HG/T 20696-1999 Design regulations for glass fiber reinforced plastic chemical equipment
Some standard content:
Industry Standard of the People's Republic of China
HG/F 20696 - 1999
Specification of FRP Equipment Design forChemical Industry
1999 - 12 -10
2000 - 04 - 01
State Administration of Petroleum and Chemical Industry
Document of State Administration of Petroleum and Chemical Industry
State Petrochemical Administration (1999) No. 517
Notice on Approval of 25 Chemical Industry Standards Including "Classification and Technical Conditions for Stainless Steel Manholes and Handholes"
China Chemical Exploration and Design Association:
The draft of 25 chemical industry standards including "Classification and Technical Conditions for Stainless Steel Manholes and Handholes" submitted by your association for approval has been approved by our bureau and is now published. Standard name and number: Mandatory standard
Standard number
HG21594-1999
HG 21595 - 1999
HG 21596 1999
HG 21597 - 1999
HG 21598 - 1999
HG 21599 - 1999
HG 21600 - 1999
HG 21601 - 1999
HG 21602 - 1999
Name of the Standard
Classification and Technical Conditions of Stainless Steel Manholes and Handholes (Replace HGJ503-86)
Normal Pressure Stainless Steel Manhole (Replace HGI504-86) Slewing Cover Stainless Steel Manhole (Replace HGJ505-86) Slewing Arch Cover Quick Opening Stainless Steel Manhole (Replace HGJ506-86) Horizontal Lift Cover Stainless Steel Manhole (Replace HGJ507-86) Vertical Lift Cover Stainless Steel Manhole (Replace HGJ508-86) Elliptical Quick Opening Stainless Steel Manhole (Replace HGJ509-86) Normal Pressure Quick Opening Stainless Steel Handhole (Replace HGI510-86) Cover Stainless Steel Handhole (Replace HGJ511-86) HG 21603 - 1999
HG 21604 - 1999
Recommended Standard
HG/T 20579.1 -- 1999
HG/T 20579.2 - 1999
HG/T 20579.3- 1999
HG/T 20661 - 1999
HG/T 20662 - 1999
HG/T 20663 - 1999
HGT 20664 - 1999
HG/T 20665 - 1999
HG/T 22814 - 1999
HGT 20666 - 1999
HG/T 20646 - 1999
HG/T 21629 - 1999
HG/T 20696 -- 1999
Stainless steel hand hole for quick opening of rotary cover (replaces HGJ512-86)Stainless steel hand hole for quick opening of rotary handle (replaces HGJ513-86)Design regulations for process equipment models (replaces CD43A1-86)Quality acceptance standards for process equipment pipeline modelsModel designTechnical regulations for finished product packaging and transportationTechnical conditions for masonry of sulfuric acid boiling furnace
Technical regulations for mechanical transportation of chemical powder materialsDesign regulations for metering, packaging and palletizing systems for chemical powder and granular products
Technical regulations for power supply design in chemical enterprises (replaces CD90A5 - 85)
Classification standardization of seismic fortification of chemical buildings and structuresDesign code for mine shafts and tunnels in chemical enterprises
Design code for power plants in corrosive environments (replacing CD90A6-85
Design regulations for piping materials for chemical plants
Standard drawings for pipe racks (replacing HGJ52491)
Design regulations for glass fiber reinforced plastic chemical equipment
The above standards shall be implemented from April 1, 2000, and the replaced standards shall be abolished at the same time. State Administration of Petroleum and Chemical Industry
December 10, 1999
China Chemical Exploration and Design Association
China Chemical Exploration and Design Association [2000] No. 023
Notice on entrusting the editing, publishing and issuing of chemical industry standards National Chemical Engineering Construction Standard Editing Center The State Administration of Petroleum and Chemical Industry's notice on approving 25 chemical industry standards including "Classification and Technical Conditions for Manholes and Handholes for Stainless Steel" (State Petrochemical Administration (1999) No. 517) approved the 25 chemical industry standards organized and compiled by our association (the approval document is attached). After research, these 25 chemical industry standards are entrusted to your center to be responsible for editing, publishing and issuing. Attachment: Notice on approving 25 chemical industry standards including "Classification and Technical Conditions for Manholes and Handholes for Stainless Steel".
China Chemical Engineering Exploration and Design Association
April 31, 2000
Industry Standard of the People's Republic of China
Specification of FRP Equipment Design for Chemical Industry
HG/T 20696 - 1999
Editor: China Wuhuan Chemical Engineering CorporationApproval department: State Administration of Petroleum and Chemical IndustryImplementation date: April 1, 2000National Chemical Engineering Construction Standard Editing Center (formerly the Engineering Construction Standard Editing Center of the Ministry of Chemical Industry) 2000 Beijing
According to the plan and arrangement of the Construction Coordination Department of the former Ministry of Chemical Industry, the "Specification of FRP Equipment Design for Chemical Industry" (HG/T20696-1999) compiled by China Wuhuan Chemical Engineering Corporation, organized by the National Chemical Equipment Design Technology Center, has been approved as the chemical industry design standard by the State Administration of Petroleum and Chemical Industry for use by design departments after repeated solicitation of opinions and based on the basic work promoted by relevant foreign standards.
This regulation specifically stipulates the scope of application, material requirements, structural design, design calculation, inspection requirements, etc. of FRP chemical equipment, and has an appendix and compilation instructions. The appendix to this regulation is a reference to this regulation. This regulation is compiled by China Wuhuan Chemical Engineering Company, and the compilers are: Wang Ronggui, Xue Jianshe, Huang Geng, Yang Zhenkui, and Yao Peixian.
The imperfections in this regulation will be further revised and supplemented in future practice. For specific questions, please contact the National Chemical Equipment Design Technology Center. 1
Scope of application
Scope of non-application
Design pressure
Design temperature
Reference standard
Safety factor
Pressure test
Requirements for raw materials
Glass fiber and fabric
Thermosetting resin
Commonly used curing agent for unsaturated polyester resin
Mechanical properties of FRP products
FRP shell structure
Support design Design
Fiberglass tank connection
Opening reinforcement
Design of reinforcement ring
Design of tank bottom cornerbzxz.net
Design of pipe structure
Design of manhole structure
Non-detachable connection
Detachable connection
Internal pressure cylinder
Internal pressure spherical shell
Internal pressure head
Internal pressure conical shell
Opening reinforcement
Design of external pressure cylinder and spherical shell| |tt||Design of external pressure circular reinforcement ring
Design of external pressure dished head
Design of external pressure chain head
Flange calculation
Flat head and bolt connection
Calculation of openings on flat head, cover or blind flangeHorizontal container design
Vertical storage tank design
Inspection requirements
Appearance requirements
Thickness inspection
Resin curing degree inspection
Resin content inspection
Product mechanical property inspection
Product size inspection
Water storage bin test
Hydraulic pressure test
Appendix A
Corrosion resistance of unsaturated polyester resin Clause description
1.1 Overview
The FRP chemical equipment (or glass fiber reinforced plastic chemical equipment) described in this design regulation refers to the integral corrosion-resistant FRP chemical equipment with thermosetting resin as the matrix material and glass fiber as the reinforcing material. 1.2 Scope of application
This design regulation is applicable to non-movable integral corrosion-resistant FRP chemical equipment made by mechanical winding molding process.
1.3 Inapplicable scope
Equipment heated by direct flame:
Equipment containing extremely hazardous media;
Equipment for heat conduction (such as jacketed reactors, etc.): Special chemical equipment (such as tank cars, electrostatic precipitators, etc.). The classification of extremely hazardous media should be in accordance with the standard HG20660-1991 "Classification of Toxicity Hazards and Explosion Hazards of Chemical Media in Pressure Vessels".
Design pressure
This design stipulates that the design pressure is not more than 0.6MPa, and the external pressure design pressure is not more than 0.1MPaa
Vacuum equipment is designed as an external pressure vessel, and its design pressure is 0.1MPa. 1.5
Design temperature
The design temperature range specified in this design is generally: general unsaturated poly FRP
bisphenol A type unsaturated polyester FRP
vinyl ester unsaturated polyester FRP
epoxy FRP
-40 +60℃
-40 -- + 100℃
- 40- + 120℃
- 40～ +90℃
The corrosion resistance and temperature resistance of various types and grades of resins are different. When designing, the corresponding resin, auxiliary materials and glass fiber should be selected according to the type of corrosive medium and the conditions of use, and a reasonable construction process should be formulated to produce corrosion-resistant FRP chemical equipment. When corrosion-resistant FRP chemical equipment is used under flammable and explosive conditions, the corresponding resin formula and process should be carefully and reasonably selected, and small sample specimens should be made to test relevant indicators. Only after passing the test can it be formally produced.
1.6 Reference standards
GB1446
《Alkali-free untwisted glass fiber yarn》
《Medium-alkali untwisted glass fiber yarn》
《Alkali-free untwisted glass fiber cloth》
《General rules for the nomenclature of glass fiber products》《General rules for the performance test methods of fiber reinforced plastics》GB1447
GB1448
GB1449
GB1451
GB1458
GB 1461
GB 2576
GB2577
GB3854
GB3857
GB6058
GB8237
GB 13657
1.7.1 Pressure
Test Method for Tensile Properties of Glass Fiber Reinforced Plastics", Test Method for Compression Properties of Glass Fiber Reinforced Plastics", Test Method for Flexural Properties of Glass Fiber Reinforced Plastics", Test Method for Interlaminar Shear Strength of Glass Fiber Reinforced Plastics", Test Method for Punching Shear Strength of Glass Fiber Reinforced Plastics", Test Method for Simply Supported Beam Impact Toughness of Glass Fiber Reinforced Plastics", Test Method for Tensile Test of Fiber Wound FRP Ring Specimens", Test Method for Shear Test of Fiber Wound FRP Ring Specimens", Test Method for Insoluble Content of Resin in Fiber Reinforced Plastics", Test Method for Resin Content in FRP
Test Method for Barcol Hardness of Fiber Reinforced Plastics", Test Method for Chemical Resistance of Glass Fiber Reinforced Thermosetting Plastics
Test Method for Preparation and Internal Pressure of Fiber Wound Pressure Vessels", Liquid Unsaturated Polyester Resin for Glass Fiber Reinforced Plastics (FRP)
"Bisphenol-A Epoxy Resin"
1.7 Definitions
Unless otherwise specified, pressure refers to gauge pressure. Maximum working pressure
The maximum working pressure refers to the highest pressure that may occur at the top of the container under normal operating conditions.
1.7.3 Design pressure
The design pressure refers to the pressure used to determine the thickness of the pressure-bearing component at the corresponding design temperature, and its value shall not be less than the maximum working pressure. For containers containing liquids, the design pressure of each part is the sum of the maximum working pressure and the static pressure of the liquid column at that part. The external pressure vessel should take a pressure difference not less than the maximum internal and external pressure that may occur at any time during normal operation, and not more than 0.1MPac. Vacuum equipment is designed as an external pressure vessel, and its design pressure is 0.1MPa. 1.7.4 FRP temperature·
The FRP temperature refers to the average temperature of the pressure-bearing component of the container along the cross-sectional thickness. In any case, the surface temperature of the FRP component shall not exceed the allowable use temperature of the FRP material.
1.7.5 Design temperature
The design temperature refers to the FRP temperature of the pressure-bearing components of the FRP equipment under normal operating conditions and at the corresponding design pressure, and its value shall not be lower than the maximum temperature that the FRP components may reach.
The design temperature of the container refers to the design temperature of the FRP shell wall. 1.8 Loads
The following loads should be considered during design:
Design internal pressure or design external pressure.
Hydrostatic head pressure under working conditions.
Hydrostatic head pressure of the equipment during hydraulic test. Wind load, seismic load and top load (including snow load, human load, top cover, insulation material).
Reaction force and local stress caused by supports, legs or other components. 1.8.5
Loads borne by the container during transportation or lifting. 1.9 Thickness
Calculation of thickness3 Design pressure
Design pressure refers to the pressure used to determine the thickness of the pressure element at the corresponding design temperature, and its value shall not be less than the maximum working pressure. For containers containing liquids, the 3
design pressure of each part is the sum of the maximum working pressure and the static pressure of the liquid column at that part. The external pressure vessel should take a pressure difference not less than the maximum internal and external pressure that may occur at any time during normal operation, and not more than 0.1MPac. The vacuum equipment is designed as an external pressure vessel, and its design pressure is 0.1MPa. 1.7.4 FRP temperature
FRP temperature refers to the average temperature of the pressure element of the container along the cross-sectional thickness. In any case, the surface temperature of the FRP element shall not exceed the allowable use temperature of the FRP material.
1.7.5 Design temperature
Design temperature refers to the FRP temperature of the pressure element set by the FRP equipment under normal operation and at the corresponding design pressure, and its value shall not be lower than the maximum temperature that the FRP element may reach.
The design temperature of the container refers to the design temperature of the FRP shell wall. 1.8 Loads
The following loads should be considered during design:
Design internal pressure or design external pressure.
Hydrostatic head pressure under working conditions.
Hydrostatic head pressure during hydraulic test of equipment. Wind load, earthquake load and top load (including snow load, human load, top cover, insulation material).
Reaction force and local stress caused by supports, legs or other components. 1.8.5
Loads borne by containers during transportation or lifting. 1.9 Thickness
Calculation of thickness3 Design pressure
Design pressure refers to the pressure used to determine the thickness of the pressure element at the corresponding design temperature, and its value shall not be less than the maximum working pressure. For containers containing liquids, the 3
design pressure of each part is the sum of the maximum working pressure and the static pressure of the liquid column at that part. The external pressure vessel should take a pressure difference not less than the maximum internal and external pressure that may occur at any time during normal operation, and not more than 0.1MPac. The vacuum equipment is designed as an external pressure vessel, and its design pressure is 0.1MPa. 1.7.4 FRP temperature
FRP temperature refers to the average temperature of the pressure element of the container along the cross-sectional thickness. In any case, the surface temperature of the FRP element shall not exceed the allowable use temperature of the FRP material.
1.7.5 Design temperature
Design temperature refers to the FRP temperature of the pressure element set by the FRP equipment under normal operation and at the corresponding design pressure, and its value shall not be lower than the maximum temperature that the FRP element may reach.
The design temperature of the container refers to the design temperature of the FRP shell wall. 1.8 Loads
The following loads should be considered during design:
Design internal pressure or design external pressure.
Hydrostatic head pressure under working conditions.
Hydrostatic head pressure during hydraulic test of equipment. Wind load, earthquake load and top load (including snow load, human load, top cover, insulation material).
Reaction force and local stress caused by supports, legs or other components. 1.8.5
Loads borne by containers during transportation or lifting. 1.9 Thickness
Calculation of thickness
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