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GB 30736-2014: The limitation on infilling components of sea reclamation and enclosure project
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The limitation on infilling components of sea reclamation and enclosure project
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Basic data
| Standard ID | GB 30736-2014 (GB30736-2014) |
| Description (Translated English) | The limitation on infilling components of sea reclamation and enclosure project |
| Sector / Industry | National Standard |
| Classification of Chinese Standard | P13 |
| Classification of International Standard | 07.060; 93.020 |
| Word Count Estimation | 12,179 |
| Date of Issue | 6/9/2014 |
| Date of Implementation | 4/1/2015 |
| Quoted Standard | GB/T 12763.8; GB/T 14583; GB/T 14550; GB/T 17108; GB/T 17138; GB/T 17141; GB 17378.1; GB 17378.2; GB 17378.3; GB 17378.5; GB 17378.7; GB 18668; GB/T 22105.1; GB/T 22105.2; GB/T 22105.3; HJ/T 166; HJ 491 |
| Regulation (derived from) | National Standards Bulletin No. 11 of 2014 |
| Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China |
| Summary | This Standard specifies the fill material reclamation project material requirements and classification requirements and sample collection and testing methods. This Standard applies to People's Republic of China within the jurisdiction of the waters around |
GB 30736-2014: The limitation on infilling components of sea reclamation and enclosure project
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The limitation on infilling components of sea reclamation and enclosure project
ICS 07.060; 93.020
P13
National Standards of People's Republic of China
Reclamation works filling material composition limits
Issued on. 2014-06-09
2015-04-01 implementation
Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
Standardization Administration of China released
Foreword
The standard Chapter 4 and 5 are mandatory, other content are recommended.
This standard was drafted in accordance with GB/T 1.1-2009 given rules.
This standard was proposed by the State Oceanic Administration.
This standard by the National Standardization Technical Commission for Oceanography (SAC/TC283) centralized.
This standard was drafted. National Marine Environmental Monitoring Center, State Oceanic Administration, Marine Consulting Center.
The main drafters of this standard. Yang Xinmei, Xu Lina, Han Dragon, Zhang Yonghua, Fuyuan Bin.
Reclamation works filling material composition limits
1 Scope
This standard specifies the filling material reclamation project material requirements and classification requirements and sample collection and detection methods.
This standard applies to the jurisdiction of the People's Republic of China sea reclamation works within the detection and evaluation of filling material.
2 Normative references
The following documents for the application of this document is essential. For dated references, only the dated version suitable for use herein
Member. For undated references, the latest edition (including any amendments) applies to this document.
GB/T 12763.8 specification for oceanographic survey - Part 8. Marine Geology Geophysical Survey
GB/T 14583 environmental terrestrial γ radiation dose rate measurement specification
GB/T 14550 Determination of BHC and DDT in soil by gas chromatography
GB/T 17108 marine function zoning Technical Guidelines
Flame atomic GB/T 17138 Soil quality copper, zinc absorption spectrophotometry
GB/T 17141 Soil quality lead and cadmium by graphite furnace atomic absorption spectrophotometry
GB 17378.1 marine monitoring Part 1. General
GB 17378.2 specification for marine monitoring Part 2. Data processing and quality control analysis
GB 17378.3 specification for marine monitoring Part 3. Sample collection, storage and transportation
GB 17378.5 specification for marine monitoring Part 5. Sediment analysis
GB 17378.7 specification for marine monitoring Part 7. Ecological survey of offshore pollution and biological monitoring
GB 18668 marine sediment quality
GB/T 22105.1 soil quality total mercury, total arsenic, total lead Atomic fluorescence spectrometry - Part 1. Determination of total mercury in soil
GB/T 22105.2 soil quality total mercury, total arsenic, total lead Atomic fluorescence spectrometry - Part 2. Determination of total arsenic in soil
GB/T 22105.3 soil quality total mercury, total arsenic, total lead Atomic fluorescence spectrometry - Part 3. Determination of total lead in soil
HJ/T 166 soil environmental monitoring technical specifications
Flame atomic HJ491 total chromium in soil absorption spectrophotometry
3 Terms and Definitions
The following terms and definitions apply to this document.
3.1
Reclamation project seareclamationandenclosureproject
Around the sea and reclamation in general. By means of a cofferdam or embankment enclosure for sea reclamation projects. In ocean engineering circle surrounded by the sea
Region, with gravel, dirt and other substances formed land fill for reclamation.
3.2
Reclamation works filling substance infilingcomponentsofseareclamationandenclosureproject
In the reclamation project for the enclosure and fill a specific range of used waters and adjacent waters of Environmental Quality does not produce unacceptable
Solid or semi-solid substances that damage, generally include an inert inorganic geological material, inert construction and demolition materials, dredged material and the like.
3.3
Background values environmentalbackgroundvalue
Environmental levels of various elements of the reclamation project before implementation.
3.4
Inert inorganic geological material inertinorganicgeologicalmaterial
Pollution and low organic matter content, and not the surrounding environment after throwing fill significant chemical reactions inorganic geological material is not subject to.
3.5
Inert construction and demolition materials constructionanddemolitionmaterial
Construction, renovation, demolition and other works produced not contaminated and low organic matter content of the construction waste and spoil, and after throwing filled not
Waters surrounding environment significant chemical reaction, their material composition of gravel, sand, clay, concrete, rubble and bricks and the like.
4 filling material reclamation project material requirements and classification
4.1 filling material reclamation project material requirements
Reclamation works fill material should not contain metallurgical waste, mining waste, fuel waste, chemical waste, municipal solid waste (inert demolition
Construction materials excluded), hazardous waste, agricultural waste, wood waste, plant debris and clear a large animal carcasses and other damage to the marine environment quality
substance.
4.2 reclamation project filled the classification of substances
Categories reclamation in filling substances shall meet the requirements of marine sediment quality of marine functional zones GB/T 17108 stipulated.
4.2.1 coastal reclamation fill material
4.2.1.1 The first coastal reclamation fill material
Material 4.1 compliance, in line with the size of the block reclamation projects in the dam or cofferdam design requirements, in line with GB 18668 first
Marine functional areas of substance use class marine sediment quality requirements for first class coastal reclamation fill material.
4.2.1.2 The second category coastal reclamation fill material
Material 4.1 compliance, in line with the size of the block reclamation projects in the dam or cofferdam design requirements, in line with the second GB 18668
Marine functional areas of substance use class marine sediment quality requirements for the second class coastal reclamation fill material.
4.2.1.3 The third coastal reclamation fill material
Material 4.1 compliance, in line with the size of the block reclamation projects in the dam or cofferdam design requirements, in line with GB 18668 Third
Marine functional areas of substance use class marine sediment quality requirements for the third-class coastal reclamation fill material.
4.2.2 reclamation fill material
Material 4.1 compliance, in line with the third substances coastal reclamation fill material composition limits required for the filling material reclamation.
5 reclamation projects require the use of filler material
5.1 Basic requirements
Intended for filling material reclamation works shall comply with the provisions of Chapter 4, and should be carried out before use to detect its composition, does not comply with Chapter 4
Regulations and without substance should not be detected as an ingredient reclamation project filled with substance use.
5.2 Components of index
Reclamation works filling material composition detection indicators include. material, odor, monolithic body weight, relative density, mercury, cadmium, lead, zinc, copper, chromium,
Arsenic, organic carbon, sulfur compounds, petroleum, BHC, DDT, PCBs, coliform and γ radiation dose rate.
5.3 composition limits
Reclamation project component for each fill mass index detection limits are listed in Table 1.
Table 1 reclamation project filled with material composition limits
Reference index first class second class third class
1 Material
It should not contain metallurgical waste, mining waste, fuel waste, chemical waste, municipal solid waste (inert demolition
Except for construction materials), hazardous waste, agricultural waste, wood waste, plant debris and clear a large animal
Damage to the marine environment, the quality of the material body, etc.
2 smell no smell, stench
3 body weight in line with the size of a single block reclamation projects in the dam or cofferdam design requirements
4 relative density greater than the relative density of construction sea water
5 ωd (Hg) (× 10-6) 0.20 0.50 1.20
6 ωd (Cd) (× 10-6) 0.50 1.50 6.00
7 ωd (Pb) (× 10-6) 60.0 130.0 300.0
8 ωd (Zn) (× 10-6) 150.0 350.0 720.0
9 ωd (Cu) (× 10-6) 35.0 100.0 240.0
10 ωd (Cr) (× 10-6) 80.0 150.0 324.0
11 ωd (As) (× 10-6) 20.0 65.0 112.0
12 ωd (OC) (× 10-2) 2.0 3.0 5.0
13 ωd (S2 -) (× 10-6) 300.0 500.0 720.0
14 ωd (oil) (× 10-6) 500.0 1000.0 1800.0
15 ωd (666) (× 10-6) 0.50 1.00 1.80
16 ωd (DDT) (× 10-6) 0.02 0.05 0.12
17 ωd (PCBs) (× 10-6) 0.02 0.20 0.72
18 coliform bacteria than the number of wet weight/(a / g, wet weight) 200
Implementation of environmental background values before a certain area γ radiation dose rate 19 γ radiation dose rate/(nGy/h) is not greater than reclamation project
5.4 Evaluation Method
The sample to be used for reclamation in the fill mass index of each component detection detection value and the corresponding category in Table 1. Comparative composition limits, like
Each product component detection index detection value did not exceed the respective substance category in Table 1 component limit requirements as the category reclamation project filled
substance.
6 reclamation in sample collection and testing methods filling substance
6.1 Sample Collection
Reclamation project filled with material collected samples should comply with the provisions of Appendix A.
6.2 Sample Detection
Reclamation in the seabed dredged material and other substances from the waters fill detect sample, using the method set out in Table 2. Inert inorganic ground
Material and inert construction and demolition materials, etc. from the land reclamation project filled with the test substance in a sample, using the method set out in Table 3. sample
Fill the test results "reclamation project filled material component detecting Report" (see Appendix B).
Reclamation fill material sample detection method Table 2 sea-borne Wai
No. Item reference standard analytical method detection limit
1 Material visual method
2 smell sensory method
3 body size visual method
4 relative density pycnometer method GB/T 12763.8
5 ωd (Hg) Atomic Fluorescence Spectrometry 0.002 × 10-6 GB 17378.5
6 ωd (Cd) flameless atomic absorption spectrophotometry 0.04 × 10-6 GB 17378.5
7 ωd (Pb) flameless atomic absorption spectrophotometry 1.0 × 10-6 GB 17378.5
8 ωd (Zn) by flame atomic absorption spectrophotometry 6 × 10-6 GB 17378.5
9 ωd (Cu) flameless atomic absorption spectrophotometry 0.5 × 10-6 GB 17378.5
10 ωd (Cr) flameless atomic absorption spectrophotometry 2.0 × 10-6 GB 17378.5
11 ωd (As) Atomic Fluorescence Spectrometry 0.06 × 10-6 GB 17378.5
12 ωd (OC) potassium dichromate oxidation - reduction volumetric method GB 17378.5
13 ωd (S2-) Iodometry 4.0 × 10-6 GB 17378.5
14 ωd (oil) UV spectrophotometry 1.0 × 10-6 GB 17378.5
15 ωd (666) Gas Chromatography
α-666. 3pg
γ-666. 4pg
β-666. 3pg
δ-666. 5pg
GB 17378.5
16 ωd (DDT) Gas Chromatography
pp'-DDE. 4pg
op'-DDT. 11pg
pp'-DDD. 6pg
pp'-DDT. 18pg
GB 17378.5
17 ωd (PCBs) by Gas Chromatography 59 × 10-6 GB 17378.5
18 coliform wet weight ratio of the number of fermentation GB 17378.7
19 γ radiation dose rate γ radiation dose rate meter method GB/T 14583
Table 3 material sample detection methods derived land reclamation project filled
No. Item reference standard analytical method detection limit
1 Material visual method
2 smell sensory method
3 body size visual method
4 relative density pycnometer method GB/T 12763.8
5 ωd (Hg) Atomic Fluorescence Spectrometry 0.002 × 10-6 GB/T 22105.1
6 ωd (Cd) graphite furnace atomic absorption spectrophotometry 0.01 × 10-6 GB/T 17141
7 ωd (Pb) Atomic Fluorescence Spectrometry 0.06 × 10-6 GB/T 22105.2
8 ωd (Zn) by flame atomic absorption spectrophotometry 0.5 × 10-6 GB/T 17138
9 ωd (Cu) by flame atomic absorption spectrophotometry 1 × 10-6 GB/T 17138
10 ωd (Cr) by flame atomic absorption spectrophotometry 5 × 10-6 HJ491
11 ωd (As) Atomic Fluorescence Spectrometry 0.01 × 10-6 GB/T 22105.3
12 ωd (OC) --- potassium dichromate oxidation reduction volumetric method GB 17378.5
13 ωd (S2-) Iodometry 4 × 10-6 GB 17378.5
14 ωd (oil) UV spectrophotometry 2 × 10-6 GB 17378.5
15 ωd (666) Gas Chromatography
α-BHC. 3.57 × 10-12g
β-BHC. 3.73 × 10-12g
γ-BHC. 1.18 × 10-12g
δ-BHC. 9.79 × 10-13g
GB/T 14550
16 ωd (DDT) Gas Chromatography
p · p'-DDE. 1.76 × 10-12g
o · p'-DDT. 7.56 × 10-12g
p · p'-DDD. 5.57 × 10-12g
p · p'-DDT. 1.47 × 10-12g
GB/T 14550
17 ωd (PCBs) by Gas Chromatography 59 × 10-6 GB 17378.5
18 coliform wet weight ratio of the number of fermentation GB 17378.7
19 γ radiation dose rate γ radiation dose rate meter method GB/T 14583
6.3 Sample Collection and testing quality control requirements
Undertake reclamation works filling material sample collection and testing work units should be certified through the measurement, the operator should be the holder on field
Post. Quality control of sampling, testing and other aspects of data processing should be consistent with GB 17378.1, GB 17378.2, GB 17378.3 and
HJ/T 166 requirements related.
Appendix A
(Normative)
Reclamation project filled with material sample collection requirements
A.1 Sample Tools
Sampling tools include.
--- Sampling shovel;
--- Bamboo or bamboo knife;
--- Cores sampler;
--- Sample bags lined with plastic film or glass jar.
A.2 sampling points and the sampling level laid
A.2.1 Sampling Spot Location
A.2.1.1 reclamation project will be prepared for filling material coverage area is divided into equal-area grids, each grid set a sampling point.
A.2.1.2 When the regional distribution coverage area greater than or equal 20hm2, each 20hm2 laid least one sampling point, insufficient
Based upon a sampling point 20hm2 the layout. When drawn from the regional distribution area of less than 20hm2, laid at least two sampling points.
A.2.2 Sampling level
When intended for reclamation in the thickness of the filling material is greater than 20cm stacked, should be layered samples. Surface sampling depth of 0 ~ 20cm, Self
The surface layer down sampling, each additional 50cm, set up a sampling level, is still a lack of 50cm sample level.
A.3 Sample Collection
A.3.1 Table A.1 sampling shall be completed in the form sampling registration form.
A.3.2 sample volume should meet the needs of samples tested, the sample volume generally less than 1kg.
A.3.3 case when sampling bulk matter, using its smash hit emulated, whichever part of the sample pieces.
Section A.3.4 after measurement sample or metal organic compounds, application Shinai (bamboo) to remove contact with a metal or plastic sampler
sampling.
A.3.5 Determination of metal samples should be packed in bags lined with plastic film samples, samples of organic compounds should be measured in full bloom in a wide-mouth glass
Bottle.
A.3.6 sample storage container preservation methods and sample pretreatment methods, according to the relevant provisions of GB 17378.3 or HJ/T 166 in
carried out.
Table A.1 reclamation project filled with material sampling registration form
Reclamation Project Name Sampling date Date
Marine functional zones where the reclamation project name
Filled with substance use □ □ enclosed sea reclamation
Sampling Unit
Name (Seal)
Metrology Accreditation
Certificate No
Sampling locations provinces (autonomous regions and municipalities) City (county, city) township (town, street)
Sampling locations where the sea
Sample No. Sample point number
Geographical coordinates
North latitude and longitude
A material level of odor sampling block size b
a coastal reclamation fill material filling substance the following situations.
a) depending on the material to fill in the specific circumstances of the names.
1) inert inorganic geological material;
2) inert construction and demolition materials;
3) dredged material;
4) Other (specify when selecting the specific name of the material).
b) whether the material contains.
1) metallurgical waste, mining waste, fuel waste, chemical industry waste and other industrial waste;
2) agricultural waste;
Except 3) of municipal solid waste (inert construction and demolition materials);
4) hazardous wastes;
5) wood waste;
6) significant large-scale plant debris and animal carcasses;
7) other hazardous wastes.
b intended for reclamation fill material may not fill this.
Sampling people reviewer
Appendix B
(Normative)
Substance composition testing report reclamation project filled
Table B.1 is a reclamation project filled with material detection report.
Table B.1 reclamation project filled with material composition testing report
Page of
Reclamation Project Name Date The date furnished
Marine functional zones where the reclamation project name
Filled with substance use □ □ enclosed sea reclamation
Detection Unit Name (Seal)
Metrology Accreditation
Certificate No
Sampling locations provinces (autonomous regions and municipalities) City (county, city) township (town, street)
Sampling locations where the sea
No. Test Indicators
Sample No
1 a material
2 Odor
3 body size b
The relative density of 4
5 ωd (Hg) (× 10-6)
6 ωd (Cd) (× 10-6)
7 ωd (Pb) (× 10-6)
8 ωd (Zn) (× 10-6)
9 ωd (Cu) (× 10-6)
10 ωd (Cr) (× 10-6)
11 ωd (As) (× 10-6)
12 ωd (OC) (× 10-2)
13 ωd (S2 -) (× 10-6)
14 ωd (Oil) (× 10-6)
15 ωd (666) (× 10-6)
16 ωd (DDT) (× 10-6)
17 ωd (PCBs) (× 10-6)
18 coliform bacteria than the number of wet weight/(number/g)
19 γ radiation dose rate/(nGy/h)
The same as a fill in the content and requirements of Table A.1.
b intended for reclamation fill material may not fill this.
Informant reviewer
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