Decree No. 83 / 2014 Coll.
Decree amending Decree No. 252 / 2004 Coll., laying down sanitary requirements for drinking and hot water and the frequency and scope of control of drinking water, as amended
Valid
Effective from 29.05.2014
83
DECLARATION
of 30 April 2014
amending Decree No. 252 / 2004 Coll., laying down the hygiene requirements for drinking and hot water and the frequency and scope of control of drinking water, as amended
The Ministry of Health provides, pursuant to Article 108 (1) of Act No. 258 / 2000 Coll., on the Protection of Public Health and on the Amendment of Certain Related Acts, as amended by Act No. 274 / 2001 Coll., Act No. 320 / 2002 Coll., Act No. 274 / 2003 Coll., Act No. 392 / 2005 Coll., Act No. 222 / 2006 Coll., Act No. 151 / 2011 Coll. and Act No. 223 / 2013 Coll., ("Act No. 120 / 2008 Coll.,") for the implementation of § 3 paragraphs 1 and 3 and § 4 Sb., Act No. 146 / 2002 Coll., Act No. 274.
Decree No. 252 / 2004 Coll., laying down hygiene requirements for drinking and hot water and the frequency and scope of control of drinking water, as amended by Decree No. 187 / 2005 Coll. and Decree No. 293 / 2006 Coll., is amended as follows:
1. in Article 2 (b), the word "organoleptic" and the words "their natural components or operational parameters," shall be deleted;
2. in Article 2, point (e) is deleted;
Points (f) to (i) shall be renumbered as points (e) to (h).
3. In Section 3, the sentence after the third sentence is inserted: "For crude or drinking waters where the calcium or magnesium content is artificially reduced during treatment, the magnesium content shall not be less than 10 mg / l and the calcium content shall not be less than 30 mg / l after adjustment. '
4. In Article 4 (2) (c), the words "for sources with a minimum frequency of analysis and seasonal operation of up to 6 months, which are operated in accordance with § 3 (2) (a) to (d) of the Act," shall be inserted after the words "water."
5. In Article 6 (2), "12 'is replaced by" 6', after the word "indicator 'the word" intestinal' is inserted and "2 complete analyses' is replaced by" 1 complete analysis'.
6. In Article 7, the following paragraph 3 is added, including footnote 10:
"(3) Demonstration that the results of another method, not listed in Section A of Annex 6, are at least as reliable as the results of the laboratory method, the application of which is provided for in this Decree, shall be carried out by the method set out in the technical standard setting out the criteria for the equivalence of the two microbiological methods (10).
10) ČSN EN ISO 17994 (75 7016) - Water quality - Criteria for the determination of equivalence of two microbiological methods, Section 7.2. '
7. in the second sentence of Paragraph 8 (1) (c), the word "Further" shall be replaced by the words "Packed drinking water for sale" and the word "Next" shall be inserted after the word "Be."
8. Paragraph 10 (1) is deleted.
Paragraphs 2 and 3 shall be renumbered paragraphs 1 and 2.
9. Annex 1 shall read as follows:
"Annex No 1 to Decree No 252 / 2004 Coll.
Microbiological, biological, physical, chemical and organoleptic potable water indicators and their hygiene limits
A. Microbiological and biological indicators
| č. | ukazatel | jednotka | limit | typ limitu | Vysvětlivky |
|---|---|---|---|---|---|
| 1 | Clostridium perfringens | KTJ/100ml | 0 | MH | 1 |
| 2 | Intestinální enterokoky | KTJ/100ml | 0 | NMH | |
| KTJ/250 ml | 0 | NMH | 2 | ||
| 3 | Escherichia coli | KTJ/100ml | 0 | NMH | |
| KTJ/250 ml | 0 | NMH | 2 | ||
| 4 | koliformní bakterie | KTJ/100ml | 0 | MH | |
| KTJ/250 ml | 0 | MH | 2 | ||
| 5 | mikroskopický obraz - abioseston | % | 10 | MH | 3 |
| 6 | mikroskopický obraz - počet organismů | jedinci/ml | 50 | MH | 3,4 |
| 7 | mikroskopický obraz - živé organismy | jedinci/ml | 0 | MH | 3,4,5 |
| 8 | počty kolonií při 22 °C | KTJ/ml | Bez abnormálních změn | MH | 6 |
| KTJ/ml | 200 | DH | 7 | ||
| KTJ/ml | 100 | NMH | 2 | ||
| 9 | počty kolonií při 36 °C | KTJ/ml | Bez abnormálních změn | MH | 8 |
| KTJ/ml | 40 | DH | 9 | ||
| KTJ/ml | 20 | NMH | 2 | ||
| 10 | Pseudomonas aeruginosa | KTJ/250 ml | 0 | NMH | 2 |
B. Physical, chemical and organoleptic indicators
| č. | ukazatel | symbol | jednotka | limit | typ limitu | vysvětlivky |
|---|---|---|---|---|---|---|
| 11 | 1,2-dichlorethan | µg/l | 3,0 | NMH | ||
| 12 | akrylamid | µg/l | 0,1 | NMH | 10 | |
| 13 | amonné ionty | NH4+ | mg/l | 0,50 | MH | |
| 14 | antimon | Sb | µg/l | 5,0 | NMH | |
| 15 | arsen | As | µg/l | 10 | NMH | |
| 16 | barva | mg/l Pt | 20 | MH | ||
| 17 | benzen | µg/l | 1,0 | NMH | 11 | |
| 18 | benzo[a]pyren | BaP | µg/l | 0,010 | NMH | |
| 19 | beryllium | Be | µg/l | 2,0 | NMH | 12 |
| 20 | bor | B | mg/l | 1,0 | NMH | |
| 21 | bromičnany | BrO3 | µg/l | 10 | NMH | 13 |
| 22 | celkový organický uhlík | TOC | mg/l | 5,0 | MH | 14 |
| 23 | dusičnany | NO3- | mg/l | 50 | NMH | 15 |
| 24 | dusitany | NO2 | mg/l | 0,50 | NMH | 15 |
| 25 | epichlorhydrin | µg/l | 0,10 | NMH | 10 | |
| 26 | fluoridy | F- | mg/l | 1,5 | NMH | |
| 27 | hliník | Al | mg/l | 0,20 | MH | |
| 28 | hořčík | Mg | mg/l | 10 | MH | 16 |
| 20-30 | DH | 16 | ||||
| 29 | chemická spotřeba kyslíku (manganistanem) | CHSK-Mn | mg/l | 3,0 | MH | 17 |
| 30 | chlor volný | mg/l | 0,30 | MH | 18 | |
| 31 | chlorethen (vinylchlorid) | µg/l | 0,50 | NMH | 10 | |
| 32 | chloridy | Cl- | mg/l | 100 | MH | 19,20 |
| 33 | chloritany | ClO2- | µg/l | 200 | MH | 13,18 |
| 34 | chrom | Cr | µg/l | 50 | NMH | |
| 35 | chuť | přijatelná pro odběratele | MH | 21 | ||
| 36 | kadmium | Cd | µg/l | 5,0 | NMH | |
| 37 | konduktivita | k | mS/m | 125 | MH | 20,22 |
| 38 | kyanidy celkové | CN- | mg/l | 0,050 | NMH | |
| 39 | mangan | Mn | mg/l | 0,050 | MH | 23 |
| 40 | měď | Cu | µg/l | 1000 | NMH | 24 |
| 41 | microcystin-LR | µg/l | 1 | NMH | 25 | |
| 42 | nikl | Ni | µg/l | 20 | NMH | 26 |
| 43 | olovo | Pb | µg/l | 10 | NMH | 26 |
| 44 | ozon | O3 | µg/l | 50 | MH | 18 |
| 45 | pach | přijatelný pro odběratele | MH | 21 | ||
| 46 | pesticidní látky | PL | µg/l | 0,10 | NMH | 27,28 |
| 47 | pesticidní látky celkem | PLC | µg/l | 0,50 | NMH | 27,29 |
| 48 | pH | pH | 6,5-9,5 | MH | 20,31 | |
| 49 | polycyklické aromatické uhlovodíky | PAU | µg/l | 0,10 | NMH | 30 |
| 50 | rtuť | Hg | µg/l | 1,0 | NMH | |
| 51 | selen | Se | µg/l | 10 | NMH | |
| 52 | sírany | SO42- | mg/l | 250 | MH | 20 |
| 53 | sodík | Na | mg/l | 200 | MH | |
| 54 | stříbro | Ag | µg/l | 50 | NMH | 32 |
| 55 | tetrachlorethen | PCE | µg/l | 10 | NMH | 33 |
| 56 | trihalomethany | THM | µg/l | 100 | NMH | 34 |
| 57 | trichlorethen | TCE | µg/l | 10 | NMH | 33 |
| 58 | trichlormethan (chloroform) | µg/l | 30 | MH | 13 | |
| 59 | vápník | Ca | mg/l | 30 | MH | 16 |
| 40-80 | DH | 16 | ||||
| 60 | vápník a hořčík | Ca + Mg | mmol/l | 2-3,5 | DH | 16 |
| 61 | zákal | ZF (t,n) | 5 | MH | 35 | |
| 62 | železo | Fe | mg/l | 0,20 | MH | 36 |
| 63 | teplota | °C | 8-12 | DH |
The abbreviations used:
KTJ - colony forming unit
NMH - maximum limit value
MH - limit value
DH - recommended value (§ 3 paragraph 1 of Act No. 258 / 2000 Coll., on the Protection of Public Health and on the amendment of certain related laws, as amended
Explanatory notes to the tables:
1. It is determined for drinking water treated directly from surface water or for groundwater affected by surface water. Where the value of this indicator is not complied with, the water source and the adaptation technology shall be examined to determine whether human health is potentially at risk from the presence of pathogenic micro-organisms, such as cryptosporidium in particular. Article 4 (5) of the Act provides for a responsible person's procedure.
2. Applies only to bottled drinking water.
3. Other information obtained in the microscopic analysis may contribute to the interpretation of the results is an integral part of the test result. This verbal description includes, in particular, the composition of the abioseston present (possibly its possible origin), the closer classification of the organisms present and their possible origin (raw water, network reproduction), their affiliation to difficult to remove groups. In the event of the occurrence of live organisms in waters secured by disinfection, it is always necessary to indicate which organisms were involved. In the case of groundwater, the presence of surface water-bound organisms and organisms indicating impaired water quality shall be recorded. Underground water with the presence of surface water-bound organisms must be considered as surface water-affected groundwater (see explanatory note 1).
4. Organisms covered by this indicator are for the purpose of the decree, the sinuses and all eukaryonic organisms (e.g. algae, protozoa, micromycetes, swirlers, tubers). Bacteria (with the exception of sinuses) are given only in the word description but are not counted in the total number of organisms. The microscopic finding of the mass occurrence of organotrophic bacteria (more than 100 individuals / ml) should be considered as exceeding the MH of indicators 6 and 7 respectively. The products of ferric bacteria metabolism are among the asosestone.
5. The limit shall apply only to water-protected disinfectants. Live organisms containing chlorophyll are distinguished by the autofluorescence of chlorophyll. Other, if possible, according to other characters such as especially movement, state of the protoplastic.
6. If it is not possible for a small number of samples to determine if this is an abnormal change for the supplied area, the limit value 200 cfu / ml shall apply.
7. For replacement supplies, for water supplied in air, water and land vehicles and for water from small undisinfected sources producing less than 5 m3 per day, the recommended value shall be up to 500 cfu / ml.
8. If it is not possible for a small number of samples to determine if this is an abnormal change for the supplied area, the limit of 40 cfu / ml shall apply.
9. For replacement supplies, for water supplied in air, water and land vehicles and for water from small undisinfected sources producing less than 5 m3 per day, the recommended value shall be up to 100 cfu / ml.
10. The value applies to the residual concentration of monomer (s), calculated on the basis of the content and possible release from materials (for example, the distribution line) and articles used for the treatment, manufacture and distribution of drinking water which are in contact with drinking water. The determination in drinking water shall be made only if it is not possible to calculate and the substance may be present in water due to the materials used. However, the determination of chlorothene (vinyl chloride) shall also be carried out on new sources before they are put into service.
11. For the determination of benzene, it is necessary to monitor the presence of other aromatic hydrocarbons (toluene, xylenes, ethylbenzene) unless indicated. Attention should be paid to finding these substances. In the case of quantitative determination, findings of specified substances shall be included in the test report.
12. It is always determined at a new source and further where the findings of Be exceed 30% of the limit value.
13. Where possible without reducing the effectiveness of disinfection, efforts should be made to achieve the lowest possible level.
14. No abnormal changes. It may not be determined for sources supplying less than 10,000 m3 of water per day.
15. The condition that the sum of the nitrate content determined in mg / l divided by 50 and the nitrite content determined in mg / l divided by 3 is less than or equal to 1 shall be respected. The sum of ratios corresponds to the highest limit value of its importance. The nitrite content in drinking water at the outlet of the plant shall be less than 0,1 mg / l.
16. Valid as a minimum in the case referred to in § 3 (1). For all waters, where possible, the recommended value should be sought.
17. No abnormal changes. It does not need to be determined if the TOC content (total organic carbon) is determined.
18. The content of free chlorine, chlorites or ozone is only determined when chlorine or products containing chlorine, chloride oxide or ozone are used for water treatment. Water disinfection is also considered to be an adjustment. In the case of the use of bound active chlorine (for example in the form of chloramines) for disinfecting, the limit value of 0,4 mg / l for total active chlorine applies.
19. In cases where higher levels of chlorides are caused by a geological environment, values up to 250 mg / l are considered to comply with the requirements of this Decree. For packaged drinking water artificially supplemented with minerals, the limit value 250 mg / l applies.
20. Water should not act aggressively against materials of the distribution system, including home installations. The assessment of aggressiveness shall be carried out according to TNV 75 7121.
21. In case of doubt during sensory evaluation, threshold numbers 1 and 2 are considered acceptable when determined according to ČSN EN 1622 Water quality. Determination of the odour threshold number (TON) and taste threshold number (TFN).
22. Measured at 25 ° C.
23. In cases where higher levels of manganese in the raw water source are caused by a geological environment, the values of manganese up to 0,10 mg / l shall be considered to satisfy the requirements of this Decree provided that there is no undue influence on the organoleptic properties of the water.
24. The limit value shall be determined on the basis of the toxic effect of copper and shall apply to a sample of drinking water taken by the corresponding sampling method from the faucet so that the sample is representative of the average one-week quantity consumed by the consumer. There may be changes in organoleptic properties of water at concentrations above 100 µg / l. For the control of the quality of drinking water referred to in Section 4, a random sampling method shall be used during the working day, consisting of the collection of the first 1000 ml of tap water (without cleaning the tap and without prior water dissolution or water sampling to determine other parameters). If an excess of the limit value is found during this sampling and it is demonstrated that the internal water supply is impaired, a purpose sampling shall be carried out to determine the average concentration of the substance consumed by the consumer within one week.
25. It is determined for drinking water treated from surface water during a period where an increased incidence of sinuses can be expected. Where a person referred to in Article 3 (2) of the Act indicates an appropriate procedure to ensure that the possible presence of cyanotoxins in drinking water is captured and effective measures are subsequently taken to prevent public health risks, the public health authority shall restrict or delete the frequency of the determination.
26. The limit shall apply to a sample of drinking water taken by the corresponding tap sampling method so that the sample is representative of the average one-week quantity consumed by the consumer. For the control of the quality of drinking water referred to in Section 4, a random sampling method shall be used during the working day, consisting of the collection of the first 1000 ml of tap water (without cleaning the tap and without prior water dissolution or water sampling to determine other parameters). If an excess of the limit value is found during this sampling and it is demonstrated that the internal water supply is impaired, a purpose sampling shall be carried out to determine the average concentration of the substance consumed by the consumer within one week.
27. Pesticides are organic insecticides, herbicides, fungicides, nematicides, acaricides, algicides, rodenticides, slimicides, related products (e.g. growth regulators) and their relevant metabolites, breakdown or reaction products. Only pesticides likely to occur in a given source are to be determined, and the absence of pesticide substances is justified.
28. The limit applies to each individual pesticide except for aldrin, dieldrin, heptachlor and heptachlor epoxide, where a limit value of 0,03 µg / l applies.
29. The limit shall apply to the sum of the individual specified and quantitatively identified pesticide substances. If the substance is not quantitatively detected, zero is added to the sum.
30. The limit applies to the sum of quantitatively defined specific substances: benzo [b] fluoranthene, benzo [k] fluoranthene, benzo [ghi] perylene, indeno [1,2,3-cd] pyrene. If other polyaromatic hydrocarbon types are established, their value cannot be included in the PAH indicator.
31. For bottled non-carbonated drinking water and for drinking water transported by containers, pH values from 4,5 may be allowed; for packaged drinking water which is naturally rich or artificially enriched with carbon dioxide, the minimum value may be lower. For waters with naturally lower pH, pH values of 6,0 to 6,5 shall be considered as meeting the requirements of this Decree provided that the water does not act aggressively against the materials of the distribution system.
32. It concerns waters disinfected with silver salts and waters treated with silver containing devices.
33. The sum of tetrachloroethane and trichloroethane concentrations must not exceed 10 µg / l.
34. The limit applies to the sum of quantitatively identified concentrations of trichloromethane (chloroform), tribromomethane (bromoform), dibromochloromethane and bromodichloromethane. If the substance is not quantitatively detected, zero is added to the sum. Where possible without reducing the effectiveness of disinfection, efforts should be made to achieve the lowest possible level.
35. In cases of surface water treatment, water resulting from the treatment plant should not exceed 1,0 PLN. The unit shall be indicated according to the method used to determine: F (t) or F (n), where t stands for a turbidimetric and n non-phelometric method.
36. In cases where higher iron values in the source of the crude value are caused by a geological environment, values of iron up to 0,50 mg / l shall be considered to comply with the requirements of this Decree, provided that there is no undue influence on organoleptic properties of water, even in the form of occasional visible opacity. ';
10. In Annex 2, in the table of Microbiological, Biological, Physical, Chemical and Organoleptic Hot Water Indicators referred to in Section 3 (3) of the Act and their hygiene limits, the word "pneumophila 'in rows 1 and 2 is replaced by the word" spp.'.
11. In Annex 2, in the table of Microbiological, Biological, Physical, Chemical and Organoleptic Hot Water Indicators referred to in Article 3 (3) of the Act and their hygiene limits, the words "microg / l 'are replaced by" µg / l' in row 16.
12. In Annex 2, explanatory note 2, the words "showers of public swimming pools and swimming pools' are replaced by the words" for hot water delivered to showers of artificial or natural swimming pools and for drinking water used for the production of hot water '.
13. In Annex No 2, in explanatory note 4, the sentence "Central heating means heating water at one place for the whole building or more buildings. '
14. In Annex 2, explanatory note 9, the words "sensory determination 'are inserted after the word" doubt' and the word "degree 'is replaced by the words" threshold numbers'.
15.
"Annex 3 to Decree No. 252 / 2004 Coll.
Microbiological, biological, physical, chemical and organoleptic hot water indicators produced from an individual source for the personal hygiene of workers and their hygiene limits
A.
Microbiological requirements
| Ukazatel | Jednotka | Limit | Vysvětlivky |
|---|---|---|---|
| atypická mykobakteria | KTJ/1000 ml | 100 | 1,3 |
| Escherichia coli | KTJ/100 ml | 0 | |
| Legionella spp. | KTJ/100 ml | 100 | 2,3 |
| počet kolonií při 36°C | KTJ/1 ml | 200 | |
| Pseudomonas aeruginosa | KTJ/100 ml | 0 | |
| Staphylococcus aureus | KTJ/100 ml | 0 |
B.
Physical and chemical requirements
| Ukazatel | Jednotka | Limit | Vysvětlivky |
|---|---|---|---|
| chemická spotřeba kyslíku (manganistanem) | mg/l | 5,0 | |
| pach | přijatelný pro odběratele | 4 | |
| pH | 6-9,5 | ||
| trihalometany | µg/l | 100 | |
| volný chlor | mg/l | 0,1-1,0 | 5 |
| vizuální posouzení | 6 | ||
| zákal | ZF(t,n) | 5 | 7 |
Explanatory notes:
1. The limit applies to the sum of the following species of atypical mycobacteria: Mycobacterium chelonae, M. kansasii, M. avium, M. intracellulare, M. crophulaceum, M. xenopi, M. fortunitum.
2. The Legionella spp. test need not be carried out when heating is performed at the point of consumption, as in particular by a flow heater.
3. Indicators shall be determined only in the case of hot water production from a source of surface water or mine water, with central heating and distribution.
4. In case of doubt in sensory determination, threshold numbers 1 and 2 are considered acceptable in the determination according to ČSN EN 1622 Water quality. Determination of the odour threshold number (TON) and taste threshold number (TFN).
5. The determination shall be carried out at the sampling point. The content of free and bound chlorine or any other disinfectant shall be determined only if substances containing chlorine are used in water treatment.
6. For example, absence of coating or foam on the surface, color.
7. The result shall be given by the unit according to the method used to determine: F (t) or F (n), where (t) means a turbidimetric and (n) non-phelometric method. '
16. Annex 4 shall read as follows:
"Annex No 4 to Decree No 252 / 2004 Coll.
A. Minimum annual frequency of sampling and analysis of drinking water samples (excluding bottled water)
| Počet obyvatel zásobované oblasti [§ 2písm.d)] při denní spotřebě 200 l na osobu | Objem vody rozváděné či produkované v zásobované oblasti (m3 / den) *) | Roční počet vzorků pro krácený rozbor **) | Roční počet vzorků pro úplný rozbor **) |
|---|---|---|---|
| ≤ 50 | ≤ 10 | 1 | 1 za dva roky |
| > 50 až ≤ 100 | > 10 až ≤ 20 | 2 | 1 |
| > 100 až ≤ 500 | > 10 až ≤ 100 | 3 | 1 |
| > 500 až ≤ 5 000 | > 100 až ≤ 1 000 | 4 | 2 |
| > 5 000 až ≤ 50 000 | > 1 000 až ≤ 10 000 | 4 + 3 na každých 1 000 m3/den (včetně nedokončených) z celkového objemu | 1 + 1 na každých 3 300 m3/den (včetně nedokončených) z celkového objemu |
| > 50 000 až ≤ 500 000 | > 10 000 až ≤ 100 000 | 3 + 1 na každých 10 000m3/den (včetně nedokončených) z celkového objemu | |
| > 500 000 | > 100 000 | 10 + 1 na každých 25 000 m3/den (včetně nedokončených) z celkového objemu |
Explanatory notes to the table:
*) If the volume of water produced does not correspond to the population according to the values given in the table, the number of inhabitants supplied shall be considered to be decisive. If the number of people supplied, in particular due to seasonal recreation, varies significantly and cannot be clearly identified, the average volume of water produced (m 3 / day) per year shall be taken as a basis for determining the frequency.
* *) Example of calculation: for the volume of distributed water 5200 m3 / day, the number of cut analyses is 22 [4 + (6 x 3)] and the number of complete analyses 3 [1 + (2 x 1)].
B. Minimum annual frequency of sampling and analysis of samples of bottled drinking water put into bottles or containers for sale
| Objem vody denně vyráběné pro prodej v láhvích nebo kontejnerech v m3 | Roční počet vzorků pro krácený rozbor | Roční počet vzorků pro úplný rozbor |
|---|---|---|
| ≤ 10 | 12 | 1 |
| > 10 až ≤ 60 | 24 | 1 |
| > 60 | 2 na každých 5 m3 (včetně nedokončených) z celkového objemu | 1 na každých 100 m3 (včetně nedokončených) z celkového objemu |
The volumes shall be calculated as average values per calendar year. ';
17. In Annex 5, the following row 24 is added to the table:
"
| 24 | teplota |
"
18. In Annex 6, in Table A. Indicators for which analysis methods are laid down, the word "intestinal 'is inserted at the beginning of the fourth row, the word" legionely' is replaced by "Legionella spp. 'and the following row is added:" Staphylococcus aureus'.
19. In Annex 6, in Table A. Indicators for which analysis methods are set out, in column Method, the number "12780 'is replaced by" 16266', the number "757711 'is replaced by" 757712', the words "and ČSN ISO 11731-2 'are added after" ČSN ISO 11731' and the words "and ČSN ISO 11731-2 'are added at the end of the column to the Staphylococcus aureus indicator" ČSN EN ISO 6888-1 (unchanged A1) *)'.
20. In Annex 6, in the column Alternative method, the words "Detection of Escherichia coli (E.coli) and coliforms using the Colelert ® 18 / Qunati-Tray ® * method 'are replaced by the words" ČSN EN ISO 9308-2' and the explanatory note below the table "*) of the United States patent numbers: 5.610.029 of 11 March 1997; 5.518.892 of 21 May 1996; of 15 April 1997 5.753.456 of 19 May 1998 'is replaced by the explanatory note' (*) in point 4.1 of that standard, the membrane filtration technique of the 100 ml water sample shall be used instead of vaccination '.
21. In Annex 6, in Table B, in the first column, the word "Accuracy 'is replaced by" Precision' and in the text under the table, the word "Accuracy 'is replaced by" Precision'.
22. In Annex 6, in the explanatory notes to the table in the first, second, third and fifth sentences of point 2, the word "precision 'is replaced by the word" precision', in the fourth sentence of point 2, the word "accuracy 'is replaced by" precision' and in point 10, the word "accuracy 'is replaced by the word" precision'.
Efficacy
This decree shall take effect on the 15th day following its publication.
Minister:
MUDr.
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Regulation Information
| Citation | Decree No. 83 / 2014 Coll., amending Decree No. 252 / 2004 Coll., laying down sanitary requirements for drinking and hot water and the frequency and scope of control of drinking water, as amended |
|---|---|
| Regulation Type | - |
| Author | - |
| Collection | Code of Laws |
| Date of Promulgation | 14.05.2014 |
|---|---|
| Effective from | 29.05.2014 |
| Effective until | - |
| Status | Valid |
The regulation text is for informational purposes only.
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