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DBJ 15-93-2013   Technical code for indoor environmental pollution control of civil building engineering (English Version)
Standard No.: DBJ 15-93-2013 Status:valid remind me the status change

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Language:English File Format:PDF
Word Count: 20000 words Price(USD):800.0 remind me the price change

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Implemented on:2013-8-1 Delivery: via email in 1 business day
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Standard No.: DBJ 15-93-2013
English Name: Technical code for indoor environmental pollution control of civil building engineering
Chinese Name: 民用建筑工程室内环境污染控制技术规程
Professional Classification: DB    Provincial Standard
Issued on: 2013-04-01
Implemented on: 2013-8-1
Status: valid
Language: English
File Format: PDF
Word Count: 20000 words
Price(USD): 800.0
Delivery: via email in 1 business day
1 General provisions 1.0.1 This code is formulated with a view to preventing and controlling indoor environmental pollution caused by building materials and decoration materials in civil building engineering, protecting public health, safeguarding public interests, and achieving advanced technology, economy and rationality, in combination with the actual situation of Guangdong Province. 1.0.2 This code is applicable to indoor environmental pollution control for new construction, extension and renovation of civil buildings, and not applicable to indoor environmental pollution control for industrial building engineering, warehouse building engineering or structures, and rooms with special purification or sanitation requirements. Notes: 1 Indoor environmental pollution hereof refers to indoor environmental pollution caused by building materials and decoration materials. After the civil building engineering is delivered for use, indoor environmental pollution caused by non-building decoration materials is not within the control range of this code. 2 Indoor air pollutant content detection in industrial buildings or other buildings may refer to this code. 1.0.3 Indoor environmental pollutants controlled in this code are radon (Rn-222), formaldehyde, ammonia, benzene and total volatile organic compounds (TVOC). 1.0.4 Civil building engineering are divided into the following two categories according to different requirements for controlling indoor environmental pollution: 1 Class I civil building engineering: residential buildings, hospitals, buildings for the aged, kindergartens, school classrooms and other civil building engineering; 2 Class II civil building engineering: office buildings, shops, hotels, cultural and entertainment places, bookstores, libraries, exhibition halls, gymnasiums, waiting rooms for public transportation, restaurants, barbershops and other civil building engineering as well as office places in industrial buildings. 1.0.5 The main building materials and decoration materials used in civil building engineering must meet the requirements hereof. 1.0.6 In addition to the requirements specified hereof, the indoor environmental pollution control of civil building engineering shall also meet the relevant national and professional current standards. 2 Terms 2.0.1 civil building engineering general term of constructed, extended and renovated civil building structure engineering and decoration engineering 2.0.2 environmental test chamber equipment for testing pollutant emission of building materials and decoration materials by simulating indoor environment 2.0.3 radon exhalation rate from soil surface radioactivity (mBq) of radon released from the surface of soil or material per unit area (m2) at per unit time (s), mBq/(m2•s) 2.0.4 internal exposure index quotient (IRa) of specific activity of natural radionuclide radium-226 in building materials divided by the limited value of specific activity 200 2.0.5 external exposure index sum of quotients (Ir) of specific activities of natural radionuclides radium-226, thorium-232 and potassium-40 in building materials divided by their limits respectively (2.0.5) where, CRa, CTh and CK——the specific activities of natural radionuclides radium-226, thorium-232 and potassium-40 in building materials respectively, Bq/kg. 2.0.6 radon concentration radioactivity of radon in air per unit volume 2.0.7 wood-based panels panels of which the raw material is plant fiber which is separated into unit materials of various shapes by mechanical processing, and then combined and pressed with adhesive, including plywood, fiberboard, particleboard, etc. 2.0.8 decorated wood-based panels plate of which the artificial wood panel is used as the base, finished or of which the surface layer is compounded with decorative materials 2.0.9 water-based coatings coatings with water as diluent 2.0.10 water-based adhesives adhesives with water as diluent 2.0.11 water-based treatment agents liquid with water as diluent, which can be immersed in building materials and decoration materials to improve their flame retardant, waterproof and anticorrosion and other properties 2.0.12 solvent-thinned coatings coatings with organic solvents as diluent 2.0.13 solvent-thinned adhesives adhesives with organic solvents as diluent 2.0.14 content of released formaldehyde amount of free formaldehyde released by materials by environmental test chamber method or dryer method 2.0.15 content of free formaldehyde amount of free formaldehyde in unit mass of material by perforation method 2.0.16 total volatile organic compounds total amount of volatile organic compounds in the air determined under the conditions specified hereof, referred to as TVOC 2.0.17 volatile organic compound total amount of volatile organic compounds in the material determined under the conditions specified hereof, referred to as VOC 2.0.18 infiltration rate percentage of indoor air volume from outdoor to indoor air volume in the room within one hour, %
Foreword i 1 General provisions 2 Terms 3 Materials 3.1 Inorganic non-metallic main building materials and decoration materials 3.2 Wood-based panels and decorated wood-based panels 3.3 Coating 3.4 Adhesive 3.5 Water-based treatment agent 3.6 Other materials 4 Survey and design for building engineering 4.1 General requirement 4.2 Radon concentration detection and resistant measures on engineering sites 4.3 Choice of materials 5 Engineering construction 5.1 General requirements 5.2 Admission inspection of materials 5.3 Requirements for construction 6 Acceptance 6.1 General requirements 6.2 Number of randomly inspected room 6.3 On-site sampling methods 6.4 Detection methods 6.5 Detection result judgment and re-inspection for unqualified item 6.6 Format of original detection records and detection report 7 Quality assurance and quality control 7.1 Qualification 7.2 Personnel requirements 7.3 Instruments and equipment 7.4 Quality control of on-site sampling and detection 7.5 Laboratory quality control Annex A Determination of content of released formaldehyde in materials using environmental test chamber Annex B Determination of volatile organic compound (VOC) and benzenes in solvent-thinned coatings and adhesives B.1 Determination of volatile organic compound (VOC) in solvent-thinned coatings and adhesives B.2 Determination of the content of benzene, methyl benzene + dimethylbenzene + ethylbenzene in solvent-based coatings B.3 Determination of the content of benzene, methylbenzene + dimethylbenzene in solvent-thinned adhesives Annex C Determination of radon concentration in soil and radon exhalation rate from soil surface C.1 Determination of radon concentration in soil C.2 Determination of radon exhalation rate from soil surface Annex D Determination of radon concentration in indoor air by activated carbon box method D.1 Radon measurement with activated carbon box with diffusion barrier D.2 Radon measurement with activated carbon box without diffusion barrier D.3 Quality assurance Annex E Determination method for TVOC and benzene in indoor air Annex F Determination method for activated carbon of benzene in indoor air Annex G Format of original detection record and detection report G.1 Format of original detection record G.2 Format of detection report Explanation of wording in this code List of quoted standards
Referred in DBJ 15-93-2013:
*GB 6566-2010 Limits of radionuclides in building materials
*GB 18580-2017 Indoor decorating and refurbishing materials -- Limit of formaldehyde emission of wood-based panels and finishing products
*GB 18581-2020 Limit of harmful substances of woodware coatings
*GB 18582-2020 Limit of harmful substances of architectural wall coatings
*GB 18583-2008 Indoor decorating and refurbishing materials - Limit of harmful substances of adhesives
*GB 18585-2001 Indoor decorating and refurbishing materials-Limit of harmful substances of wallpapers
*GB 18586-2001 Indoor decorating and refurbishing materials-Limit of harmful substances of polyvinyl chloride floor coverings
*GB 18588-2001 Limit of ammonia emitted from the concrete admixtures
*GB/T 18446-2009 Binders for paints and varnishes—Determination of monomeric diisocyanates in isocyanate resins
*GB 50352-2019 Unified standard for design of civil building
*GB 50325-2020 Standard for indoor environmental pollution control of civil building engineering
*GB 50189-2015 Design Standard for Energy Efficiency of Public Buildings
*GB 50108-2008 Technical Code for Waterproofing of Underground Works
*GB 50019-2015 Code for Design of Heating Ventilation and Air Conditioning in Industrial Buildings
*GB/T 17785-1999 Standard guide for radon control options for the design and construction of new low rise residential buildings
*GB/T 16143-1995 Charcoal canister method for measuring 222Rn exhalation rate from building surface
*GB/T 18204.26-2000 Methods for determination of formaldehyde in air of public places
*GB/T 18204.25-2000 Methods for determination of ammonia in air of public places
*GB/T 18204.19-2000 Methods for measurement of infiltration rates of indoor air in public places
*GB/T 6751-1986 Paints and varnishes; Determination of volatile and non-volatile matter
*GB/T 6750-2007 Paints and varnishes—Determination of density—Pyknometer method
*GB/T 17061-1997 Technigue specifications of sampling instruments for air in the workplace
Code of China
Standard
DBJ 15-93-2013  Technical code for indoor environmental pollution control of civil building engineering (English Version)
Standard No.DBJ 15-93-2013
Statusvalid
LanguageEnglish
File FormatPDF
Word Count20000 words
Price(USD)800.0
Implemented on2013-8-1
Deliveryvia email in 1 business day
Detail of DBJ 15-93-2013
Standard No.
DBJ 15-93-2013
English Name
Technical code for indoor environmental pollution control of civil building engineering
Chinese Name
民用建筑工程室内环境污染控制技术规程
Chinese Classification
Professional Classification
DB
ICS Classification
Issued by
Issued on
2013-04-01
Implemented on
2013-8-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
Language
English
File Format
PDF
Word Count
20000 words
Price(USD)
800.0
Keywords
DBJ 15-93-2013, DBJ/T 15-93-2013, DBJT 15-93-2013, DBJ15-93-2013, DBJ 15, DBJ15, DBJ/T15-93-2013, DBJ/T 15, DBJ/T15, DBJT15-93-2013, DBJT 15, DBJT15
Introduction of DBJ 15-93-2013
1 General provisions 1.0.1 This code is formulated with a view to preventing and controlling indoor environmental pollution caused by building materials and decoration materials in civil building engineering, protecting public health, safeguarding public interests, and achieving advanced technology, economy and rationality, in combination with the actual situation of Guangdong Province. 1.0.2 This code is applicable to indoor environmental pollution control for new construction, extension and renovation of civil buildings, and not applicable to indoor environmental pollution control for industrial building engineering, warehouse building engineering or structures, and rooms with special purification or sanitation requirements. Notes: 1 Indoor environmental pollution hereof refers to indoor environmental pollution caused by building materials and decoration materials. After the civil building engineering is delivered for use, indoor environmental pollution caused by non-building decoration materials is not within the control range of this code. 2 Indoor air pollutant content detection in industrial buildings or other buildings may refer to this code. 1.0.3 Indoor environmental pollutants controlled in this code are radon (Rn-222), formaldehyde, ammonia, benzene and total volatile organic compounds (TVOC). 1.0.4 Civil building engineering are divided into the following two categories according to different requirements for controlling indoor environmental pollution: 1 Class I civil building engineering: residential buildings, hospitals, buildings for the aged, kindergartens, school classrooms and other civil building engineering; 2 Class II civil building engineering: office buildings, shops, hotels, cultural and entertainment places, bookstores, libraries, exhibition halls, gymnasiums, waiting rooms for public transportation, restaurants, barbershops and other civil building engineering as well as office places in industrial buildings. 1.0.5 The main building materials and decoration materials used in civil building engineering must meet the requirements hereof. 1.0.6 In addition to the requirements specified hereof, the indoor environmental pollution control of civil building engineering shall also meet the relevant national and professional current standards. 2 Terms 2.0.1 civil building engineering general term of constructed, extended and renovated civil building structure engineering and decoration engineering 2.0.2 environmental test chamber equipment for testing pollutant emission of building materials and decoration materials by simulating indoor environment 2.0.3 radon exhalation rate from soil surface radioactivity (mBq) of radon released from the surface of soil or material per unit area (m2) at per unit time (s), mBq/(m2•s) 2.0.4 internal exposure index quotient (IRa) of specific activity of natural radionuclide radium-226 in building materials divided by the limited value of specific activity 200 2.0.5 external exposure index sum of quotients (Ir) of specific activities of natural radionuclides radium-226, thorium-232 and potassium-40 in building materials divided by their limits respectively (2.0.5) where, CRa, CTh and CK——the specific activities of natural radionuclides radium-226, thorium-232 and potassium-40 in building materials respectively, Bq/kg. 2.0.6 radon concentration radioactivity of radon in air per unit volume 2.0.7 wood-based panels panels of which the raw material is plant fiber which is separated into unit materials of various shapes by mechanical processing, and then combined and pressed with adhesive, including plywood, fiberboard, particleboard, etc. 2.0.8 decorated wood-based panels plate of which the artificial wood panel is used as the base, finished or of which the surface layer is compounded with decorative materials 2.0.9 water-based coatings coatings with water as diluent 2.0.10 water-based adhesives adhesives with water as diluent 2.0.11 water-based treatment agents liquid with water as diluent, which can be immersed in building materials and decoration materials to improve their flame retardant, waterproof and anticorrosion and other properties 2.0.12 solvent-thinned coatings coatings with organic solvents as diluent 2.0.13 solvent-thinned adhesives adhesives with organic solvents as diluent 2.0.14 content of released formaldehyde amount of free formaldehyde released by materials by environmental test chamber method or dryer method 2.0.15 content of free formaldehyde amount of free formaldehyde in unit mass of material by perforation method 2.0.16 total volatile organic compounds total amount of volatile organic compounds in the air determined under the conditions specified hereof, referred to as TVOC 2.0.17 volatile organic compound total amount of volatile organic compounds in the material determined under the conditions specified hereof, referred to as VOC 2.0.18 infiltration rate percentage of indoor air volume from outdoor to indoor air volume in the room within one hour, %
Contents of DBJ 15-93-2013
Foreword i 1 General provisions 2 Terms 3 Materials 3.1 Inorganic non-metallic main building materials and decoration materials 3.2 Wood-based panels and decorated wood-based panels 3.3 Coating 3.4 Adhesive 3.5 Water-based treatment agent 3.6 Other materials 4 Survey and design for building engineering 4.1 General requirement 4.2 Radon concentration detection and resistant measures on engineering sites 4.3 Choice of materials 5 Engineering construction 5.1 General requirements 5.2 Admission inspection of materials 5.3 Requirements for construction 6 Acceptance 6.1 General requirements 6.2 Number of randomly inspected room 6.3 On-site sampling methods 6.4 Detection methods 6.5 Detection result judgment and re-inspection for unqualified item 6.6 Format of original detection records and detection report 7 Quality assurance and quality control 7.1 Qualification 7.2 Personnel requirements 7.3 Instruments and equipment 7.4 Quality control of on-site sampling and detection 7.5 Laboratory quality control Annex A Determination of content of released formaldehyde in materials using environmental test chamber Annex B Determination of volatile organic compound (VOC) and benzenes in solvent-thinned coatings and adhesives B.1 Determination of volatile organic compound (VOC) in solvent-thinned coatings and adhesives B.2 Determination of the content of benzene, methyl benzene + dimethylbenzene + ethylbenzene in solvent-based coatings B.3 Determination of the content of benzene, methylbenzene + dimethylbenzene in solvent-thinned adhesives Annex C Determination of radon concentration in soil and radon exhalation rate from soil surface C.1 Determination of radon concentration in soil C.2 Determination of radon exhalation rate from soil surface Annex D Determination of radon concentration in indoor air by activated carbon box method D.1 Radon measurement with activated carbon box with diffusion barrier D.2 Radon measurement with activated carbon box without diffusion barrier D.3 Quality assurance Annex E Determination method for TVOC and benzene in indoor air Annex F Determination method for activated carbon of benzene in indoor air Annex G Format of original detection record and detection report G.1 Format of original detection record G.2 Format of detection report Explanation of wording in this code List of quoted standards
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Keywords:
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