DB33/T 372.1-2008 Pollution-free Bayberry Part 1: Origin Environment DB33/T372.1-2008 standard download decompression password: www.bzxz.net
This part specifies the environmental requirements, detection methods, sampling methods, inspection rules, etc. for the origin of pollution-free Bayberry. This part applies to the selection of the origin of pollution-free Bayberry.
DB33/ 372-2008 "Pollution-free Bayberry" is published in parts and is divided into three parts:
- Part 1: Origin Environment;
- Part 2: Production Technical Regulations;
- Part 3: Quality and Safety Requirements.
This part is Part 1 of DB33/ 372-2008.
This part replaces DB33/372.1-2002 "Environmental requirements for pollution-free bayberry production areas". Compared with DB33/372.1-2002, the main changes are
as follows:
——This part is changed from a mandatory standard to a recommended standard;
——3.1 Ecological environment requirements for production areas, "not affected by pollution sources" is changed to "far away from pollution sources";
——3.3 Soil quality index items, add total copper and pH value 6.5-7.5 soil related indicators;
——6.1 Inspection rules, delete the test items can be selectively increased or decreased according to the actual pollution situation of the production area.
This part is proposed and managed by Zhejiang Forestry Department.
This part was drafted by Zhejiang Forestry College, Zhejiang Forestry Society, Taizhou Huangyan District Forestry Special Products Bureau.
The main drafters of this part are Wang Baipo, Cheng Xiaojian, Gong Jieqiang and Chen Tianxia.
The clauses in the following documents become the clauses of this part through reference in this part. For all the referenced documents with dates, all the subsequent amendments (excluding errata) or revisions are not applicable to this part. However, the parties who reach an agreement based on this part are encouraged to study whether the latest versions of these documents can be used. For all the referenced documents without dates, the latest versions are applicable to this part.
GB/T 6920 Water quality-Determination of pH-Glass electrode method
GB/T 7467 Water quality-Determination of hexavalent chromium-Diphenylcarbohydrazide spectrophotometric method
GB/T 7468 Water quality-Determination of total mercury-Cold atomic absorption spectrophotometric method
GB/T 7475 Water quality-Determination of copper, zinc, lead and cadmium-Atomic absorption spectrophotometric method
GB/T 7484 Water quality-Determination of fluoride-Ion selective electrode method
GB/T 7485 Water quality-Determination of total arsenic-Silver diethyldithiocarbamate spectrophotometric method
GB/T 7486 Water quality-Determination of cyanide-Part II: Determination of cyanide
GB/T 8170 Rules for rounding off values
GB/T 11896 Water qualityDetermination of chlorideSilver nitrate titration method
GB/T 15262 Determination of sulfur dioxide in ambient airFormaldehyde absorption-pararosaniline spectrophotometry
GB/T 15264 Determination of lead in ambient airFlame atomic absorption spectrophotometry
GB/T 15432 Determination of total suspended particulate matter in ambient airGravimetric method
GB/T 15433 Determination of fluoride in ambient airLime filter paper·fluoride ion selective electrode method
GB/T 15436 Determination of nitrogen dioxide in ambient airSaltzman method
GB/T 16488 Water qualityDetermination of petroleum, animal and vegetable oilsInfrared photometry
GB/T 17134 Soil qualityDetermination of total arsenicSilver diethyldithiocarbamate spectrophotometry
GB/T 17136 Soil quality-Determination of total mercury-Cold atomic absorption spectrophotometry
GB/T 17137 Soil quality-Determination of total chromium-Flame atomic absorption spectrophotometry
GB/T 17138 Soil quality-Determination of copper and zinc-Flame atomic absorption spectrophotometry
GB/T 17141 Soil quality-Determination of lead and cadmium-Graphite furnace atomic absorption spectrophotometry
GB/T 14550 Soil quality-Determination of hexachlorocyclohexane and DDT-Gas chromatography
NY/T 395 Technical specification for monitoring of farmland soil environmental quality
NY/T 396 Technical specification for monitoring of agricultural water source environmental quality
NY/T 397 Technical specification for monitoring of air quality in agricultural areas

ICS67.080
Registration number:
Zhejiang Provincial Local Standard
DB33/T372.1—2008
Replaces DB33/372.1-2002
Pollution-free waxberry
Part 1: Production environment
Non-environmental pollution waxberry Part 1: Environment of production areaPublished on February 25, 2008
Implementation on March 25, 2008
Published by Zhejiang Provincial Bureau of Quality and Technical Supervision
DB33/372-2008 "Pollution-free waxberry" is published in parts and is divided into three parts: Part 1: Production environment:
-Part 2: Production technical regulations:
Part 3: Quality and safety requirements.
This part is the first part of DB33/372-2008. DB33/T372.1—2008
This part replaces DB33/372.1-2002 "Environmental requirements for pollution-free bayberry production areas". Compared with DB33/372.1-2002, the main changes are as follows:
Part I is changed from a mandatory standard to a recommended standard: -3.1 In the ecological environment requirements for production areas, "not affected by pollution sources" is changed to "far away from pollution sources": 3.3 In the soil quality index items, total copper and pH value 6.5~7.5 soil related indicators are added; 6.1 In the inspection rules, the inspection items are deleted. According to the actual pollution situation of the production area, the items can be selectively increased or decreased. This part is proposed and managed by the Zhejiang Provincial Forestry Department. The drafting units of this part are: Zhejiang Forestry College, Zhejiang Forestry Society, and Taizhou Huangyan District Forestry Special Products Bureau. The main drafters of this part are: Wang Baipo, Cheng Xiaojian, Gong Jieqiang, and Chen Tianxia. I
1 Scope
Pollution-free bayberry
Part 1: Origin environment
This part specifies the environmental requirements, detection methods, sampling methods, inspection rules, etc. for the origin of pollution-free bayberry. This part applies to the selection of the origin of pollution-free bayberry. 2 Normative references
DB33/T372.1—2008
The clauses in the following documents become the clauses of this part through reference in this part. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this part. However, the parties to an agreement based on this part are encouraged to study whether the latest versions of these documents can be used. For any undated referenced document, the latest version shall apply to this part. GB/T6920 | | tt | | GB/T7467 | 15262
GB/T15264
GB/T15432
GB/T1543 3
GB/T15436
GB/T16488
GB/T17134
GB/T17136
GB/T17137
GB/T17138
GB/T17141
GB/T14550
NY/T395
NY/T396
NY/T397
3Origin environment requirements
pH Determination of
Determination of hexavalent chromium
Determination of total mercury
Glass electrode method
Diphenylcarbazide spectrophotometry
Cold atomic absorption spectrophotometry
Determination of copper, zinc, lead and cadmium
Determination of fluoride
Determination of total arsenic
Determination of cyanide
Numerical rounding rules
Determination of chloride
Ambient air
Ambient air
Ambient air
Ambient air
Ambient air
Atomic absorption spectrophotometry
Ion selective electrode method
Silver diethyldithiocarbamate spectrophotometry Part II: Determination of sulphur dioxide
Determination of lead
Formaldehyde absorption pararosaniline spectrophotometry Flame atomic absorption spectrophotometry
Determination of total suspended particulate matter
Determination of fluoride
Determination of nitrogen dioxide
Gravimetric method
Lime filter paper·fluoride ion selective electrode method
Saltzman method
Determination of petroleum and animal and vegetable oils
Soil quality
Soil quality
Soil quality
Soil quality
Soil quality
Determination of total arsenic
Determination of total mercury
Determination of total chromium
Determination of copper and zinc
Determination of lead and cadmium
Infrared photometry
Diethyl dithioamino acid silver spectrophotometry Cold atomic absorption spectrophotometry||tt ||Flame atomic absorption spectrophotometry
Flame atomic absorption spectrophotometry
Graphite furnace atomic absorption spectrophotometry
Determination of hexachlorocyclohexane and distilled water
Technical specifications for monitoring the environmental quality of farmland soil Technical specifications for monitoring the environmental quality of agricultural water sources Technical specifications for monitoring the environmental air quality of agricultural areas 3.1 Ecological environment of the production area
Gas chromatography
Pollution-free bayberry production areas should be selected with good ecological environment, far away from the influence of pollution sources or with pollutant limits controlled within the allowable range, and with sustainable production capacity. 1
Irrigation water quality
Irrigation water quality indicators should meet the requirements of Table 1. Item
Chloride, mg/L
Cyanide, mg/L
Fluoride, mg/L
Total mercury,
Total arsenic,
Total lead,
Total cadmium,
Chromium (hexavalent), mg/L
Petroleum, mg/L
Soil quality
Soil quality indicators shall meet the requirements of Table 2.
Total mercury,
Total arsenic,
Total lead,
Total pickaxe,
Total chromium,
Total copper,
BHC, mg/kg
Drip boiling, mg/kg
Air quality
Air quality indicators shall meet the requirements of Table 3.
Total suspended particulate matter
Sulfur dioxide (S0) (standard state), mg/mNitrogen oxide (NO,) (standard state), mg/mFluoride (standard state), g/(dm.d)Hg /m
Lead (standard state),
Detection method
μg /m
Irrigation water quality index detection
Determination of chloride
Irrigation water quality index
2Soil quality index
pH<6.5 index
DB33/T372.1—2008
pH6.5~pH7.5 index
Air quality index
Daily average
1.8 (monthly standard)
7 (daily standard)
Seasonal average 1.5
1 hour average
According to GB/T11896.
Determination of cyanide
According to GB/T7486.
4.1.3Determination of fluoride
According to GB/T7484.
Determination of total mercury
According to GB/T7468.
Determination of total arsenicbzxz.net
According to GB/T7485.
Determination of total lead and total cadmium
According to GB/T7475.
4.1.7Determination of hexavalent chromium
According to GB/T7467.
Determination of petroleum
According to GB/T16488.
Determination of PH
According to GB/T6920.
2Soil quality index detection
4.2.1 Determination of total mercury
According to GB/T17136.
Determination of total arsenic
According to GB/T17134.
Determination of total lead and total arsenic
According to GB/T17141.
Determination of total chromium
According to GB/T17137.
Determination of total copper
According to GB/T17138.
Determination of 666 and DDT
DB33/T372.1—2008
According to GB/T14550.
4.3 Air quality index detection
4.3.1 Determination of total suspended particles
According to GB/T15432.
Determination of sulfur dioxide
According to GB/T15262.
4.3.3Determination of nitrogen oxides
According to GB/T15436.
4.3.4Determination of fluoride
According to GB/T15433.
Determination of lead
According to GB/T15264.
Sampling method
5.1Sampling method of irrigation water quality
According to NY/T396.
2Sampling method of soil quality
According to NY/T395.
5.3Sampling method of ambient air quality
According to NY/T397.
Inspection rules
DB33/T372.1—2008
6.1 When applying for confirmation of pollution-free bayberry production area and use of pollution-free bayberry product logo, a test report provided by a qualified inspection agency should be provided. If any of the test items does not meet the requirements, it cannot be used as a pollution-free bayberry production area. 6.2 Pollution-free bayberry production areas should set up obvious signs to indicate the scope and anti-pollution warnings. 6.3 The numerical rounding of the inspection results shall be implemented in accordance with the provisions of GB/T8170. 4
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