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Position: Chinese Standard in English/TSG R0004-2009
TSG R0004-2009   Supervision Regulation on Safety Technology for Stationary Pressure Vessel (including Amendment 1) (English Version)
Standard No.: TSG R0004-2009 Status:superseded remind me the status change

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Language:English File Format:PDF
Word Count: 20000 words Price(USD):320.0 remind me the price change

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Implemented on:2009-8-31 Delivery: via email in 1 business day
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Standard No.: TSG R0004-2009
English Name: Supervision Regulation on Safety Technology for Stationary Pressure Vessel (including Amendment 1)
Chinese Name: 固定式压力容器安全技术监察规程 (含1号修改单)
Professional Classification: TSG    Special Equipment Safety Specification
Issued by: AQSIQ
Issued on: 2009-11-30
Implemented on: 2009-8-31
Status: superseded
Superseded by:TSG 21-2016 Supervision Regulation on Safety Technology for Stationary Pressure Vessel
Superseded on:2016-10-1
Language: English
File Format: PDF
Word Count: 20000 words
Price(USD): 320.0
Delivery: via email in 1 business day
1.1 Purpose In order to ensure the safe operation of stationary pressure vessels, protect the safety of human life and property, and promote the development of national economy, this Supervision Regulations on Safety Technology for Stationary Pressure Vessels (abbreviated Regulation, hereinafter) is established in accordance with "Regulations on Satety Supervision of Special Equipment". 1.2 Stationary pressure vessels Stationary pressure vessels refer to pressure vessels installed and operated at fixed locations (hereinafter referred to as pressure vessels, see Note 1-1). Note 1-1: Pressure vessels to be moved and/or used within the certain scope of the facility or plant field for a particular purpose, as well as air tanks in transportable air compressor units are jurisdicted by this regulation. 1.3 Applicable scope This Regulation is applicable to stationary pressure vessels in conformity with all of the following conditions as a whole: (1) The working pressure is equal to or greater than 0.1 MPa (Note 1-2); (2) The product of working pressure and volume is equal to or greater than 2.5 MPa•L (Note 1-3); (3) The medium is gas, liquefied gas or liquid which maximum working temperature is equal to or greater than its standard boiling point (Note 1 -4). In which, utra-high pressure vessels shall be in accordance with "Super-high Pressure Vessel Safety and Technical Supervision Regulation"; Nonmetal pressure vessels shall be in accordance with "Nonmental Pressure Vessels Safety and Technical Supervision Regulation "; simple pressure vessels shall be in accordance with "Simple Pressure Vessels Safety and Technical Regulation ". Note 1-2 Working Pressure, refers to the maximum pressure (guage pressure) possibly occurred on the top of a vessel at normal working conditions. Note 1-3 Volume, refers to the geometrical room of the pressure vessel, namely the volume calculated based on the dimensions of the design drawings and after roundness (tolerance is not considered). In general, the volume of the internals permanently amounted inside the pressure vessel could be deducted. Note 1 -4 This Regulation is also applicable to the vessel when the maximum operating temperature of the containing liquid lower than its standard boiling point, meanwhile, the product of the vapor space volume and the working pressure is equal to or greater than 2.5MPa•L. 1.4 Special provisions for applicable scope Users shall be responsible for the safety management of their pressure vessels subject to this Article according to the service management provisions of this Regulation. 1.4.1 Pressure vessels satisfying the General Requirement, Design, and Fabrication only Under the applicable scope of this Regulation, the following pressure vessels with volume no less than 25L are required to satify the provisions of only Chapter 1, Chapter 3 and Chapter 4. (1) Air tanks for transportable air compressor units, for which "Supervision Regulations on Safety Technology for Simplel Pressure Vessels "are not applicable. (2) Non-independent pressure vessels of cryogenic installations, pressure vessels of direct-fired absorption refrigeration equipments, aluminum plate-fin heat exchangers, and pressure vessels in cold boxes of air separating units. (3) Jacketed heat exchangers, spiral plate heat exchangers, and brazing plate heat exchangers. (4) Air compressed hydraulic tanks used for hydraulic auto-pneumatic water feeding devices (water feeding without tower), air and water feeding by air pressure (foam) compressed tanks used for extinguishing devices; (5) Pressure vessels used for ion exchange or filtration process in water treatment equipments, water expansion tanks used for hot-water boilers; (6) Fully enclosed electric apparatus (capacitance pressure vessels) used for power industry only; (7) Tire vulcanizers and pressed rubber moulds used in rubber industry; (8) Accumulators affiliated to machines 1.4.2 Pressure vessels conforming to General Requirement, Design and Manufacture Licensing only A pressure vessel with its volume greater than 1L and less than 25L or its inner diameter (for non-circular cross sections, refer to the maximum geometric dimension of the inside boundary in the crosssection, such as, the diagonal for a rectangle, the major axis for an ellipse) less than 150mm shall only satify the provisions in General Requirement, Article 3.1 and Article 4.1.1, and the design and fabrication shall satify the requirements of corresponding product standards. 1.4.3 Pressure vessels satisfying General Requirement and Manufacture licensing only Pressure vessels with volume no greater than 1L shall satify General Requirement and Article 4.1.1 only; also, the design and fabrication of above vessels shall satify the corresponding product standards. 1.5 Non-applicable scope This Regulation is not applicable to pressure vessels as following: (1) Transportable pressure vessels, gas cylinders and hyperbaric oxygen chambers; (2) Heat recovery boilers within the scope of the supervision regulations on safety technology for boilers; (3) Vessels with normal operating pressure less than 0.lMPa (including vessels under instantaneous pressure no less than 0.lMPa during feeding or discharging processes); (4) Pressure containers that are as integral parts or components of rotating or reciprocating mechanical devices, such as shell of pumps, shell of compressors, shell of turbines, hydraulic cylinders, etc; (5) Disassemble spacer plate heat exchangers (including semi-weld plate heat exchangers), air-cooling heat exchangers and cooling pipes. 1.6 Definition of pressure vessel scope The jurisdiction scope of this Regulation covers pressure vessel bodies and safety accessories of pressure vessels. 1.6.1 Body of the pressure vessel The main body of a pressure vessel is defined as following: (1) The bevel surface of the first circumferential joint between a pressure vessel and external pipes or devices connected by welding, the first threaded joint with screwed connections, first flanged sealing surface with flanged connections and the first sealing surface with special connectors or pipe connectors; (2) Pressure covers and their fasteners of the openings of pressure vessels; (3) Connection welds between non-pressure parts and pressure vessels. Main pressure components in a pressure vessel body include shells, heads (end plates), expansion joints, equipment flanges, petals of a spherical tank , tubesheets and tubes of a heat exchanger; main bolts greater than M36 (including M36) in specification, nozzle and pipe flanges with diameter no less than 250mm. 1.6.2 Safety accessories Safety accessories of pressure vessels, include safety valves directly connected with pressure vessels, rupture disk devices, emergency shut-off devices, safety interlock devices, pressure gages, liquid level gages, and thermometric instruments, etc. 1.7 Catogeries of pressure vessels Depending on the dangerous grade, pressure vessels applicable to this Regulation are classified into three categories so as to facilitate the supervision and administration. See Annex A for classifications of pressure vessels. 1.8 Inter-relationship with technical standards and management rules This Regulation specifies the essential safety requirements of pressure vessels. Involved technical standards and management rules of pressure vessels, as a minimum, shall satisfy the requirements of this Regulation. 1.9 The rule for handling inconformity to this Regulation Provide pressure vessels constructed with new material new technology, new process and/or its special service conditions not meet the requirements of this Regulation, involved enterprises/institutes shall submit the technical documentations involving the foundation, data, results, as well as inspection and testing reports of the design, research, and experiment to General Administration of Quanlity Supervision, Inspection and Quarantine of P.R.China (abbreviated AQSIQ). Technical organizations or technical institutes entrusted by AQSIQ shall carry out technical evaluations and assessments. When the results of evaluations and assessments are approved by AQSIQ, pressure vessels with new material, new technology or new process can be put in trials for fabrication and service. 1.10 Quoted Standards Main standards quoted in this Regulation are as follows (Note 1-5): (1) GB 150 Steel Pressure Vessels; (2) GB 151 Tubular Heat Exchangers; (3) GB 12337 Steel Spherical Tanks; (4) JB/T 4710 Steel Tower Tanks; (5) JB/T 4731 Steel Horizontal Tanks; (6) JB 4732 Steel Pressure Vessels- Design by Analysis; (7) JB/T 4734 Aluminum Welded Vessels; (8) JB/T 4745 Titanium Welded Vessels; (9) JB/T 4755 Copper Pressure Vessels; (10) JB/T 4756 Nickel and Nickel Alloy Pressure Vessels. Note 1-5: For standards quoted in this Regulation with the year note, both their amendent sheets (not including contents of corrections) and revisions do not apply to this Regulation. Ones without the year note, their latest versions apply to this Regulation. 1.11 Supervisory administration (1) The design, fabrication (including field assebly welding, same as below), installation, alteration, maintenance, service, inspection, and testing of pressure vessels shall implement the provisions of this Regulation accordingly; (2) All parties involved with the design, fabrication, installation, alteration, maintenance, service, inspection, and testing of pressure vessels shall follow the related regulation of information management for special equipment, and input required data into the information systems in time; (3) AQSIQ and local quality technical supervision departments are in charge of the safety supervision of pressure vessels as well as monitoring the implementation of this Regulation.
1 General Requirement 2 Material 3. Design 4. Fabrication 5. Installation, Alteration and Maintenance 6. Service Management 7. Periodic inspection 8. Safety Accessory 9. Supplement ANNEX A CLASSIFICATIONS FOR CATEGORIES, PRESSURE CLASSES, AND SORTS OF PRESSURE VESSELS ANNEX B PRODUCT COMFORMITY CERTIFICATE OF PRESSRUE VESSELS ANNEXED TABLE B PRODUCT DATA SHEET OF PRESSURE VESSELS ANNEX C PRODUCT NAMEPLATE OF PRESSURE VESSELS ANNEX D CODE NUMBERING METHODS OF SPECIAL EQUIPMENTS
Referred in TSG R0004-2009:
*GB 150-2011 Pressure Vessels (Collection GB150.1~150.4-2011)
*GB 151-1999 Tubular heat exchangers
*GB 12337-2014 Steel spherical tanks
*JB/T 4710-2005 Steel vertical vessels supported by skirt
*JB/T 4731-2005 Steel horizontal vessels on saddle supports
*JB 4732-2005 Steel Pressure Vessels - Design by Analysis
*JB/T 4734-2002 Aluminium welded vessels
*JB/T 4745-2002 Titanium welded vessels
*JB/T 4755-2006 Copper pressure vessels
*JB/T 4756-2006 Nickel and nickel alloy pressure vessels
TSG R0004-2009 is referred in:
* HG/T 20580-2011 Specification of Design Base for Steel Chemical Vessels
* HG/T 20585-2011 Technical specification for steel low temperature pressure vessels
* HG/T 20581-2011 Specification of materials selection for steel chemical vessels
* GB 150.2-2011 Pressure Vessels-Part 2: Materials
* GB 150.1-2011 Pressure vessels—Part 1:General requirements
* GB 150.4-2011 Pressure Vessels --Part 4: Fabrication, inspection and testing, and acceptance
* GB 150-2011 Pressure Vessels (Collection GB150.1~150.4-2011)
* SH/T 3098-2011 Specification for design of column in petrochemical engineering
* HG/T 20583-2011 Specification of structural design for steel chemical vessels
* HG/T 20584-2011 Technical requirements of fabrication for steel chemical vessels
* GB 50156-2012 Code for design and construction of filling station
* DL/T 5210.2-2009 Code for construction quality acceptance and evaluation of electric power construct Part 2:boiler unit
* GB 50156-2012 Code for design and construction of filling station
* GB 150-2011 Pressure Vessels (Collection GB150.1~150.4-2011)
* GB 150.1-2011 Pressure vessels—Part 1:General requirements
* GB 150.4-2011 Pressure Vessels --Part 4: Fabrication, inspection and testing, and acceptance
* GB 150.2-2011 Pressure Vessels-Part 2: Materials
* HG/T 20583-2011 Specification of structural design for steel chemical vessels
* HG/T 20584-2011 Technical requirements of fabrication for steel chemical vessels
* HG/T 20581-2011 Specification of materials selection for steel chemical vessels
* SH/T 3098-2011 Specification for design of column in petrochemical engineering
* HG/T 20585-2011 Technical specification for steel low temperature pressure vessels
* HG/T 20580-2011 Specification of Design Base for Steel Chemical Vessels
* DL/T 5210.2-2009 Code for construction quality acceptance and evaluation of electric power construct Part 2:boiler unit
* GB 150-2011 Pressure Vessels (Collection GB150.1~150.4-2011)
* GB 150-2011 Pressure Vessels (Collection GB150.1~150.4-2011)
* SH/T 3143-2012 Technical specification for reciprocating compressor in petrochemical industry
* SN/T 3245-2012 Rules for the inspection of pressure vessels for import and export—General requirements
* NB/T 47006-2009(JB/T Aluminum plate-fin heat exchanger
* NB/T 47001-2009(JB/T Steel Liquefied Petroleum Gas Horizontal Tanks Type and Data Base
* NB/T 47006-2009(JB/T4757) Aluminum plate-fin heat exchanger
* GB/T 18442.2-2011 Static vacuum insulated cryogenic pressure vessel—Part 2:Material
* GB/T 151-2014 Heat Exchanger
* SH/T 3075-2009 of material selections for steel pressure vessels in petrochemical industry
* GB150.2-2011/XG1-2015 Pressure vessels—Part 2:Materials-including Amendment 1
* GB 150.2-2011/XG1-2015 Pressure vessels—Part 2:Materials-including Amendment 1
* NB/T 47041-2014 Vertical vessels supported by skirt
* NB/T 47042-2014 Horizontal Vessels on Saddle Supports
* GB 28009-2011 Safety code for cold store
* GB 150.2-2011+XG1-2015 Pressure vessels—Part 2:Materials (including Amendment 1)
*GB 18047-2017 Compressed natural gas as vehicle fuel
*GA 1149-2014 Water mist extinguishing equipment
*GB/T 18442.4-2011 Static vacuum insulated cryogenic pressure vessel—Part 4:Fabrication
*JB/T 6427-2015 PSA oxygen and nitrogen plants
*JB/T 6430-2014 Oil Injected Screw Air Compressor for General Use
*SH/T 3007-2014 Specification for Design of Tank Farms for Petrochemical Storage
*GB/T 29729-2013 Essential requirements for the safety of hydrogen systems
*SH/T 3020-2013 Code for the design of instrument air supply system for petrochemical industry
*SH/T 3005-2016 Design specification for instrumentation selection in petrochemical industry
*GB 27898.3-2011 Fixed water supply equipment used for fire-protection - Part 3: Pressure boosting and stabilizing type water supply equipment used for fire-protection
*GB 51156-2015 Code for design of liquefied natural gas receiving terminal
*GB 27898.2-2011 Fixed water supply equipment used for fire-protection - Part 2: Constant pressure automatic water supply equipment used for fire-protection
*GB 27898.1-2011 Fixed water supply equipment used for fire-protection - Part 1: Gas pressure fixed water supply equipment used for fire-protection
*GB 19572-2013 Low pressure carbon dioxide extinguishing system and components
*HG/T 20569-2013 Mechanical Mixing Plant
Code of China
Standard
TSG R0004-2009  Supervision Regulation on Safety Technology for Stationary Pressure Vessel (including Amendment 1) (English Version)
Standard No.TSG R0004-2009
Statussuperseded
LanguageEnglish
File FormatPDF
Word Count20000 words
Price(USD)320.0
Implemented on2009-8-31
Deliveryvia email in 1 business day
Detail of TSG R0004-2009
Standard No.
TSG R0004-2009
English Name
Supervision Regulation on Safety Technology for Stationary Pressure Vessel (including Amendment 1)
Chinese Name
固定式压力容器安全技术监察规程 (含1号修改单)
Chinese Classification
Professional Classification
TSG
ICS Classification
Issued by
AQSIQ
Issued on
2009-11-30
Implemented on
2009-8-31
Status
superseded
Superseded by
TSG 21-2016 Supervision Regulation on Safety Technology for Stationary Pressure Vessel
Superseded on
2016-10-1
Abolished on
Superseding
Language
English
File Format
PDF
Word Count
20000 words
Price(USD)
320.0
Keywords
TSG R0004-2009, TSG/T R0004-2009, TSGT R0004-2009, TSGR0004-2009, TSG R0004, TSGR0004, TSG/TR0004-2009, TSG/T R0004, TSG/TR0004, TSGTR0004-2009, TSGT R0004, TSGTR0004
Introduction of TSG R0004-2009
1.1 Purpose In order to ensure the safe operation of stationary pressure vessels, protect the safety of human life and property, and promote the development of national economy, this Supervision Regulations on Safety Technology for Stationary Pressure Vessels (abbreviated Regulation, hereinafter) is established in accordance with "Regulations on Satety Supervision of Special Equipment". 1.2 Stationary pressure vessels Stationary pressure vessels refer to pressure vessels installed and operated at fixed locations (hereinafter referred to as pressure vessels, see Note 1-1). Note 1-1: Pressure vessels to be moved and/or used within the certain scope of the facility or plant field for a particular purpose, as well as air tanks in transportable air compressor units are jurisdicted by this regulation. 1.3 Applicable scope This Regulation is applicable to stationary pressure vessels in conformity with all of the following conditions as a whole: (1) The working pressure is equal to or greater than 0.1 MPa (Note 1-2); (2) The product of working pressure and volume is equal to or greater than 2.5 MPa•L (Note 1-3); (3) The medium is gas, liquefied gas or liquid which maximum working temperature is equal to or greater than its standard boiling point (Note 1 -4). In which, utra-high pressure vessels shall be in accordance with "Super-high Pressure Vessel Safety and Technical Supervision Regulation"; Nonmetal pressure vessels shall be in accordance with "Nonmental Pressure Vessels Safety and Technical Supervision Regulation "; simple pressure vessels shall be in accordance with "Simple Pressure Vessels Safety and Technical Regulation ". Note 1-2 Working Pressure, refers to the maximum pressure (guage pressure) possibly occurred on the top of a vessel at normal working conditions. Note 1-3 Volume, refers to the geometrical room of the pressure vessel, namely the volume calculated based on the dimensions of the design drawings and after roundness (tolerance is not considered). In general, the volume of the internals permanently amounted inside the pressure vessel could be deducted. Note 1 -4 This Regulation is also applicable to the vessel when the maximum operating temperature of the containing liquid lower than its standard boiling point, meanwhile, the product of the vapor space volume and the working pressure is equal to or greater than 2.5MPa•L. 1.4 Special provisions for applicable scope Users shall be responsible for the safety management of their pressure vessels subject to this Article according to the service management provisions of this Regulation. 1.4.1 Pressure vessels satisfying the General Requirement, Design, and Fabrication only Under the applicable scope of this Regulation, the following pressure vessels with volume no less than 25L are required to satify the provisions of only Chapter 1, Chapter 3 and Chapter 4. (1) Air tanks for transportable air compressor units, for which "Supervision Regulations on Safety Technology for Simplel Pressure Vessels "are not applicable. (2) Non-independent pressure vessels of cryogenic installations, pressure vessels of direct-fired absorption refrigeration equipments, aluminum plate-fin heat exchangers, and pressure vessels in cold boxes of air separating units. (3) Jacketed heat exchangers, spiral plate heat exchangers, and brazing plate heat exchangers. (4) Air compressed hydraulic tanks used for hydraulic auto-pneumatic water feeding devices (water feeding without tower), air and water feeding by air pressure (foam) compressed tanks used for extinguishing devices; (5) Pressure vessels used for ion exchange or filtration process in water treatment equipments, water expansion tanks used for hot-water boilers; (6) Fully enclosed electric apparatus (capacitance pressure vessels) used for power industry only; (7) Tire vulcanizers and pressed rubber moulds used in rubber industry; (8) Accumulators affiliated to machines 1.4.2 Pressure vessels conforming to General Requirement, Design and Manufacture Licensing only A pressure vessel with its volume greater than 1L and less than 25L or its inner diameter (for non-circular cross sections, refer to the maximum geometric dimension of the inside boundary in the crosssection, such as, the diagonal for a rectangle, the major axis for an ellipse) less than 150mm shall only satify the provisions in General Requirement, Article 3.1 and Article 4.1.1, and the design and fabrication shall satify the requirements of corresponding product standards. 1.4.3 Pressure vessels satisfying General Requirement and Manufacture licensing only Pressure vessels with volume no greater than 1L shall satify General Requirement and Article 4.1.1 only; also, the design and fabrication of above vessels shall satify the corresponding product standards. 1.5 Non-applicable scope This Regulation is not applicable to pressure vessels as following: (1) Transportable pressure vessels, gas cylinders and hyperbaric oxygen chambers; (2) Heat recovery boilers within the scope of the supervision regulations on safety technology for boilers; (3) Vessels with normal operating pressure less than 0.lMPa (including vessels under instantaneous pressure no less than 0.lMPa during feeding or discharging processes); (4) Pressure containers that are as integral parts or components of rotating or reciprocating mechanical devices, such as shell of pumps, shell of compressors, shell of turbines, hydraulic cylinders, etc; (5) Disassemble spacer plate heat exchangers (including semi-weld plate heat exchangers), air-cooling heat exchangers and cooling pipes. 1.6 Definition of pressure vessel scope The jurisdiction scope of this Regulation covers pressure vessel bodies and safety accessories of pressure vessels. 1.6.1 Body of the pressure vessel The main body of a pressure vessel is defined as following: (1) The bevel surface of the first circumferential joint between a pressure vessel and external pipes or devices connected by welding, the first threaded joint with screwed connections, first flanged sealing surface with flanged connections and the first sealing surface with special connectors or pipe connectors; (2) Pressure covers and their fasteners of the openings of pressure vessels; (3) Connection welds between non-pressure parts and pressure vessels. Main pressure components in a pressure vessel body include shells, heads (end plates), expansion joints, equipment flanges, petals of a spherical tank , tubesheets and tubes of a heat exchanger; main bolts greater than M36 (including M36) in specification, nozzle and pipe flanges with diameter no less than 250mm. 1.6.2 Safety accessories Safety accessories of pressure vessels, include safety valves directly connected with pressure vessels, rupture disk devices, emergency shut-off devices, safety interlock devices, pressure gages, liquid level gages, and thermometric instruments, etc. 1.7 Catogeries of pressure vessels Depending on the dangerous grade, pressure vessels applicable to this Regulation are classified into three categories so as to facilitate the supervision and administration. See Annex A for classifications of pressure vessels. 1.8 Inter-relationship with technical standards and management rules This Regulation specifies the essential safety requirements of pressure vessels. Involved technical standards and management rules of pressure vessels, as a minimum, shall satisfy the requirements of this Regulation. 1.9 The rule for handling inconformity to this Regulation Provide pressure vessels constructed with new material new technology, new process and/or its special service conditions not meet the requirements of this Regulation, involved enterprises/institutes shall submit the technical documentations involving the foundation, data, results, as well as inspection and testing reports of the design, research, and experiment to General Administration of Quanlity Supervision, Inspection and Quarantine of P.R.China (abbreviated AQSIQ). Technical organizations or technical institutes entrusted by AQSIQ shall carry out technical evaluations and assessments. When the results of evaluations and assessments are approved by AQSIQ, pressure vessels with new material, new technology or new process can be put in trials for fabrication and service. 1.10 Quoted Standards Main standards quoted in this Regulation are as follows (Note 1-5): (1) GB 150 Steel Pressure Vessels; (2) GB 151 Tubular Heat Exchangers; (3) GB 12337 Steel Spherical Tanks; (4) JB/T 4710 Steel Tower Tanks; (5) JB/T 4731 Steel Horizontal Tanks; (6) JB 4732 Steel Pressure Vessels- Design by Analysis; (7) JB/T 4734 Aluminum Welded Vessels; (8) JB/T 4745 Titanium Welded Vessels; (9) JB/T 4755 Copper Pressure Vessels; (10) JB/T 4756 Nickel and Nickel Alloy Pressure Vessels. Note 1-5: For standards quoted in this Regulation with the year note, both their amendent sheets (not including contents of corrections) and revisions do not apply to this Regulation. Ones without the year note, their latest versions apply to this Regulation. 1.11 Supervisory administration (1) The design, fabrication (including field assebly welding, same as below), installation, alteration, maintenance, service, inspection, and testing of pressure vessels shall implement the provisions of this Regulation accordingly; (2) All parties involved with the design, fabrication, installation, alteration, maintenance, service, inspection, and testing of pressure vessels shall follow the related regulation of information management for special equipment, and input required data into the information systems in time; (3) AQSIQ and local quality technical supervision departments are in charge of the safety supervision of pressure vessels as well as monitoring the implementation of this Regulation.
Contents of TSG R0004-2009
1 General Requirement 2 Material 3. Design 4. Fabrication 5. Installation, Alteration and Maintenance 6. Service Management 7. Periodic inspection 8. Safety Accessory 9. Supplement ANNEX A CLASSIFICATIONS FOR CATEGORIES, PRESSURE CLASSES, AND SORTS OF PRESSURE VESSELS ANNEX B PRODUCT COMFORMITY CERTIFICATE OF PRESSRUE VESSELS ANNEXED TABLE B PRODUCT DATA SHEET OF PRESSURE VESSELS ANNEX C PRODUCT NAMEPLATE OF PRESSURE VESSELS ANNEX D CODE NUMBERING METHODS OF SPECIAL EQUIPMENTS
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Keywords:
TSG R0004-2009, TSG/T R0004-2009, TSGT R0004-2009, TSGR0004-2009, TSG R0004, TSGR0004, TSG/TR0004-2009, TSG/T R0004, TSG/TR0004, TSGTR0004-2009, TSGT R0004, TSGTR0004