中华人民共和国住房和城乡建设部公告2021年第11号
1 General provisions
2 Terms
3 Basic requirements
3.1 General requirements
3.2 Functional requirements
3.3 Design conditions and documents
3.4 Overpressure protection
4 Materials
4.1 General requirements
4.2 Raw materials
4.3 Material properties of lamina and laminate
5 Equipment design
5.1 General requirements
5.2 Load and action
5.3 Structural calculation
5.4 Structural design
6 Piping design
6.1 General requiren
6.2 Configuration deslg
6.3 Structure calculation
6.4 Piping stress calculation and flexibility analysis
7 Manyfacture
7.1 General requirements
7.2 Manufecture for equipment and piping
7.3 Quality control of manufacture process
7.4 Fault and repair
7.5 Secondary bonding
8 Quality control and inspection
8.1 General requirements
8.2 Quality inspection documents
8.3 Raw material testing and inspection
8.4 Product measurement,inspection and determination
9 Marking,packing,transporting,storing
9.1 Equipment
9.2 Piping
10 Installation
10.1 General requirements
10.2 Equipment installation
10.3 Piping installation
10.4 Usage and maintenance
11 Project acceptance
Appendix A Sub-item design factor K2's determination for corrosion-resistant inner liner layer of fibre reinforced plastics equipment
Appendix B Corrosion medium classification
Appendix C Horizontal vessel design
Appendix D Flange design
Appendix E Ground anchor design
Appendix F Reinforced flange's specification for opening hole tank top
Appendix G Calculating process for pipeline structure design
Appendix H Calculating of piping pressure loss
Appendix J Secondary bonding fabrication evaluation
Appendix K Measurement and test for inter laminar shear strength of laminates
Appendix L Measurement and test for lap shear strength of bond between laminates
Explanation of wording in this code
List of quoted standards
1 General provisions
2 Terms and symbols
2.1 Terms
2.2 Symbols
3 Basic requirements
4 Aseismatic measures appraisal
4.1 Power transformers
4.2 Vertically installed three-phase reactors
4.3 Circuit breakers and arresters
4.4 Capacitor groups (cabinets)
4.5 Electric porcelain equipment
4.6 Battery
4.7 Panels,cabinets,distribution boxes
5 Aseismatic calculations
5.1 Calculation of earthquake action
5.2 Floor dynamic magnificationfactor
5.3 Power transformers
5.4 Vertically installed three-phase reactors
5.5 Circuit breakers and arresters
Appendix A Shock-absorbing measures for electrical equipment
Appendix B Aseismatic measures for vertically installed three-phase reactors
Appendix C Calculation of earthquake action of electrical equipment on floor
Explanation of wording in this standard
1 General provisions
2 Basic engineering design
2.1 General specification
2.2 Process
2.3 Piping
2.4 Equipment
2.5 General plot plan and transportation
2.6 Instrumention control
2.7 Electrical
2.8 Telecommunication
2.9 Architecture
2.10 Structure
2.11 Heating and ventilation
2.12 Chemical analysis
2.13 Fire-fighting
2.14 Water supply and drainage
2.15 Cost estimation
2.16 Fire-fighting design report
2.17 Environmental protection design report
2.18 Safety fadli^designreport
2.19 Occupation health design report
2.20 Seismic design report
2.21 Energy-saving design report
3 Detail engineering design
3.1 Proems
3.2 Piping
3.3 Equipment
3.4 General plot plan and transportation
3.5 Instrumention control
3.6 Electrical
3.7 Telecommunication
3.8 Architecture
3.9 Structure
3.10 Heating and ventilation
3.11 Chemical analysis
3.12 Fire-fighting
3.13 Water supply and drainage
Explanation of wording in this standard
1 General provisions
2 Terms
3 Basic requirements
4 Site and soil foundation
5 Processing equipment
5.1 Industry furnace
5.2 Vertical vessel
5.3 Vertical storage tank
5.4 Gas holder
5.5 Spherical tank
5.6 Heat-exchange equipment and horizontal vessel
5.7 Aircooler
5.8 Reaction kettle equipment
5.9 Chlorin-alkali electrolysis equipment
6 Process piping
6.1 Non-buried piping
6.2 Buried piping
7 General machinery
7.1 Machine equipment
7.2 Comprenossor
8 Powwarifl dynamic equipment
8.1 Boiler
8.2 Turbine,flue gas expander
8.3 Generator,electric motor
9 Chemical fibre equipment
9.1 Chemical fibre machine
9.2 Spinning machine
9.3 Pelletizer
9.4 Tension film machine
9.5 Wiredrawing
9.6 Braider
9.7 Compress
10 Instrument,apparatus and computer (control) system
10.1 Site instrument
10.2 Indoor instrument and control system
10.3 Apparatus of laboratory and labouratory
10.4 Computer (control)system
11 Electric and telecomunication equipment
11.1 Power transformer and petersen coil
11.2 Reactor
11.3 Oil switch and lightning arrester
11.4 Power capacitor,disconnecting switch,stick insulator,current (voltage)transformer
11.5 Battery pack
11.6 High-voltageswitch gear,low-voltage distribution pane,control (protective)panel,DC system panel and distributing box
11.7 Power cable,communication line and overhead line
11.8 Telecomunications equipments
12 Building
12.1 Masonry building
12.2 Reinforced concrete building
12.3 Inner frame and bottom-frame building
12.4 Steel and reinforced concrete bent structure building
12.5 Single-vStorey frame-bent brick column structure building
13 Other special structures
13.1 Frame-bent structure
13.2 Piperack,pipesleepcr
13.3 Shaft tower structure
13.4 Water tank
13.5 Cooling tower
13.6 Pelletizing tower
13.7 Chimney
13.8 Reinforced concrete silo
14 Onshore drillrilling platform
14.1 Drilling dquipment
14.2 Drilling contents equipment set
14.3 Well control device
14.4 Well hole
15 Offshore platform
15.1 Stationary platform
15.2 Bottom founded rig
15.3 Jackup rig
15.4 The main equipment
16 Ground production facilities
16.1 Beam pumping unit
16.2 Blue elephant
16.3 Oil wellhead assembly
16.4 Gas wellhead assembly
Appendix A Estimate of direct economic loss for earthquake destruction in petrochemical engineering
Explanation of wording in this standard
1 General provisions
2 Terms
3 Basic requirements
4 Site selection and general layout
4.1 Selection of factory site
4.2 General layout
5 Design of environmental protection in procedures
5.1 Ore mining
5.2 Ore dressing
5.3 Stock yard
5.4 Sintering and pelletizing
5.5 Coking
5.6 Ironmaking
5.7 Steelmaking and continuous casting
5.8 Steel rolling and metal products
5.9 Metallurgical lime and refractory material
5.10 Ferroalloy
5.11 Carbon
5.12 Public and auxiliary facilities
5.13 Centralized environmental protection facilities
6 Division of enviromental protection facilities
Appendix A Contents of environmental prolection facilities in each production procedure of iron and steel enterprise
Explaiwlion of wording in this code
List of quoted standards
1 General provisions
2 Terms
3 Basic requirements
4 Design of comprehensive utilization of procedure resources
4.1 Ore mining
4.2 Ore dressing
4.3 Raw material yard
4.4 Sintering and pelletizing
4.5 Coking
4.6 Ironmaking
4.7 Steelmaking and continuous casting
4.8 Steel rolling and metal products
4.9 Metallurgical lime and refractory material
4.10 Ferroalloy
4.11 Carbon
4.12 Public and auxiliary facilities
Explanation of wording in this code
List of quoted standardil
1 General provisions
2 Terms
3 Tailings pond
3.1 Site selection
3.2 Storage capacity
3.3 Class of tailings pond and grade of corresponding structures
3.4 Monitoring facilities
3.5 Auxiliary facilities
4 Tailings dam
4.1 General requirements
4.2 Minimum free height and beach width of deposirod beach
4.3 Requirements and measures for seepage control
4.4 Stability calculation
4.5 Construction requirements
4.6 Construction of centerline embankment and downstream embankment
5 Dry-stacking of tailings
5.1 General requirements
5.2 Tailings dewatering equipment selection
5.3 Dry tailing discharging and stacking method
5.4 Dry tailing transportation, leveling and compaction
5.5 Key calculation points of dry-stacking tailings dam slope sability
5.6 Flood discharge design for dry-stacking tailings pond
5.7 Othenlechnical requirements for dry-stacking tailings pond
5.8 Determination of filtering plant location
6 Flood drainage design of tailings pond
6.1 General requirements
6.2 Hydrological, hydraulic flood regulation calculation
6.3 Structures for flood drainage
7 Closure design for tailings pond
8 Tailings extraction
9 Reclaimed water of tailings pond
10 Thickening of tailings slurry
11 Delivery of tailings slurry
11.1 General requirements
11.2 Hydraulic calculation
11.3 Pipe and channel laying
11.4 Pipe and channel material and accessory device
12 Tailings slurry pump station
12.1 General requirements
12.2 Slurry tank and clean water tank
12.3 Equipment selection and configuration
12.4 Pump station configuration
12.5 Power supply,communication and other facilities
13 Environmental protection measures of tailings facilities
13.1 General requirements
13.2 Seepage control design for tailings pond environmental protection
13.3 Other environmental protection measures of tailings facilities
Appendix A Classification list of fresh tailings
Appendix B Determination method for the tailings deposited beach slope
Appendix C Average physical mechanical property indices of tailings dam material
Appendix D Estimation formula of sediment volume washed by the heaviest flood at one time for landslide dam
Appendix E Tests of tailings slurry delivery
Explanation of wording in this code
List of quoted standards