83/2017 Sb.
DECREE
of 17 May. March 2017,
amending Decree No. 330/2012 Coll. on the method of assessment and
the evaluation of pollution levels, the extent of informing the public about the level of
pollution and in midsummer
Ministry of the environment shall determine according to § 5 para. 6, § 30 paragraph 2.
4 and § 34 paragraph 1. 5 of law No. 201/2012 Coll. on air protection:
Article. (I)
Decree 330/2012 Coll. on the method of examination and evaluation of the level
pollution, the range of information to the public about the level of pollution and
midsummer, is amended as follows:
1. At the end of footnote 1, the following sentence "Commission directive
(EU) 2015/1480 of 28 June. August 2015, amending a number of annexes
European Parliament and Council Directive 2004/107/EC and 2008/50/EC, which
down rules for the reference method, data verification and location
sampling points in the assessment of ambient air quality. ".
2. In paragraph 1, at the end of subparagraph (b)), the word "and" shall be replaced by a comma at the end of
subparagraph (c)), the period shall be replaced by "and" and the following subparagraph (d)),
added:
"(d) if the requirements of the Protocol on the display) measuring pollution levels.".
3. in article 3, the following paragraph 8 is added:
"(8) the content requirements of the Protocol for the measurement of levels of pollution are
laid down in annex 7 to this Ordinance. ".
4. In section 4, paragraph 4. 2 the second sentence, after the words "information about" the words
"the average of the quarterly" and the words ", referred to as the average value for
the last 12 months, "shall be deleted.
5. Appendix 1:
' Annex 1 to the Decree No 330/2012 Sb.
Objectives for the quality of the data obtained by assessing the levels of pollution
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
I I SO2, and Benzene and particulate matter and Tropospheric and Benzo (a) pyrene as well As, and) as well as Total PAH1 I
I I I, NO2, PM10, ozone, and also Cd, even gas and vapor deposition and
I I I I, NOx, PM2.5, even related I I I I I for mercury,
I I I I what lead I NO and NO2 I I I I I
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
(I) fixed measurements and
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
I Doubt even 15% and 25% and 25% and 15%, even 50% or 40% or 50% or 70% I
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
Even the minimum collection and 90% and 90% and 90% and 90% and 90% and 90% and 90% and 90% I
Even such data2) I I I I during I I I I I
I I I I I I I I I summer I
I I I I I I I I I period and the
I I I I I 75 % I I I I I
I I I I I during I I I I I
I I I I I I I I I winter I
I I I I I I I I I period and the
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
Even minimal time I I I I I I I I I
I cover I I I I I I I I I
I-I-I City 35% 3) I-I-I 33% 4) and 50% of the I-I-I
And the environment, and I I I I I I I I I 4)
Also I I I I I I I I I
I-industrial (I)-I 90% I-I-I 33% 4) and 50% of the I-I-I
And the site I I I I I I I I I 4)
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
(I) (II). Indicative měření5)
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
I Doubt even 25% or 30% or 50% or 30% or 50% or 40% or 50% or 70% I
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
Even the minimum collection and 90% and 90% and 90% and 90% and 90% and 90% and 90% and 90% I
(I) data I I I I I I I I I
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
Even minimal time and 14% 6) and 14% 6) and 14% 6) and 10% I > 14% 4) and 14% 14% 33% 4) I 4)
I cover I I I I I 4) during the even I I I
I I I I I I I I I summer I
I I I I I I I I I period and the
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
AND (III). Modeling And
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
And Nejistota7) for I I I I I I I I I
I-hourly and 50% I-I-I 50% of I-I-I-I-I
And the averages I I I I I I I I I
I-an eight-hour and 50% I-I-I 50% of I-I-I-I-I
And the averages I I I I I I I I I
I-daily averages and 50% of the I-I-I-I-I-I-I-I
I-annual averages 30% or 50% or 50% or even 60% and-60% and 60% and 60% and
I------------------I--------I--------I---------I---------------I---------------I-------I--------I----------I
Notes and explanations:
1) polycyclic aromatic hydrocarbons in addition benzo (a) pyrene.
2) minimum data capture and time coverage does not include loss of
data due to the regular calibration or the normal maintenance of the instrumentation
techniques.
3) Spread throughout the year so that they are representative of the different values
weather and traffic conditions.
4) Spread throughout the year, so that the values are representative of the different
climatic and anthropogenic activities.
5) Indicative measurements are measurements with reduced regularity but
meeting the other data quality objectives.
6) One spot measurement a week, evenly distributed throughout the year, or
in the 8 weeks evenly distributed over the year.
7) for modeling uncertainty is defined as the maximum deviation of the measured
and calculated concentration levels for 90% of the individual measuring místza
the relevant period in relation to the imisnímu limit, and is not taken into account
the timing of events. The uncertainty for modelling shall be deemed a valid
in the area of the relevant air pollution limit. Fixed measurement to be
choose for comparison with the results of the modeling, must be representative of the
the range of the modelled situation. ".
6. in annex 2, part B, point 1, the sentence of "at least one stationary
measurement is placed in the suburban sites in zones where there is a higher
exposure of the population. ' is replaced by the phrase "at least one station in the zone and
agglomeration are placed in areas where exposure may occur
population, the highest concentration of the tropospheric ozone. ".
7. in annex No 3, point 2.1, the words "at least 270 °" the words
"or 180 ° for the sampling point in the line of residential development".
8. In annex 3, paragraph 2.2 at the end of the text the words "and any
variances are properly documented ".
9. in annex 3 paragraph 2.5., paragraph (a) at the end of the text), the words
" ; a major crossroads for the purposes of this provision, means
crossroads, which disrupts the flow of traffic and where emissions arise from the different
from other parts of the road ".
10. in annex 3 section 3.1 reads as follows:
"3.1. Documenting the procedures of site selection and location of all measuring points
in the network, including the acquisition of photos around the measuring base in
the world's major sides, and a detailed map. In the case of the indicative
measurements or modelling, the documentation must contain detailed information about the
These methods and the fulfilment of the requirements referred to in annex 1 to this
Ordinance. ".
11. in annex 3 paragraph 3.2, after the words "regularly"
the words "at least every five years" and at the end of the text, point to
the words ", the concept of the network and measuring points".
12. In annex 6 part and added:
"Part And
Procedures for sampling and analysis at the stationary measurements
1.1. For stationary measurements of sulphur dioxide shall be the reference
method according to Czech technical standards ČSN EN 14212:2013 "air quality-
The standard method for the determination of sulphur dioxide by ultraviolet
fluorescence ".
1.2. For stationary measurements of nitrogen dioxide and oxides of nitrogen is applied
the reference method by Czech technical standards ČSN EN 14211:2013
"Air quality-Standard method for the determination of nitrogen dioxide and carbon
nitric oxide chemiluminiscencí ".
1.3. For the sampling of lead, arsenic, cadmium and nickel, it
the reference method referred to in point 1.4 of this annex. For fixed measurement
lead, arsenic, cadmium and nickel, the reference method referred to in the United
technical standards ČSN EN 14902:2006 "air quality-Standard method
determination of Pb, Cd, As and Ni in the PM10 fraction of aerosol particles ".
1.4. For sampling and fixed measurement of PM10 and PM2, 5 shall be applied
the reference method by Czech technical standards ČSN EN 12341:2014
"Air quality-determination of the mass of the reference gravimetric method
the concentration of the factions of the aerosol particles PM10 and PM2, 5 ".
1.5. The sampling and measurement of benzene will be used stationary
the reference method referred to in parts 1, 2, and 3 of the Czech technical standards ČSN EN
14662:2006 "air quality-Standard method for the determination of benzene".
1.6. For stationary measurements of carbon monoxide, the reference
method according to Czech technical standards ČSN EN 14626:2012 "air quality-
The standard method for the determination of carbon monoxide the non-dispersive infra-red
spectrometry ".
1.7. For fixed measurements of tropospheric ozone, the reference
method according to Czech technical standards ČSN EN 14625:2013 "air quality-
Standard method of measurement of ozone ultraviolet flame photometry.2 ".
1.8. For sampling of polycyclic aromatic hydrocarbons shall be used
the reference method referred to in point 1.4 of this annex. The sampling and
analysis of benzo (a) pyrene reference method shall be used in accordance with the United
technical standards ČSN EN 15549:2010 "air quality-Standard method
determination of benzo (a) pyrene in ambient air ".
1.9. For the measurement of total mercury in ambient air shall be the reference
method according to Czech technical standards ČSN EN 15852:2010 "quality
outdoor air quality-Standard method for the determination of total gaseous
Mercury ". For measuring the total deposition of mercury reference method
According to the Czech technical standards ČSN EN 15853:2010 "quality of the outdoor
air quality-Standard method for the determination of the deposition of mercury ".
1.10. The sampling and analysis of deposition of benzo (a) pyrene and other
polycyclic aromatic hydrocarbons in accordance with § 3 (1). 1 shall apply
the reference method in accordance with technical standards ČSN EN 15980:2011 "quality
ambient air-determination of the deposition of benzo [a] anthracene, benzo [b] fluoranthenu,
benzo [j] fluoranthenu, benzo [k] fluoranthenu, benzo [a] pyrene,
dibenzo [a, h] anthracene, and indeno [1, 2, 3-cd] pyrene ".
1.11. The sampling decline of arsenic, cadmium and nickel, it
the reference method by Czech technical standards ČSN EN 15841:2009
"Ambient air Quality — Standard method for the determination of arsenic,
of cadmium, lead and nickel in atmospheric deposition ".".
13. After annex No 6, the following appendix 7, which reads as follows:
' Annex # 7 to # 330/2012 Sb.
Display the elements of the Protocol on pollution level measurement
1. Date of the measurement of levels of pollution and the release date of the Protocol
2. identification of the person carrying out the measurements of pollution levels, including
information that allows the identification of the permissions to perform as metering
the authorization and accreditation has been granted
3. the name and signature of the person responsible for the correctness and accuracy of execution
measurement
4. purpose of measuring pollution levels
5. the type and extent of measurement of the level of contamination and the accompanying
meteorological variables: method of measuring, sampling and processing of samples and
the references to standards and standard operating procedures
6. The location of the measuring point in the field, including geographical coordinates and
altitude, a description of the site, the type and the representativeness of a site
compared with the regulatory requirements for the placement of the measuring
the place, the level of contamination of the site from the database
Air quality information system and the map moving five-year
average concentrations of air pollutants
7. Description of the weather conditions, especially precipitation, humidity,
fog, temperature and dispersion conditions, in which it was carried out
measurement of levels of pollution, respectively. sampling for subsequent laboratory
processing, localization of sources of pollution and other environmental effects, which could
directly to significantly affect the measurement of levels of pollution, such as stationary
resources, infrastructure, frequency of transport, open fire, building,
agricultural or other activities with a significant impact on air pollution, and
description of their impact
8. Data quality, in particular to ensure the accuracy and precision of sampling,
handling, logistics and storage of samples and their
laboratory processing, data evaluation, control and
verification of measurement data, measurement uncertainty, time and spatial
the representativeness of the measured data
9. the instrumentation, in particular specialty equipment, gauges,
analyzers and their ranges and accuracy, and ensure the metrological description
continuity and data collection method
10. the area of cooperation, in particular the identification of cooperating authorized
or accredited person, subject of the cooperation level of polluting
substances and methods of measurement
11. the results of the measurement of levels of pollution, in particular, verified values
the measured mass concentrations of the individual measurements, calculated on a
the conditions under which it is established, and the limit values, expressed in the relevant
time averaging, or charts the course of corresponding values limit and
the conditions under which it is established, and the uncertainty of measurement
12. the measured results and accompanying Files variables
13. the list of documents that are used to measure levels of pollution, in particular
legislation, standards, standard operating procedures, literature and
list of abbreviations, if they are used in the Protocol ".
Article II
The effectiveness of the
This Decree shall enter into force on 1 January 2000. April 2017.
Minister:
Mgr. Vratislav Brabenec in r.