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GB 50160-2008   Fire Prevention Code of Petrochemical Enterprise Design (Edition 2018) (English Version)
Standard No.: GB 50160-2008 Status:valid remind me the status change

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Word Count: 29000 words Price(USD):140.0 remind me the price change

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Implemented on:2009-7-1 Delivery: via email in 1 business day
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Standard No.: GB 50160-2008
English Name: Fire Prevention Code of Petrochemical Enterprise Design (Edition 2018)
Chinese Name: 石油化工企业设计防火规范 (2018局部修订)
Chinese Classification: P7    
Professional Classification: GB    National Standard
Issued by: MOHURD
Issued on: 2008-12-30
Implemented on: 2009-7-1
Status: valid
Superseding:GB 50160-1992 Fire prevention code of petro Chemical enterprise design
GB 50160-1992(1999) Fire prevention code of petro Chemical enterprise design
Language: English
File Format: PDF
Word Count: 29000 words
Price(USD): 140.0
Delivery: via email in 1 business day
1 General Requirements 1.0.1 This standard is formulated in order to prevent and reduce the fire hazard in petrochemical enterprises and protect the security of person and property. 1.0.2 This standard is applicable to the fire prevention design of construction, extension and renovation engineering of petrochemical enterprises. 1.0.3 The fire prevention design of petrochemical enterprises shall not only comply with this standard, but also comply with those specified in the current relevant standards of the nation. 2 Terms 2.0.1 Petrochemical enterprise It refers to the oil refinery, petrochemical plant, petroleum chemical fibre factory or other combined plant that produce, store and transport various petrochemical products with petroleum, natural gas and their products as raw materials. 2.0.2 Plant area It refers to the area composed of the production area, utility & auxiliary facility area and production management area in the plant wall or boundary. 2.0.3 Production area It refers to the area composed of process plant and/or equipment for using and producing flammable substance and those that may emanate flammable gas. 2.0.4 Utility & auxiliary facility It refers to the necessity facility that does not directly participate in but has auxiliary actions on production and in the production process of petrochemical engineering. 2.0.5 Overall major facility It refers to the facility that influences the production of plant complex or may result in severe personal injury in the fire hazard. The overall major facility may be classified into two kinds: The first kind: is the facility that may result in severe personal injury when fire hazard breaks out. The second kind: Is the facility that will influence the production of plant complex when the fire hazard breaks out. 2.0.6 Regional major facility It refers to the facility that influences the production of part process plant or may result in severe personal injury in the fire hazard. 2.0.7 Fired site It refers to the indoor and outdoor fixed site where is with exposed flame and red hot surface. 2.0.8 Fired equipment It refers to the heating equipment and waste gas incineration equipment with the firebox connected with atmosphere and exposed flame at improper on occasional conditions. 2.0.9 Sparking site It refers to such site as chimney with spotting fire, outdoor grinding wheel, electric welding, autogenous welding (torch cutting), and outdoor non-explosion-proof electrical switch. 2.0.10 Process plant area It refers to the area composed of one or more than one independent petrochemical plant or multiple process plants. 2.0.11 Multiple process plants It refers to a set of plants arranged with two or more than two unit plants densely, and the plants feed directly without the intermediate feed reservoir for overhauling, and their commencement or break-down maintenance shall be carried out synchronously. 2.0.12 Process plant It refers to the combination of one or more than one interdependent process plants. 2.0.13 Process unit It refers to the combination of the equipment, pipelines and instruments of one technological operation process completed according to the production. 2.0.14 Process equipment It refers to the reactor, tower, heat exchanger, vessel, heating furnace and pump needed for realizing the technical process. 2.0.15 Enclosed industrial building (warehouse) It refers to the building of productbility (storage capability) set with roof and with the peripheral structure wholly adopting closed wall (including door and window) structure. 2.0.16 Semi-enclosed industrial building It refers to the productive building set with roof, and the outer fender structure partially adopts closed wall in area not exceeding half of the area outer enclosure surface of this building. 2.0.17 Opened industrial building It refers to the building set with roof but no outer fender structure. 2.0.18 Process storage within process plant They are the storage tanks (set) arranged in the process plant for balancing production and products or primary launching according to the process requirements, but they shall not directly participate in the technical process in the regular production process of process plant. 2.0.19 Liquefied hydrocarbon At 15℃, it refers to the hydrocarbon liquid and other similar liquids with vapor pressure larger than 0.1MPa, excluding liquefied natural gas. 2.0.20 Liquefied petroleum gas (LPG) It refer to C3, C4 and their mixture that is at gas state at normal temperature and pressure and shall be at liquid state after compressing and cooling. 2.0.21 Boil-over liquid It refers to viscosious hydrocarbon mixture that may occur boil over phenomena caused by quick vaporizing of water layer at tank bottom due to the thermal transmission action when the medium temperature in tank rises. 2.0.22 Dike It refers to the structures for preventing the liquid from out-flowing and the fire hazard from spreading when the flammable liquid material storage tank occurs with leakage accident. 2.0.23 Intermediate dike It refers to the structure dividing a group of storage tanks into several subareas for reducing the range of influence when the storage tank in dike occurs with little leakage accident. 2.0.24 A group of storage tanks It refers to one or more of storage tanks arranged in one dike. 2.0.25 Tank farm It refers to the area composed of one or more groups of storage tanks. 2.0.26 Floating roof tank (external floating roof tank) It refers to the storage tank by setting buoyancy chamber top in open storage tank, which is also named as floating roof tank. 2.0.27 Atmospheric storage tank It refers to the storage tank with design pressure less than or equal to 6.9kPa (gauge pressure at tank deck). 2.0.28 Low-pressure storage tank It refers to the storage tank with design pressure is larger than 6.9kPa and less than 0.1MPa (gauge pressure at tank deck). 2.0.29 Pressurized storage tank It refers to the storage tank with design pressure larger than or equal to 0.1MPa (gauge pressure at tank deck). 2.0.30 Single containment storage tank It refers to the single-wall storage tank with thermal-insulating layer or the storage tank that is composed of inter tank and outer tank. The inter tank shall be adaptable to the requirement on storing low-temperature refrigerating fluid, the outer tank mainly for supporting and protecting the thermal-insulating layer and shall be able to withstand the pressure of gas purge but cannot store the low-temperature refrigerating fluid leaked from inter tank. 2.0.31 Double containment storage tank It refers to storage tank composed of inter tank and outer tank. Both the inter tank and outer tank shall be adaptable to store low-temperature refrigerating fluid, at normal operating conditions, the inter tank store low-temperature refrigerating fluid, the outer tank be able to store the refrigerating fluid leaked out from inter tank but not cannot restriction limit the emission of gas generated by refrigerating fluid leaked from inter tank. 2.0.32 Full containment storage tank It refers to storage tank composed of inter tank and outer tank. Both the inter tank and outer tank shall be adaptable to store low-temperature refrigerating fluid, the distance between the inter tank and outer tank is 1~2m, the tank deck is supported by outer tank; at normal operating conditions, the inter tank stores low-temperature refrigerating fluid, the outer tank is not only able to store the low-temperature refrigerating fluid, but also limit the emission of gas generated by liquid leaked from inter tank. 2.0.33 Flare systems It refers to a kind of facility processing released flammable gas through combustion method, which is divided into elevated flare and ground flare. The system is composed of discharge pipeline, liquid separating equipment, fire retardant equipment, flare burner, ignition system, flare cylinder and other parts. 2.0.34 Stabilized high pressure fire water systems It refers to the fire main system by adopting stabilized pressure pump to maintain the fire pressure larger than or equal to 0.7MPa. 2.0.35 Pipelines between the site boundary and off-site It refers to the pipelines between petrochemical enterprises, oil depots, oil and gas terminals, etc., which transport flammable gases, liquefied hydrocarbons and flammable liquid, and characterized by that the pipelines, less than or equal to 30km long, are laid between the walls or the land boundaries of the petrochemical enterprises, oil depots and oil and gas terminals, and pass through the public area. 3 Classification of Fire Hazard 3.0.1 The fire hazard of flammable gas shall be classified according to those specified in Table 3.0.1.
1 General Requirements 2 Terms 3 Classification of Fire Hazard 4 Regional planning and Plant General Arrangement 4.1 Regional planning 4.2 General Arrangement of Plant 4.3 In-plant Road 4.4 Industrial Railway 4.5 Planning of Pipelines between the Site Boundary and Off-site 5 Process plant and System Element 5.1 General Requirements 5.2 Arrangement in Process Plant 5.3 Pump and Compressor 5.4 Sewage Disposal Plant and Circulating Water Plant 5.5 Pressure Relief Discharge and Flare Systems 5.6 Fireproofing Protection of Steel Structure 5.7 Other Requirements 6 Storage and Transportation Facilities 6.1 General Requirements 6.2 Land Storage Tank of Flammable Liquid 6.3 Land Storage Tank of Liquefied Hydrocarbon, Fuel Gas and Combustion-supporting Gas 6.4 Handling Facilities of Flammable Liquid and Liquefied Hydrocarbon 6.5 Refueling Station 6.6 In-plant Warehouse 7 Piping Layout 7.1 Pipeline Layout within the Plant 7.2 Process and Utility Material Pipelines 7.3 Production Waste Pipeline containing Flammable Liquid 7.4 Laying of Pipelines between the Site Boundary and Off-site 8 Firefighting 8.1 General Requirements 8.2 Fire Station 8.3 Fire Water and Pump Room 8.4 Fire Consumption 8.5 Fire Water Supply Pipelines and Hydrant 8.6 Fire Water Cannons, Water Sprinkling and Water Spray 8.7 Low Expansion Foam Extinguishing Systems 8.8 Steam Smothering System 8.9 Installation of Fire Extinguisher 8.10 Firefighting in Liquefied Hydrocarbon Tank Farm 8.11 Firefighting in Buildings 8.12 Fire Alarm System 9 Electrics 9.1 Firefighting Power Supply, Distribution and General Requirement 9.2 Lightning Protection 9.3 Electrostatic Grounding Annex A Start-stop Points of Fire Break Wording Explanations
GB 50160-2008 is referred in:
* SH/T 3007-2007 Specification for Design of Tank Farms for Petrochemical Storage
* SH 3137-2003 Technical specification of fire protection for steel structures in petrochemical industry
* GB 50974-2014 Code of design on fire protection water supply and hydrant systems
* GB 50074-2014 Code for design of oil depot
* GB 50542-2009 Technical Code for Pipelines Coordination in Petrochemical Plant
* GB/T 50938-2013 Technical Code for Low Temperature Steel Storage Tanks in Petrochemical Engineering
* SH 3501-2011 Construction and acceptance Specification for toxic and combustible medium steel piping engineering in petrochemical industry
* GB 50187-2012 Code for Design of General Layout of Industrial Enterprises
* SH/T 3006-2012 Specification for design of control room in petrochemical industry
* SH 3034-2012 Specification for design of water supply and drainage pipe in petrochemical industry
* AQ 3013-2008 General norms for safety standardization of hazardous chemical enterprises
* SH 3009-2013 Specifications for design of combustible gas emission system in petrochemical industry
* SH/T 3014-2012 Design specification for pump area of storage and transportation system in petrochemical industry
*DL/T 5054-2016 Code for design of steam water piping in thermal power plant
*GB/T 20801.6-2006 Pressure Piping Code - Industrial Piping - Part 6: Safeguarding
*GB 30871-2014 Safety code of special work in chemical manufactory
*GB 50174-2017 Code for Design of Data Centers
*SH/T 3017-2013 Architectural code of petrochemical production design
*SH/T 3038-2017 Code for Electric Power Design in Petrochemical Plants
*GB 50457-2019 Code for design of pharmaceutical industry clean room
*GB/T 20801.1-2020 Pressure piping code—Industrial piping—Part 1:General
*SH/T 3007-2014 Specification for Design of Tank Farms for Petrochemical Storage
*SH/T 3077-2012 Design specification for steel frames supporting coolers and exchangers in petrochemical industry
*GB 50873-2013 Design code for piping of water supply and drainage in chemical industry
*SH/T 3174-2013 Code for design of on-line analyzer system in petrochemical industry
*SH/T 3005-2016 Design specification for instrumentation selection in petrochemical industry
*GB 51283-2020 Fire protection standard for engineering design of fine chemical enterprise
*GB 51019-2014 Code for design of pipe racks and pipe sleepers in chemical industry
*GB/T 20801.6-2020 Pressure piping code - Industrial piping - Part 6: Safeguarding
*HJ 1093-2020 Technical specifications for industrial organicwaste gas treatment by regenerative thermal oxidation
*SH/T 3060-2013 Code for design of power supply system in petrochemical enterprises
*SH 3076-2013 Design specification for building structure in petrochemical industry
*HG 20571-2014 Code for Safety and Hygiene Design of Chemical Enterprise
*SH/T 3098-2011 Specification for design of column in petrochemical engineering
*AQ 3053-2015 Safety technical code for vertical cylindrical steel welded tank
*GB 50351-2014 Code for design of fire-dike in storage tank farm
*GB 50414-2018 Standard for fire protection design of iron and steel metallurgy enterprises
*SH 3011-2011 Specification for Design of Process Plant Layout in Petrochemical Engineering
*AQ 3036-2010 Setting specifications for safety monitoring and controlling equipments in dangerous chemicals major hazard installations Tanks section
*SH/T 3055-2017 Design specification for pipe supports in petrochemical engineering
*GB/T 50483-2019 Code for engineering design of environmental protection of chemical industry projects
Code of China
Standard
GB 50160-2008  Fire Prevention Code of Petrochemical Enterprise Design (Edition 2018) (English Version)
Standard No.GB 50160-2008
Statusvalid
LanguageEnglish
File FormatPDF
Word Count29000 words
Price(USD)140.0
Implemented on2009-7-1
Deliveryvia email in 1 business day
Detail of GB 50160-2008
Standard No.
GB 50160-2008
English Name
Fire Prevention Code of Petrochemical Enterprise Design (Edition 2018)
Chinese Name
石油化工企业设计防火规范 (2018局部修订)
Chinese Classification
P7
Professional Classification
GB
ICS Classification
Issued by
MOHURD
Issued on
2008-12-30
Implemented on
2009-7-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
GB 50160-1992 Fire prevention code of petro Chemical enterprise design
GB 50160-1992(1999) Fire prevention code of petro Chemical enterprise design
Language
English
File Format
PDF
Word Count
29000 words
Price(USD)
140.0
Keywords
GB 50160-2008, GB/T 50160-2008, GBT 50160-2008, GB50160-2008, GB 50160, GB50160, GB/T50160-2008, GB/T 50160, GB/T50160, GBT50160-2008, GBT 50160, GBT50160
Introduction of GB 50160-2008
1 General Requirements 1.0.1 This standard is formulated in order to prevent and reduce the fire hazard in petrochemical enterprises and protect the security of person and property. 1.0.2 This standard is applicable to the fire prevention design of construction, extension and renovation engineering of petrochemical enterprises. 1.0.3 The fire prevention design of petrochemical enterprises shall not only comply with this standard, but also comply with those specified in the current relevant standards of the nation. 2 Terms 2.0.1 Petrochemical enterprise It refers to the oil refinery, petrochemical plant, petroleum chemical fibre factory or other combined plant that produce, store and transport various petrochemical products with petroleum, natural gas and their products as raw materials. 2.0.2 Plant area It refers to the area composed of the production area, utility & auxiliary facility area and production management area in the plant wall or boundary. 2.0.3 Production area It refers to the area composed of process plant and/or equipment for using and producing flammable substance and those that may emanate flammable gas. 2.0.4 Utility & auxiliary facility It refers to the necessity facility that does not directly participate in but has auxiliary actions on production and in the production process of petrochemical engineering. 2.0.5 Overall major facility It refers to the facility that influences the production of plant complex or may result in severe personal injury in the fire hazard. The overall major facility may be classified into two kinds: The first kind: is the facility that may result in severe personal injury when fire hazard breaks out. The second kind: Is the facility that will influence the production of plant complex when the fire hazard breaks out. 2.0.6 Regional major facility It refers to the facility that influences the production of part process plant or may result in severe personal injury in the fire hazard. 2.0.7 Fired site It refers to the indoor and outdoor fixed site where is with exposed flame and red hot surface. 2.0.8 Fired equipment It refers to the heating equipment and waste gas incineration equipment with the firebox connected with atmosphere and exposed flame at improper on occasional conditions. 2.0.9 Sparking site It refers to such site as chimney with spotting fire, outdoor grinding wheel, electric welding, autogenous welding (torch cutting), and outdoor non-explosion-proof electrical switch. 2.0.10 Process plant area It refers to the area composed of one or more than one independent petrochemical plant or multiple process plants. 2.0.11 Multiple process plants It refers to a set of plants arranged with two or more than two unit plants densely, and the plants feed directly without the intermediate feed reservoir for overhauling, and their commencement or break-down maintenance shall be carried out synchronously. 2.0.12 Process plant It refers to the combination of one or more than one interdependent process plants. 2.0.13 Process unit It refers to the combination of the equipment, pipelines and instruments of one technological operation process completed according to the production. 2.0.14 Process equipment It refers to the reactor, tower, heat exchanger, vessel, heating furnace and pump needed for realizing the technical process. 2.0.15 Enclosed industrial building (warehouse) It refers to the building of productbility (storage capability) set with roof and with the peripheral structure wholly adopting closed wall (including door and window) structure. 2.0.16 Semi-enclosed industrial building It refers to the productive building set with roof, and the outer fender structure partially adopts closed wall in area not exceeding half of the area outer enclosure surface of this building. 2.0.17 Opened industrial building It refers to the building set with roof but no outer fender structure. 2.0.18 Process storage within process plant They are the storage tanks (set) arranged in the process plant for balancing production and products or primary launching according to the process requirements, but they shall not directly participate in the technical process in the regular production process of process plant. 2.0.19 Liquefied hydrocarbon At 15℃, it refers to the hydrocarbon liquid and other similar liquids with vapor pressure larger than 0.1MPa, excluding liquefied natural gas. 2.0.20 Liquefied petroleum gas (LPG) It refer to C3, C4 and their mixture that is at gas state at normal temperature and pressure and shall be at liquid state after compressing and cooling. 2.0.21 Boil-over liquid It refers to viscosious hydrocarbon mixture that may occur boil over phenomena caused by quick vaporizing of water layer at tank bottom due to the thermal transmission action when the medium temperature in tank rises. 2.0.22 Dike It refers to the structures for preventing the liquid from out-flowing and the fire hazard from spreading when the flammable liquid material storage tank occurs with leakage accident. 2.0.23 Intermediate dike It refers to the structure dividing a group of storage tanks into several subareas for reducing the range of influence when the storage tank in dike occurs with little leakage accident. 2.0.24 A group of storage tanks It refers to one or more of storage tanks arranged in one dike. 2.0.25 Tank farm It refers to the area composed of one or more groups of storage tanks. 2.0.26 Floating roof tank (external floating roof tank) It refers to the storage tank by setting buoyancy chamber top in open storage tank, which is also named as floating roof tank. 2.0.27 Atmospheric storage tank It refers to the storage tank with design pressure less than or equal to 6.9kPa (gauge pressure at tank deck). 2.0.28 Low-pressure storage tank It refers to the storage tank with design pressure is larger than 6.9kPa and less than 0.1MPa (gauge pressure at tank deck). 2.0.29 Pressurized storage tank It refers to the storage tank with design pressure larger than or equal to 0.1MPa (gauge pressure at tank deck). 2.0.30 Single containment storage tank It refers to the single-wall storage tank with thermal-insulating layer or the storage tank that is composed of inter tank and outer tank. The inter tank shall be adaptable to the requirement on storing low-temperature refrigerating fluid, the outer tank mainly for supporting and protecting the thermal-insulating layer and shall be able to withstand the pressure of gas purge but cannot store the low-temperature refrigerating fluid leaked from inter tank. 2.0.31 Double containment storage tank It refers to storage tank composed of inter tank and outer tank. Both the inter tank and outer tank shall be adaptable to store low-temperature refrigerating fluid, at normal operating conditions, the inter tank store low-temperature refrigerating fluid, the outer tank be able to store the refrigerating fluid leaked out from inter tank but not cannot restriction limit the emission of gas generated by refrigerating fluid leaked from inter tank. 2.0.32 Full containment storage tank It refers to storage tank composed of inter tank and outer tank. Both the inter tank and outer tank shall be adaptable to store low-temperature refrigerating fluid, the distance between the inter tank and outer tank is 1~2m, the tank deck is supported by outer tank; at normal operating conditions, the inter tank stores low-temperature refrigerating fluid, the outer tank is not only able to store the low-temperature refrigerating fluid, but also limit the emission of gas generated by liquid leaked from inter tank. 2.0.33 Flare systems It refers to a kind of facility processing released flammable gas through combustion method, which is divided into elevated flare and ground flare. The system is composed of discharge pipeline, liquid separating equipment, fire retardant equipment, flare burner, ignition system, flare cylinder and other parts. 2.0.34 Stabilized high pressure fire water systems It refers to the fire main system by adopting stabilized pressure pump to maintain the fire pressure larger than or equal to 0.7MPa. 2.0.35 Pipelines between the site boundary and off-site It refers to the pipelines between petrochemical enterprises, oil depots, oil and gas terminals, etc., which transport flammable gases, liquefied hydrocarbons and flammable liquid, and characterized by that the pipelines, less than or equal to 30km long, are laid between the walls or the land boundaries of the petrochemical enterprises, oil depots and oil and gas terminals, and pass through the public area. 3 Classification of Fire Hazard 3.0.1 The fire hazard of flammable gas shall be classified according to those specified in Table 3.0.1.
Contents of GB 50160-2008
1 General Requirements 2 Terms 3 Classification of Fire Hazard 4 Regional planning and Plant General Arrangement 4.1 Regional planning 4.2 General Arrangement of Plant 4.3 In-plant Road 4.4 Industrial Railway 4.5 Planning of Pipelines between the Site Boundary and Off-site 5 Process plant and System Element 5.1 General Requirements 5.2 Arrangement in Process Plant 5.3 Pump and Compressor 5.4 Sewage Disposal Plant and Circulating Water Plant 5.5 Pressure Relief Discharge and Flare Systems 5.6 Fireproofing Protection of Steel Structure 5.7 Other Requirements 6 Storage and Transportation Facilities 6.1 General Requirements 6.2 Land Storage Tank of Flammable Liquid 6.3 Land Storage Tank of Liquefied Hydrocarbon, Fuel Gas and Combustion-supporting Gas 6.4 Handling Facilities of Flammable Liquid and Liquefied Hydrocarbon 6.5 Refueling Station 6.6 In-plant Warehouse 7 Piping Layout 7.1 Pipeline Layout within the Plant 7.2 Process and Utility Material Pipelines 7.3 Production Waste Pipeline containing Flammable Liquid 7.4 Laying of Pipelines between the Site Boundary and Off-site 8 Firefighting 8.1 General Requirements 8.2 Fire Station 8.3 Fire Water and Pump Room 8.4 Fire Consumption 8.5 Fire Water Supply Pipelines and Hydrant 8.6 Fire Water Cannons, Water Sprinkling and Water Spray 8.7 Low Expansion Foam Extinguishing Systems 8.8 Steam Smothering System 8.9 Installation of Fire Extinguisher 8.10 Firefighting in Liquefied Hydrocarbon Tank Farm 8.11 Firefighting in Buildings 8.12 Fire Alarm System 9 Electrics 9.1 Firefighting Power Supply, Distribution and General Requirement 9.2 Lightning Protection 9.3 Electrostatic Grounding Annex A Start-stop Points of Fire Break Wording Explanations
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Keywords:
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