hydraulic structures. This standard is applicable to the design of constructed or extended condensing fossil fuel power plant where the steam turbine generator unit capacity is Class 125MW~600MW. This standard is applicable to the design of constructed or extended power plant. The design of other capacity of power plant or renovated engineering may make reference to this standard. 2 Normative References The following standards contain provisions which, through reference in this text, constitute provisions of this standard. For dated reference, subsequent amendments to (excluding correction to), or revisions of, any of these publications do not apply. However, the parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the standards. For undated references, the latest edition of the normative document referred to applies.
Contents Foreword i 1 Scope 2 Normative References 3 General Provisions 4 Water Source, Water Quantity, Water Quality and Water Management 4.1 Water Source 4.2 Water Quantity and Water Quality 4.3 Water Management 5 Water Supply System and Hydraulic Structure Layout 5.1 General Requirements of Water Supply System 5.2 Optimization Calculation of Water Supply System 5.3 Industrial Water and Make-Up Water System 5.4 Hydraulic Structure Layout 6 Surface Water Intake Structure and Pump House 6.1 General Requirements 6.2 Layout 6.3 Selection of Accessory Equipment 6.4 Hydraulic Power 6.5 Building Structure 7 Underground Water Intake Structure and Booster Pump House 7.1 General Requirements 7.2 Pipe Well 7.3 Large Open Well 7.4 Infiltration Gallery 7.5 Spring Chamber 7.6 Booster Pump House 8 Water Pipe, Trench and Channel 8.1 Selection and Arrangement of Pipe and Trench 8.2 Hydraulic Calculation for Pipe and Trench 8.3 Reinforced-concrete Pipe and Trench, and Ancillary Building 8.4 Underground Steel Pipe 8.5 Jacking-pipe of Steel Pipe 8.6 Shield Tunnel 8.7 Channel and Channel Building 8.8 Water Hammer Calculation and Protective Measure 9 Cooling tower 9.1 Basic Requirement 9.2 Thermal Force, Aerodynamic Force and Hydraulic Calculation 9.3 Basic Requirement of the structural Design and Material for Cooling Tower 9.4 Load and Calculation for Natural Draft Cooling Tower 9.5 Calculation for the Load and Internal Force of Mechanical Draft Cooling Tower 9.6 Water Spraying Device Frame 9.7 Construction Requirements 9.8 Air-cooling System Design 10 Water Surface Cooling 10.1 General Requirements 10.2 Cooling Pond 10.3 Watercourse Cooling 10.4 Gulf Cooling 11 Domestic Water 11.1 General Requirements 11.2 Domestic Pump House 11.3 Water Conveyance and Distribution 12 Water Supply Treatment 12.1 General Requirements 12.2 Water supply treatment system 13 Drainage 13.1 Domestic Sewage Quantity, Production Waste Water Quantity and Rain Water Quantity 13.2 Drainage System 13.3 Drainage Pipe Channels and Ancillary Buildings 13.4 Drainage Pumping Station 14 Sewage Treatment and Utilization 14.1 General Requirements 14.2 Sewage treatment 14.3 Treatment of Waste Water Containing Coal 14.4 Centralized production waste water treatment 15 Building Water Supply and Drainage 16 Extraneous Waterpower Ash Removal Pipe and Trench As Well As Ash Water Recycle Pipe 16.1 General Requirements 16.2 Cinder pipeline 16.3 Ash Water Recycle System 16.4 Buttress and Bracket 16.5 Gravity Flow Cinder Trench 17 Ash Storage Yard 17.1 General Requirements 17.2 Dam Body or Dike of Wet Ash Storage Yard 17.3 Drainage and Flood Discharge Structures In Wet Ash Storage Yard 17.4 Dry Ash Storage Yard 17.5 Ash Yard Engineering Management Design Appendix A (Informative) Yearly Depreciation of Supply Equipments and Hydraulic Structures Appendix B (Normative) Adjustment Table for Precautionary Intensity of Seismic Measures for the Hydraulic Structures Appendix C (Normative) Standards for Drinking Water Quality Appendix D (Normative) Water Quality Standard for Domestic Miscellaneous Water Appendix E (Normative) Minimum Net Level Distance between Underground Pipelines Appendix F (Informative) The Determination of Geometric Dimension and Hydraulic Calculation for Siphon Wells Appendix G (Informative) Recommended Values and the Formulae for Local Loss Coefficients, Adjacent Effect Coefficients of Combined Bent Pipes Appendix H (Normative) Minimum Structure Thickness of Underground Steel Pipe (Steel Q235) Wall Appendix I (Normative) Anticorrosive Grade Selection of Steel Pipes Appendix J (Informative) Empirical Value of Unit Penetration Resistance qA of Soil Appendix K (Normative) Value of the Design Air Temperature of the Inner Wall of Ventilating Pipe in Natural Draft Cooling Tower Appendix L (Informative) Calculation Method for Equivalent Static Load of Fan And Motor in Mechanical Draft Cooling Tower Appendix M (Informative) Common Type of the Expansion Joint (Flexible Joint) of Reinforced Concrete Pipe Trench
Referred in DL/T 5339-2006:
*GB/T 1591-2018 High strength low alloy structural steels
*GB 3838-2002 Environmental quality standards for surface water
*GB 5749-2006 Standards for drinking water quality
*GB/T 7190.2-2018 Mechanical draft cooling towers—Part 2:Large open cooling towers
*GB 8923-1988 Rust grades and Preparation Grades of Steel Surfaces before Applicati
*GB 8978-1996 Integrated Wastewater Discharge Standard
*GB 50007-2011 Code for design of building foundation
*GB 50009-2012 Load Code for the Design of Building Structures
*GB 50010-2010(2015) Code for design of concrete structures
*GB 50011-2010(2016) Code for Seismic Design of Buildings (2016)
*GB 50015-2019 Standard for design of building water supply and drainage
*GB 50017-2017 Code for design of steel structures
*GB 50027-2001 Standard for hydrogeological investigation of water-supply
*GB 50032-2003 Code for seismic design of outdoor water supply sewerage gas and heating engineering
*GB 50050-2007 Code for Design of Industrial Recirculating Cooling Water Treatmen
*GB 50176-2016 Code for thermal design of civil building
*GB 50191-2012 Design code for antiseismic of special structures
*GB 50204-2015 Code for acceptance of constructional quallty of concrete structures
*GB 50286-2013 Code for design of levee project
*GB 50296-2014 Technical standard for well
*GB 50332-2002 Structural design code for pipelines of water supply and waste water engineering
*GB 50335-2016 Code for Design of Wastewater Reclamation and Reuse
*GB 700-1988
*GB/T 4948-2002 Sacrificial anode of Al-Zn-In series alloy
*GB/T 4949-2018 Chemical analysis methods for sacrificial anodes of Al-Zn-In system alloy
*GB/T 4950-2002 Sacrificial anode of Zn-Al-Cd alloy
*GB/T 16166-2013 anode cathodic protection for seawater cooling system in coastal power station station
*GB/T 17005-2019 General requirements for impressed current cathodic protection system of coastal structures
*GB/T 17219-1998 Standard for Safety Evaluation of Equipment and Protective Mater
*GB/T 18916.1-2012 Norm of water intake Part 1:Fossil fired power production
*GB/T 50102-2014 Code for design of cooling for industrial recirculating water
*GB 50013-2018 Code for design of outdoor water supply engineering
*GB 50014-2006(2016) Code for Design of Outdoor Wastewater Engineering
*GBJ 22-1987 Specifications for the Design of Factory and Mine Roads
*CJJ 40-2011 Code for design of water supply engineering using high-turbidity raw water
*CJ/T 48-2014
*CJ 3082-1999 Discharge standard for municipal wastewater
*DL/T 742-2019 Quality standard of plastic parts for wet cooling tower
*DL 5000-2000 Technical code for designing fossil fuel power plants
*DL 5031-1994 The code of erection and acceptance for electirc power construction piping section
*DLT5073-
*DLT5077-
*DL/T 5034-2006 Technical code for the hydrogeological investigation of electric power engineering
*DL/T 5045-2006 Code for design of ash slag damming of fossil fuel power plants
*DL/T 5046-2018 Code for design of wastewater treatment of power plant
*DL/T 5057-2009 design specification for hydraulic concrete structures
*DL/T 5064-2007 Design specifications for land requisition resident relocation planning of hydroelectric project
*DL/T 5082-1998 Design specifications of hydraulic structures against ice and freezing action
*DL/T 5153-2014 Technical Rules for Designing Auxiliary Power System of Fossil Fuel Power Plants
*DL/T 712-2010 Guideline for the selection of condenser and auxiliary cooler tube materials in power plant
*DL/T 783-2018 Water saving guideline for thermal power plant
*DL/T 5195-2004 Specification for design of hydraulic tunnel
*JTJ 213-1998 Code for sea port hydrology
*JTJ 225-1998 Code of Earthquake Resistant Design for Water Transport Engineering
*JTJ 267-1998 Design Code for Harbour Engineering Concrete Structures
*JTJ 275-2000 Corrosion Prevention Technical Specifications for Concrete Structures of Marine Harbour Engineering
*JTJ 298-1998 Code of Design and Construction of Breakwaters
*CECS 110-2000 Specification for design of water supply treatment of low temperature and turbidity water
Code of China
Standard
DL/T 5339-2006  Code for hydraulic design of fossil fuel power plants (English Version)
Standard No.DL/T 5339-2006
Statussuperseded
LanguageEnglish
File FormatPDF
Word Count60000 words
Price(USD)860.0
Implemented on2006-10-1
Deliveryvia email in 1 business day
Detail of DL/T 5339-2006
Standard No.
DL/T 5339-2006
English Name
Code for hydraulic design of fossil fuel power plants
Chinese Name
火力发电厂水工设计规范
Chinese Classification
P61
Professional Classification
DL
ICS Classification
Issued by
Issued on
2006-5-6
Implemented on
2006-10-1
Status
superseded
Superseded by
DL/T 5339-2018 Code for hydraulic design of fossil fired power plant
Superseded on
2019-5-1
Abolished on
Superseding
Language
English
File Format
PDF
Word Count
60000 words
Price(USD)
860.0
Keywords
DL/T 5339-2006, DL 5339-2006, DLT 5339-2006, DL/T5339-2006, DL/T 5339, DL/T5339, DL5339-2006, DL 5339, DL5339, DLT5339-2006, DLT 5339, DLT5339
Introduction of DL/T 5339-2006
1 Scope This standard specifies the design principles and the construction standards for the hydraulic structures. This standard is applicable to the design of constructed or extended condensing fossil fuel power plant where the steam turbine generator unit capacity is Class 125MW~600MW. This standard is applicable to the design of constructed or extended power plant. The design of other capacity of power plant or renovated engineering may make reference to this standard. 2 Normative References The following standards contain provisions which, through reference in this text, constitute provisions of this standard. For dated reference, subsequent amendments to (excluding correction to), or revisions of, any of these publications do not apply. However, the parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the standards. For undated references, the latest edition of the normative document referred to applies.
Contents of DL/T 5339-2006
Contents Foreword i 1 Scope 2 Normative References 3 General Provisions 4 Water Source, Water Quantity, Water Quality and Water Management 4.1 Water Source 4.2 Water Quantity and Water Quality 4.3 Water Management 5 Water Supply System and Hydraulic Structure Layout 5.1 General Requirements of Water Supply System 5.2 Optimization Calculation of Water Supply System 5.3 Industrial Water and Make-Up Water System 5.4 Hydraulic Structure Layout 6 Surface Water Intake Structure and Pump House 6.1 General Requirements 6.2 Layout 6.3 Selection of Accessory Equipment 6.4 Hydraulic Power 6.5 Building Structure 7 Underground Water Intake Structure and Booster Pump House 7.1 General Requirements 7.2 Pipe Well 7.3 Large Open Well 7.4 Infiltration Gallery 7.5 Spring Chamber 7.6 Booster Pump House 8 Water Pipe, Trench and Channel 8.1 Selection and Arrangement of Pipe and Trench 8.2 Hydraulic Calculation for Pipe and Trench 8.3 Reinforced-concrete Pipe and Trench, and Ancillary Building 8.4 Underground Steel Pipe 8.5 Jacking-pipe of Steel Pipe 8.6 Shield Tunnel 8.7 Channel and Channel Building 8.8 Water Hammer Calculation and Protective Measure 9 Cooling tower 9.1 Basic Requirement 9.2 Thermal Force, Aerodynamic Force and Hydraulic Calculation 9.3 Basic Requirement of the structural Design and Material for Cooling Tower 9.4 Load and Calculation for Natural Draft Cooling Tower 9.5 Calculation for the Load and Internal Force of Mechanical Draft Cooling Tower 9.6 Water Spraying Device Frame 9.7 Construction Requirements 9.8 Air-cooling System Design 10 Water Surface Cooling 10.1 General Requirements 10.2 Cooling Pond 10.3 Watercourse Cooling 10.4 Gulf Cooling 11 Domestic Water 11.1 General Requirements 11.2 Domestic Pump House 11.3 Water Conveyance and Distribution 12 Water Supply Treatment 12.1 General Requirements 12.2 Water supply treatment system 13 Drainage 13.1 Domestic Sewage Quantity, Production Waste Water Quantity and Rain Water Quantity 13.2 Drainage System 13.3 Drainage Pipe Channels and Ancillary Buildings 13.4 Drainage Pumping Station 14 Sewage Treatment and Utilization 14.1 General Requirements 14.2 Sewage treatment 14.3 Treatment of Waste Water Containing Coal 14.4 Centralized production waste water treatment 15 Building Water Supply and Drainage 16 Extraneous Waterpower Ash Removal Pipe and Trench As Well As Ash Water Recycle Pipe 16.1 General Requirements 16.2 Cinder pipeline 16.3 Ash Water Recycle System 16.4 Buttress and Bracket 16.5 Gravity Flow Cinder Trench 17 Ash Storage Yard 17.1 General Requirements 17.2 Dam Body or Dike of Wet Ash Storage Yard 17.3 Drainage and Flood Discharge Structures In Wet Ash Storage Yard 17.4 Dry Ash Storage Yard 17.5 Ash Yard Engineering Management Design Appendix A (Informative) Yearly Depreciation of Supply Equipments and Hydraulic Structures Appendix B (Normative) Adjustment Table for Precautionary Intensity of Seismic Measures for the Hydraulic Structures Appendix C (Normative) Standards for Drinking Water Quality Appendix D (Normative) Water Quality Standard for Domestic Miscellaneous Water Appendix E (Normative) Minimum Net Level Distance between Underground Pipelines Appendix F (Informative) The Determination of Geometric Dimension and Hydraulic Calculation for Siphon Wells Appendix G (Informative) Recommended Values and the Formulae for Local Loss Coefficients, Adjacent Effect Coefficients of Combined Bent Pipes Appendix H (Normative) Minimum Structure Thickness of Underground Steel Pipe (Steel Q235) Wall Appendix I (Normative) Anticorrosive Grade Selection of Steel Pipes Appendix J (Informative) Empirical Value of Unit Penetration Resistance qA of Soil Appendix K (Normative) Value of the Design Air Temperature of the Inner Wall of Ventilating Pipe in Natural Draft Cooling Tower Appendix L (Informative) Calculation Method for Equivalent Static Load of Fan And Motor in Mechanical Draft Cooling Tower Appendix M (Informative) Common Type of the Expansion Joint (Flexible Joint) of Reinforced Concrete Pipe Trench
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Keywords:
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