This standard specifies the content and depth of primary design document of fossil fuel power plants.
This standard is applicable to solid fossil fuel burning for 125MW (or above) unit capacity and primary design of constructed and extended fossil fuel power plant which employs direct firing mode. Unit below 125MW and reconstruction engineering also refers to this standard.
2 Normative References
The following standard contains provisions which, through reference in the following text, constitute provisions of this standard. For dated reference, subsequent amendments (excluding correction) to, or revisions of, any of these publications do not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the standards indicated below. For undated references, the latest edition of the normative document referred to applies.
GBZ 1 Hygienic Standards for the Design of Industrial Enterprises
GB 2893 Safety Colors
GB 2894 Safety Signs and Guideline for the Use
GB/T12145 "Quality Criterion of Water and Steam for Generating Unit and Steam Power Equipment"
GB 12348 "Emission Standard for industrial Enterprises Noise at Boundary"
GB 12801 "General Principles for the Requirements of Safety and Health in Production Process"
GBJ 87 "Specifications for the Design of Noise Control System in Industrial Enterprises"
GB50229-2006 "Code for Design of Fire Protection for Fossil Fuel Power Plants and Substations"
DL 5000 "Technical Code for Designing Fossil Fuel Power Plants"
DL/T 5032 "Technical Code of General Plan Transportation Design for Fossil Fuel Power Plants"
DL/T 5044 "Technical Code for Designing DC System of Power Projects"
DL/T 5054 "Code for Design of Thermal Power Plant Steam/Water Piping"
DL/T 5068 "Technical Code for Designing Chemistry of Fossil Fuel Power Plants"
DL/T 5153 "Technical Rule for Designing Auxiliary Power System of Fossil Fuel Power Plants"
DL/T 5222 "Design Technical Rule for Selecting Conductor and Electrical Equipment"
DL/T 5366 "Technical Code for Calculating Steam/Water Piping Stress in Fossil Power Plants Code for Designing"
DL/T 5375 "Regulation for Content and Depth of Feasibility Study Report of Fossil Fuel Power Plants"
3 General Provisions
3.0.1 The approved or authorized documents for this project and the approved feasibility study report by government's competent department are the main basis for primary design documentation. The various principles in the documents must faithfully be implemented by design organization, which shall also conscientiously carry out national laws, regulations and relevant standards.
3.0.2 In design, basic design data must precisely be mastered. If basic design data changes, new data shall be re-obtained; what's more, design content shall be rechecked and modified.
3.0.3 Electric power design institute is power-plant general design institute, which is responsible for the rationality and entirety of power-plant construction project, the cooperation and coordination between design organizations and organizing developing & summarizing the general specification, general plan and general estimate of the project.
3.0.4 Content and depth of primary design documents shall meet the following basic requirements:
1 To determine the function, control mode, arrangement scheme and major economic/performance indexes of power-plant major process system, all of which is the reference of construction drawing design;
2 To meet the requirements of exclusive examination for primary-design by related governmental department;
3 To meet the procurement requirement of major auxiliary equipments;
4 To meet the requirements of capital investment controlled by the Owner;
5 To meet the requirements of the Owner's construction preparation.
3.0.5 The primary design documents for approval shall consist of specification, drawing and specific report. In specification and drawing, design ideas shall fully be expressed. Significant design principles shall be optimized and compared in many aspects; then specific report and suggested design shall be proposed for the determination in examination and approval. During multi-scheme optimization, design organization should apply such advanced design means as three-dimensional design. Calculation sheet, as the main content in preliminary design work, also required clearly for content and depth in this specification.
3.0.6 Mature new technology, new technology and new mode shall positively be adopted in project. The superiority, economy and feasibility of the applied new technology, new technology and new mode shall be specified in primary design documents.
3.0.7 Primary design estimation shall reflect design content accurately. The depth shall meet the requirements of controlled investment, planning arrangement and capital construction loan.
3.0.8 The expression of preliminary design specification and specific report shall be coherent, complete and brief. Drawing expression shall be clear, complete and it shall meet the drawing specifications in power sector. All documents shall be signed completely and endowed with good printing quality.
3.0.9 All documents of investigation and peripheral items shall be reported together with primary design documents, whose content shall be comprehensive and complete.
3.0.10 The groups and volumes of primary design documents refers to the requirements in Annex A and Annex B.
Foreword III 1 Scope 2 Normative References 3 General Provisions 4 Preliminary Design Specifications 4.1 General Part 4.2 Power System 4.3 Transportation Layout 4.4 Thermal Machines 4.5 Coal Transport 4.6 Ash & slag Removal 4.7 Power-plant Chemical Engineering 4.8 Flue Gas Desulfurization Process 4.9 Electrical Engineering 4.10 Instrument and Control 4.11 Information System and Safety Protection 4.12 Building Structure 4.13 Heating & Ventilation and Air Conditioning 4.14 Hydrotechnics 4.15 Environmental Protection 4.16 Water and Soil Conservation 4.17 Fire Control 4.18 Labor Safety 4.19 Occupational Health 4.20 Resource Saving 4.21 Construction Organization Outline 4.22 Operation Organization and Electricity Generating Station Design Quota 4.23 Detailed List of Major Equipment and Material 4.24 Budgetary Estimate 5 List of Preliminary Drawings 5.1 General Part 5.2 Power System 5.3 Transportation Layout 5.4 Thermal Machine 5.5 Coal Transporting 5.6 Clinker Removal 5.7 Power Plant Chemical Engineering 5.8 Flue Gas Desulfurization Process 5.9 Electrical Engineering 5.10 Instrument and Control 5.11 Information System and Safety Protection 5.12 Building Structure 5.13 Heating & ventilation and Conditioning 5.14 Hydromechanics 5.15 Environmental Protection 5.16 Water and Soil Conservation 5.17 Fire Control 5.18 Labor Safety 5.19 Occupational Health 5.20 Construction Organization Outline 6 Calculation Sheet of Preliminary Design 6.1 Transportation Layout 6.2 Thermal Machine 6.3 Coal Transporting 6.4 Clinker Removal 6.5 Power Plant Chemical Engineering 6.6 Flue Gas Desulfurization Process 6.7 Electrical Engineering 6.8 Building Structure 6.9 Heating & ventilation and Conditioning 6.10 Hydromechanics 6.11 Fire Control 7 Subject Verification Report Annex A List of Preliminary Design Volumes (Informative) Annex B Content of Preliminary Design Volumes (Informative)
1 Scope
This standard specifies the content and depth of primary design document of fossil fuel power plants.
This standard is applicable to solid fossil fuel burning for 125MW (or above) unit capacity and primary design of constructed and extended fossil fuel power plant which employs direct firing mode. Unit below 125MW and reconstruction engineering also refers to this standard.
2 Normative References
The following standard contains provisions which, through reference in the following text, constitute provisions of this standard. For dated reference, subsequent amendments (excluding correction) to, or revisions of, any of these publications do not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the standards indicated below. For undated references, the latest edition of the normative document referred to applies.
GBZ 1 Hygienic Standards for the Design of Industrial Enterprises
GB 2893 Safety Colors
GB 2894 Safety Signs and Guideline for the Use
GB/T12145 "Quality Criterion of Water and Steam for Generating Unit and Steam Power Equipment"
GB 12348 "Emission Standard for industrial Enterprises Noise at Boundary"
GB 12801 "General Principles for the Requirements of Safety and Health in Production Process"
GBJ 87 "Specifications for the Design of Noise Control System in Industrial Enterprises"
GB50229-2006 "Code for Design of Fire Protection for Fossil Fuel Power Plants and Substations"
DL 5000 "Technical Code for Designing Fossil Fuel Power Plants"
DL/T 5032 "Technical Code of General Plan Transportation Design for Fossil Fuel Power Plants"
DL/T 5044 "Technical Code for Designing DC System of Power Projects"
DL/T 5054 "Code for Design of Thermal Power Plant Steam/Water Piping"
DL/T 5068 "Technical Code for Designing Chemistry of Fossil Fuel Power Plants"
DL/T 5153 "Technical Rule for Designing Auxiliary Power System of Fossil Fuel Power Plants"
DL/T 5222 "Design Technical Rule for Selecting Conductor and Electrical Equipment"
DL/T 5366 "Technical Code for Calculating Steam/Water Piping Stress in Fossil Power Plants Code for Designing"
DL/T 5375 "Regulation for Content and Depth of Feasibility Study Report of Fossil Fuel Power Plants"
3 General Provisions
3.0.1 The approved or authorized documents for this project and the approved feasibility study report by government's competent department are the main basis for primary design documentation. The various principles in the documents must faithfully be implemented by design organization, which shall also conscientiously carry out national laws, regulations and relevant standards.
3.0.2 In design, basic design data must precisely be mastered. If basic design data changes, new data shall be re-obtained; what's more, design content shall be rechecked and modified.
3.0.3 Electric power design institute is power-plant general design institute, which is responsible for the rationality and entirety of power-plant construction project, the cooperation and coordination between design organizations and organizing developing & summarizing the general specification, general plan and general estimate of the project.
3.0.4 Content and depth of primary design documents shall meet the following basic requirements:
1 To determine the function, control mode, arrangement scheme and major economic/performance indexes of power-plant major process system, all of which is the reference of construction drawing design;
2 To meet the requirements of exclusive examination for primary-design by related governmental department;
3 To meet the procurement requirement of major auxiliary equipments;
4 To meet the requirements of capital investment controlled by the Owner;
5 To meet the requirements of the Owner's construction preparation.
3.0.5 The primary design documents for approval shall consist of specification, drawing and specific report. In specification and drawing, design ideas shall fully be expressed. Significant design principles shall be optimized and compared in many aspects; then specific report and suggested design shall be proposed for the determination in examination and approval. During multi-scheme optimization, design organization should apply such advanced design means as three-dimensional design. Calculation sheet, as the main content in preliminary design work, also required clearly for content and depth in this specification.
3.0.6 Mature new technology, new technology and new mode shall positively be adopted in project. The superiority, economy and feasibility of the applied new technology, new technology and new mode shall be specified in primary design documents.
3.0.7 Primary design estimation shall reflect design content accurately. The depth shall meet the requirements of controlled investment, planning arrangement and capital construction loan.
3.0.8 The expression of preliminary design specification and specific report shall be coherent, complete and brief. Drawing expression shall be clear, complete and it shall meet the drawing specifications in power sector. All documents shall be signed completely and endowed with good printing quality.
3.0.9 All documents of investigation and peripheral items shall be reported together with primary design documents, whose content shall be comprehensive and complete.
3.0.10 The groups and volumes of primary design documents refers to the requirements in Annex A and Annex B.
Contents of DL/T 5427-2009
Foreword III
1 Scope
2 Normative References
3 General Provisions
4 Preliminary Design Specifications
4.1 General Part
4.2 Power System
4.3 Transportation Layout
4.4 Thermal Machines
4.5 Coal Transport
4.6 Ash & slag Removal
4.7 Power-plant Chemical Engineering
4.8 Flue Gas Desulfurization Process
4.9 Electrical Engineering
4.10 Instrument and Control
4.11 Information System and Safety Protection
4.12 Building Structure
4.13 Heating & Ventilation and Air Conditioning
4.14 Hydrotechnics
4.15 Environmental Protection
4.16 Water and Soil Conservation
4.17 Fire Control
4.18 Labor Safety
4.19 Occupational Health
4.20 Resource Saving
4.21 Construction Organization Outline
4.22 Operation Organization and Electricity Generating Station Design Quota
4.23 Detailed List of Major Equipment and Material
4.24 Budgetary Estimate
5 List of Preliminary Drawings
5.1 General Part
5.2 Power System
5.3 Transportation Layout
5.4 Thermal Machine
5.5 Coal Transporting
5.6 Clinker Removal
5.7 Power Plant Chemical Engineering
5.8 Flue Gas Desulfurization Process
5.9 Electrical Engineering
5.10 Instrument and Control
5.11 Information System and Safety Protection
5.12 Building Structure
5.13 Heating & ventilation and Conditioning
5.14 Hydromechanics
5.15 Environmental Protection
5.16 Water and Soil Conservation
5.17 Fire Control
5.18 Labor Safety
5.19 Occupational Health
5.20 Construction Organization Outline
6 Calculation Sheet of Preliminary Design
6.1 Transportation Layout
6.2 Thermal Machine
6.3 Coal Transporting
6.4 Clinker Removal
6.5 Power Plant Chemical Engineering
6.6 Flue Gas Desulfurization Process
6.7 Electrical Engineering
6.8 Building Structure
6.9 Heating & ventilation and Conditioning
6.10 Hydromechanics
6.11 Fire Control
7 Subject Verification Report
Annex A List of Preliminary Design Volumes (Informative)
Annex B Content of Preliminary Design Volumes (Informative)
