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Ordinance On Water Quality And Supervision Of Water Supply Plant

Original Language Title: Bekendtgørelse om vandkvalitet og tilsyn med vandforsyningsanlæg

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Table of Contents
Chapter 1 Scope of application
Chapter 2 Quality requirements for water from water supply systems
Chapter 3 Control of water quality
Chapter 4 Control of water consumption
Chapter 5 Supervision of the technical plant
Chapter 6 Other reporting obligations
Chapter 7 Information to consumers about the quality of water
Chapter 8 Crow
Chapter 9 Punishment
Chapter 10 Entry into force and transitional provisions
Appendix 1 A Quality requirements for the principal constituent of drinking water
Appendix 1 b Quality requirements for inorganic tracers
Appendix 1 c Quality requirements for organic micropollutants
Appendix 1 d Quality requirements for microbiological parameters
Appendix 2 Simplified control (not in the general water supply system)
Appendix 3 Limited control (in the water supply line)
Appendix 4 Normal checks (at the water plant)
Appendix 5 Extended control (at the water plant)
Appendix 6 Control of inorganic tracers
Appendix 7 Control of organic micropollutants (at the water plant)
Appendix 8 drilling control (in the individual ingerations)
Appendix 9 Inspection frequency at limited control (in the water supply line)
Appendix 10 Frequency of water-supply installations and in the corresponding intake drilling
Appendix 11 Inspection frequency for the additional control of surface water bodies for the abstraction of drinking water

Publication of water quality and supervision of water supply plants 1)

In accordance with section 5, section 8, section 55 (5). 7, section 56, section 57, paragraph. 2, section 58, paragraph. 3 and 4, section 59, paragraph. One and three, section 60, paragraph. 2, section 71 a and Article 84 (4). 2 and 3, in the law on water supply, etc., cf. Law Order no. 635 of seven. June 2010 shall be determined :

Chapter 1

Scope of application

§ 1. The Bekendtstatement shall determine

1) the quality requirements for drinking water and water to which specific quality requirements, including water for use for medicinal products, must comply with,

2) the studies to be carried out by the water ;

3) the means of carrying out checks on imports of water ; and

4) the supervision to be carried out with the water supply systems.

Paragraph 2. In each case, it must be sought to ensure that water quality is best possible, irrespective of the quality requirements of this notice.

Supervision

§ 2. Supervision of water supply systems shall be conducted by the local authorities of the municipality in which the plant water is consumed.

Paragraph 2. The water in several municipalities of the plant shall be determined by agreement between the relevant municipal boards, the way in which public supervision is to be conducted on behalf of the municipal management board. If there is no agreement on this matter, the question of the nature of the Services Board is

Paragraph 3. The rules laid down in Chapter 3 to 7 are also subject to the supervision of the Communalan Management Board, as well as inspections carried out in accordance with paragraph 1. 2.

Chapter 2

Quality requirements for water from water supply systems

§ 3. Water from water supply systems which provide people with water for household use must comply with the quality requirements set out in Annex 1 (d).

§ 4. Section 3 shall not apply to rainwater collected from going to use for use of wc rinks and clothing washing in the machine, cf. however, paragraph 1 3.

Paragraph 2. Installations for the collection of rainwater from taking to use for the lav-rinks and clothing washing machine shall be carried out in accordance with the applicable Rørcentric presentation of the Ministry of Economic and Industry, and the Ministry of the Environment, 2) .

Paragraph 3. In institutions and buildings with public access, the use of rainwater to the WC cloud must be carried out only with the authority of the municipal management authority after discussion with the Board of Health. In institutions and buildings with public access, rainwater must not be used for clothing washing. The local authorities cannot authorise the use of rainwater for the WC cloud and laundry facilities in institutions for children under 6 (e.g. nurseries and nurseries), hospitals and nursing homes and other institutions for particularly sensitive groups (e.g. physical and mental health) disabled.

Paragraph 4. The owner of a property covered by paragraph 1. THREE, ONE. in the case of the municipality Board, document that the requirements for water quality on the building ' s bottled water quality can be maintained when the plant is in use, including that the property wiring for drinking water is suitable for low water consumption. The owner must ensure that users at any time are informed that rainwater is used collectively from the take, e.g. by lookup.

Paragraph 5. After discussions with the Board of Health, the local authorities may decide on the use of rainwater in accordance with the Board of Health. paragraph 3 shall cease if necessary to ensure the quality of water on the phonophins of the building.

§ 5. The provisions of Section 3 shall also apply to water from water supply systems which provide food to food business operators and companies producing medicinal products or other products to which special health requirements are made ; the water supply.

Paragraph 2. The provision in paragraph 1 shall be Paragraph 1 shall not apply to water from water supply systems which provide food to food establishments, in accordance with Regulation (EC) No 2 of the European Parliament and of the Council. 852/2004 of 29. in April 2004, on food hygiene or the Regulation of the European Parliament and of the Council (EC) No 853 of 29. In April 2004 on the specific hygiene rules applicable to foodstuffs of animal origin alone are requirements for the use of clean water, as defined in the regulations.

Paragraph 3. In the case of an application from a food business, nature or part of the natural authority may exempt water from a water supply system, cf. paragraph 1, from the requirements of this notice, if it is established that the quality of water cannot affect the health or health quality of the finished foodstuff. The request is to be submitted to the Food Authority, which shall forward this to the Board of Natural Health and Food Management for the Food Management Board.

Chapter 3

Control of water quality

§ 6. The official inspections must be carried out periodical tests on samples of the water ;

1) water-supply equipment for household use,

2) water utilities supplying public or private institutions (schools, hospitals, barracks, etc.), and commercial purposes (restoves, campsites, hotels, etc.) ;

3) water supply plants supplying food establishments where the use of water requirements meets the quality requirements for drinking water,

4) water-supply installations supplying establishments where products are manufactured (such as medicinal products) making specific health requirements for water supply,

5) water supply plants supplying other undertakings other than those referred to in no. 2, 3 and 4, when the installation provides water to a fixed staff of more than 5 people ; and

6) emergency water supply, including tanks and tankers, for the purpose of which is referred to in no. 1-5

Paragraph 2. The local authorities may decide that other water-supply plants must also be included under the regular public supervision.

Paragraph 3. The local authorities shall decide as far as possible on the option provided for by the individual water supply facilities, the way in which the control system is to be organised for the installation, in accordance with the rules laid down in section 7 to 12. The tests must be carried out at a laboratory chosen by the water supply plant, cf. § 13.

§ 7. In the regular checks,

1) a simplified control of water for household use from non-general water supply plants producing less than 3 000 m3 water per year, cf. Annex 2,

2) a limited control of the water in the wiring of water supply, cf. Annex 3,

3) a normal control of the water on the water intake plant, cf. Annex 4,

4) an expanded inspection of water on the water intake plant, cf. Annex 5,

5) a control of inorganic streaker in the water in the wiring of water supply, cf. Annex 6,

6) a control of organic microcontaminants in water at the water intake plant, cf. Annex 7,

7) a drilling control of the water in the individual borings for a water supply system, cf. Annex 8, and

8) an additional inspection of water in surface water bodies designated for the abstraction of drinking water under the environment for aquatic occurrences and international nature protection areas (EPA) 8, and where on average, be brought more than 100 m³ per day, cf. Annex 11.

Paragraph 2. When it is established in the national monitoring programme, it is likely that one or more parameters are likely to be set out in Annex 1-d not present, or when, on the basis of the national monitoring programme, there is reason to assume that there is, substances in the water which may present a potential health hazard and which are not covered by Annex 1 (d) may, in the case of all parts of the country of nature, amend the Annex of the Order of the Order of the Order of the Order of the Conservation. The Office shall assess at least once a year on whether the Annexes to the notice shall be amended.

Paragraph 3. Checks in accordance with paragraph 1 1, no. 8, complements the monitoring of surface waters under environmental target slots 8, and includes all priority substances emitted to the surface water area and all other substances covered by Annex 1 (d, in significant quantities.)

Paragraph 4. Where there is a reason to assume that there are substances or micro-organisms in the water which may present a potential health hazard and which are not covered by Annex 1 (d), the municipality board must decide on supplementary studies. Where these are included in Annex 1 (d), the municipality Board shall decide whether examinations shall be taken in accordance with paragraph 1. 1 must be supplemented by further studies on these substances or micro-organisms.

Paragraph 5. The local authority shall inform the consumers of water from water supply plants covered by paragraph 1. 1, no. 1, that the water alone shall be subject to simplified controls. This information may be made by public announcement.

§ 8. For water supply plants which are covered by section 6 (4). 1, no. 1-4, control, cf. Annex 3 to 8 shall be carried out at the frequency specified in Annex 9 to 11. In the case of water supply facilities, where the frequency is not fixed in the Annexes, the municipal management board shall decide on the frequency of regular checks. For water from water supply plants supplying food business operators, cf. Section 6 (2). 1, no. 3, or for commercial purposes, institutions e.l., cf. Section 6 (2). 1, no. However, at least once a year, simplified checks shall be carried out, cf. Annex 2, and at least every three years, shall be carried out as specified in Annex 3-7, cf. however, paragraph 1 4 and 5.

Paragraph 2. The frequency of checks shall be determined on the basis of the quantity of water generated by the water supply plant or distributed to the previous calendar year. If this quantity of water is not reported or the conditions of the change are substantially altered, the frequency shall be determined by the local authorities after an estimate of the quantity of water. The frequency, cf. Annex 11 shall be determined on the basis of the population at the time of delivery, in full or in part, to accept drinking water obtained from surface water.

Paragraph 3. Where water supplies are part of a common system comprising several municipalities, the municipality boards may decide that the frequency of inspection shall be determined for the municipalities or for part of the municipalities based on it on the basis of the Community of the Community ; the quantity of water distributed in the overall supply area. The municipal boards may, in such cases, decide on the distribution of controls on the wiring networks in the individual local authorities. If there is no agreement between the municipal boards in relation to distribution, the question of the Natural Management Board will be decided on.

Paragraph 4. The Council of the Council may decide that the frequency of the limited checks may be reduced, cf. Annex 9.

Paragraph 5. When it is determined that it is likely that one or more of the parameters listed in Annex 1 (d) is not present, the municipal management board may take a decision, or in general, to decide that the check is carried out for one or more ; several parameters covered by Annex 6 to 7 may be reduced to the frequency specified in Appendix 10.

Paragraph 6. The local authorities may decide that inspections must be carried out more frequently than in Annexes 9 and 10 when the outcome of previous investigations, the specific exposure of the installation for pollution or other matters shall be subject to it.

Paragraph 7. The local authorities shall not be able to reduce the frequency of surface water covered by section 7 (4). 1, no. 8.

Paragraph 8. The Municipal Board shall notify the nature of the decisions of the Services Board pursuant to paragraph 1. 1-6.

§ 9. For water supply plants which are covered by section 6 (4). 1, no. 5, a normal check must be carried out once a year. However, if the company ' s permanent staff is to be increased, the municipality Board shall, however, decide on further control. Section 7 (2). 2 and 4, and section 8 (3). 6, 7 and 8 shall apply mutatis mutis.

§ 10. For emergency water supply facilities, which are covered by section 6 (4). 1, no. 6, a normal check must be carried out once annually. Section 7 (2). 2 and 3, and Article 8 (3). 6, 7 and 8 shall apply mutatis mutis.

Paragraph 2. For drinking water distributed by tanker or tanker, the nature and frequency of the control of the municipal management board shall be determined by the nature and frequency of the distribution of water.

§ 11. For water supply plants which are covered by section 6 (4). 2, the municipal management board shall decide on the nature and frequency of the checks.

Study of water samples

§ 12. Places for the taking of water samples included in the regular checks shall be approved by the public authorities at the same time as a decision on the control system, cf. Section 6 (2). 3.

§ 13. The water samples must be taken off and examined in a laboratory accredited for this purpose, cf. the notice of quality requirements for environmental measurements at all times ; 3) .

Other studies

§ 14. In the case of the municipal management measure, studies of water from water supply plants may be carried out in addition to the checks referred to in section 7 to 11. The studies shall be carried out to the extent necessary, including the assessment of the complaints and to the decision of cases amending the water supply structure of a area. Samples must be taken off and examined in a laboratory, cf. § 13. The examinations shall be paid by the municipal board.

Paragraph 2. The local authorities may decide that it falls to the owner of the premises of the premises to perform additional studies of the quality of water, together with studies on the premises of the property to detect any sources of pollution. The local authorities may, however, only take a decision that such investigations shall be paid by the owner in cases where it has been found that the water from a water supply plant subject to section 6 (2). 1, on delivery to the property, meet the quality requirements of the notice.

Commitment

§ 15. Where the results of investigations carried out by the owner of a general water supply system are carrying out or operating on its own operation, or on the basis of conditions laid down in the installation permit or the like, show that the quality of water is not in in accordance with the requirements laid down, the owner of the plant must immediately notify the municipal management board. The owner of the water supply system must anchor the investigating laboratory to notify the municipal management board and the owner to overwrite the microbiological quality requirements, cf. Annex 1 (d) as soon as possible and at the latest at the same day on which the overshoot is recorded The owner of a water supply system must also inform the public authorities, if any other chemical or microbiological contaminants are detected in the water.

Precaterms against unsatisfactory water quality

§ 16. If the water in a water supply system does not water the quality requirements laid down pursuant to this notice, or the water in a water supply system, it is not considered to be hazardous to health, or is there at the discretion of the municipal management board of the public authorities, that the water may be harmful to health, the municipal authorities shall take a decision on the measures to be taken.

Paragraph 2. If the water in a general water supply system does not water the quality requirements laid down pursuant to this notice, the municipality board shall be able to be communicated to the public authority in the name of the letter referred to in Article 62 (2). 1, dispensers from the quality requirements laid down in Annex 1 (d) for a specified period to be determined as short as possible and which may not exceed 3 years. The same applies to non-general water supply plants producing more than 3 000 metres, 3 water annually and water-supply plants covered by section 6 (4). 1, no. 2-5.

Paragraph 3. The quality requirements laid down in Annex 1 may not be dispensed with in accordance with Annex 1, with the exception of the kimp at 22 ° C.

Paragraph 4. Before a derogation can be dispensed, an opinion shall be obtained from the Board of Health.

Paragraph 5. Exemption from the quality requirements laid down in Annex 1 (d) may not be granted if there is an immediate opportunity to provide other water supplies.

Paragraph 6. In the case of a derogation from the quality requirements laid down in Annex 1 (d), the local authorities shall take a decision on the measures to be taken during the period during which the derogation is applicable.

Paragraph 7. Initiation of application restrictions, cf. paragraph 6, such as disruption in the water supply, the provision of alternative water supplies and coiling recommendations for general water supplies after prior discussion with the Board of Health.

Paragraph 8. Initiation of application restrictions, cf. paragraph 6, shall be carried out for non-general water supplies following guidelines drawn up after discussion with the Board of Health.

§ 17. Derogations shall be granted in accordance with section 16 (3). 2, must contain

1) information on the cause of the derogation,

2) information on the corresponding parameter and the previous relevant control results ;

3) information on the highest permitted value in accordance with the exemption,

4) information on the geographical area, the quantity of water supplied per ; the day, the population concerned, and whether there is any relevant food business that is affected ;

5) an appropriate control plan, where necessary, with increased frequency of inspection,

6) a summary of the project for the necessary corrective measures, including a timetable for the work and an estimate of the costs and provisions for revision, and

7) information on the duration of the derogation.

Paragraph 2. The local authorities shall inform consumers who are affected by the derogation, whether the derogation, the conditions for it and, if necessary, advise consumers on the extent to which such dispensation may present a particular risk. The local authority shall send copies of the derogation to the Natural Management Board.

Paragraph 3. In the derogation period, the municipality Board shall supervise the demeaning necessary measures to establish whether sufficient progress has been made.

Paragraph 4. Poopenings containing a derogation for a water supply which has a permit for the abstraction of more than 350,000 m 3 water annually shall be sent by the local authority to the Board of Appeal, which shall send the derogation to the European Commission, in a copy to the Natural Agency.

§ 18. If the quality requirements in water from a water supply system are exceeded, not remedied within 3 years, cf. section 16 (4). 2, may the municipality Board, after application by the owner of the water supply system and after obtained the opinion of the Health Services, for the water supply plant or for specific defined areas, dispensers from the quality requirements laid down in Annex 1 (d).

Paragraph 2. The quality requirements set out in Annex 1d for microbiological parameters cannot be dispensed with.

Paragraph 3. Exemption from the quality requirements laid down in Annex 1 (d) may not be granted if there is an immediate opportunity to provide other water supplies.

Paragraph 4. In the case of a derogation from the quality requirements laid down in Annex 1 (d), the local authorities shall take a decision on the measures to be taken during the period during which the derogation is applicable.

Paragraph 5. Exemption from the quality requirements laid down in Annex 1 (d) shall be granted for a specific period to be determined as short as possible and which may not exceed 3 years.

Paragraph 6. The allowance shall contain information, as referred to in Section 17 (3). 1.

Paragraph 7. In the derogation period, the municipality Board shall supervise the demeaning necessary measures to establish whether sufficient progress has been made.

Paragraph 8. The local authorities shall inform consumers who are affected by the derogation, whether the derogation, whether the conditions for this and, if necessary, advise consumers to the extent to which the derogation may present a particular risk.

Niner. 9. The local authority shall send a copy of the derogation to the Office of the Natural Agency, which shall forward it to the European Commission immediately.

§ 19. In exceptional cases, the municipality Board may, in accordance with the approval of the Natural Management and European Commission, grant a further dispensation. The owner of the water supply plant shall send an application and an obtained opinion from the Community Board of Directors on this to the Natural Board.

Paragraph 2. In relation to the application and notification of derogation pursuant to paragraph 1, Paragraph 18 shall apply mutatis mutis.

Chapter 4

Control of water consumption

20. The owners of water supply facilities which, in accordance with their species, would require a claim permit in accordance with the section 20 of the law to register the quantities of water collected from the plant, cf. however, paragraph 1 2.

Paragraph 2. In the case of non-general facilities which, after their species, would require authorisation pursuant to Article 20 (2) of the law. 1, no. The municipal management board shall decide on the extent to which the quantity of water to be carried out shall be taken by the local authorities on the basis of the quantity of water.

§ 21. Measurement of the quantity of entry shall be carried out by a measuring device whose nature at all times can be determined by the municipality.

§ 22. The owner of the Plates shall record the date of each inventory of the intake and the quantity of water gained since the last entry. The registration must be made for installations with an annual allowable abstraction of less than 100 000 metres ; 3 take place at the beginning of each year, for installations with an annual permit of abstraction of 100,000-350,000 m 3 at the beginning of each quarter and to installations with an annual permit of abstraction over 350 000 m ; 3 at the beginning of each month.

Paragraph 2. The registration must be kept for at least 10 years and at the request of the competent authorities.

-23. The owner of this facility shall send a report to the municipality board on the annual control of the plant, set at the time 1. January to 31. December. The report must take place before 1. Feb the next year. If the meter is replaced by the end of the year, this shall be recorded in the alert.

Paragraph 2. The local authorities shall evaluate the information reported, including the size of the quantities of water collected. The municipality Board shall then be required before 1. April registering the reports in the common public database for reason-and drinking water and drilling (Jupiter).

Paragraph 3. In addition, the water supply system receiving water from other installations shall also report the amount of the distributed quantity of water to the municipality board, in the case of the time 1. January to 31. December. The alms which provide water to other water supplies shall indicate the size of this shipment.

Pejlings of the water level

§ 24. The owner of the plant shall measure and record the groundwater level of the intake drills and the wells and wells of the installation and wells to the extent that it is determined by the installation permit for the installation. The results must be kept for at least 10 years. They shall be required at the request of the competent authority.

Paragraph 2. Results provided for in paragraph 1. 1, as requested by Denmark and Greenland Geological Investigation, shall be sent via the common public database for reason-and drinking water and drilling (Jupiter).

Chapter 5

Supervision of the technical plant

§ 25. The local authority shall supervise the installation of the technical facilities at the general water supply system and by installations covered by Section 6 (2). 1, no. Two and three.

Paragraph 2. Such supervision shall include, inter alia, the installation and operation of the installation and its maintenance and cleaning mode.

Paragraph 3. The city council shall decide on the frequency of the technical inspection.

Paragraph 4. For other water distribution facilities, the municipality Board may decide whether such supervision should be carried out.

Chapter 6

Other reporting obligations

SECTION 26. The owner of a water supply plant must be anchasting that the investigating laboratory within six weeks of the release of the water samples shall report the results of the checks carried out, cf. Section 7-11, to the municipal public database for reason-and drinking water and drilling (Jupiter) and transmits the results of the air quality control after that notice to the owner of the water supply system. When the municipal management board pursuant to section 15 receives information on other studies of the quality of water, it shall inform the Natural Board.

Paragraph 2. The local authority shall send copies of the results of the supervision of the technical plant, cf. Section 25, to the owner of the water supply system and to the Fish and Wildlife Services.

§ 27. The local authorities shall report the information received by the local authorities on the entry level from the water supply plant to Denmark and Greenland Geological Investigation via the common public database for reasons and drinking water and drilling ; (Jupiter)

Paragraph 2. The local authorities shall report the information supplied by the municipal management board from laboratories on the quality of water from water supply facilities to the common public database for reason-and drinking water and drilling (Jupiter) within four weeks after, the investigative laboratory has reported the results of the local authority board.

Paragraph 3. The Geological Survey of Denmark and Greenland shall notify the notified information to municipal boards, the Board of Natural Management, the Board of Health, Health and Food Services and other authorities.

Paragraph 4. The format of the report to the common public database for reason-and drinking water (Jupiter) shall be determined by the Council of nature after negotiation with the KL.

Chapter 7

Information to consumers about the quality of water

§ 28. The owner of a general water supply system shall provide the necessary information on the quality of water supplies and the quality of drinking water available to consumers. The information must contain at least information on :

1) the name, address, telephone number, e-mail, website, website, and any contact information,

2) supply areas ;

3) intake levels and areas in which the water is obtained ;

4) water treatment at the water supply plant,

5) the quality of drinking water in relation to the maximum values set out in Annex 1 (d), the results of additional investigations after paragraph 7 (3). 3, or quality requirements laid down in the recovery permit, including the number and results of all analyses carried out in accordance with this notice and conditions in the recovery permit ; and

6) a general description of the quality of the drink, including values for normal parameters such as hardness, iron, manganese and microbiological quality, values for special local significance, such as nitrate, nickel and fluoride, as well as details of Exceeds of maximum values determined in accordance with Annex 1 (d), the results of additional investigations after paragraph 7 (3). 3, or quality requirements established by conditions in the recovery permit.

Paragraph 2. The owner of the general water supply system shall, at least once a year, update the information provided for in paragraph 1. 1.

Paragraph 3. The information, cf. paragraph 1, no. Number one and number 6 must be available on the water supply website or at least once a year published in a printed media which is available to all consumers of water from the general water supply, for example, a distributed local leaf, a local road-signor ; a household folder that is a household folder. It must be stated in the published state, where and how the consumer may obtain further information on the conditions of paragraph 1. 1, no. 2-5.

Chapter 8

Crow

§ 29. The decisions of the Municipal Management Board may be imprated to the Agency for the Agency and the Environment Board in accordance with the rules laid down in Chapter 13 of the law.

Paragraph 2. The decisions of the nature of nature cannot be complained.

Chapter 9

Punishment

-$30. Unless higher penalties have been inflited on the other legislation, the penalty shall be punished by fine ;

1) does not allow periodic inspection of the water quality of the plant in accordance with section 6 13 ;

2) omits to notify the municipality board after Section 15,

3) fail to check, register or report water quantities or ground water, in accordance with section 20 (3). Paragraph 1, paragraph 22, paragraph 22. Paragraph 1, section 23, paragraph 23. 1 and 3, and section 24,

4) overrides decisions in accordance with section 7 (3). 3, section 14 (4). 2, section 20 (2). 2, and section 21,

5) fail to retain registration or results or refuse to present these at the request of the request, cf. Section 22 (2). 2, and section 24,

6) omits to submit results in accordance with section 26 (3). 1 and 2, or

7) fails to provide information or to publish it in accordance with section 28.

Paragraph 2. Companies can be imposed on companies, etc. (legal persons) punishable by the rules of the penal code 5. Chapter.

Chapter 10

Entry into force and transitional provisions

§ 31. The announcement will enter into force on the 14th. November 2011.

Paragraph 2. At the same time, notice No 1449 of 11. December 2007 on water quality and supervision of water supply facilities and notices No 162 of 29. In April 1980, the quality requirements etc. for surface water intended for the manufacture of drinking water.

The Ministry of Environment, 31. October 2011

Ida Auken

/ Helle Pilsgaard


Appendix 1 A

Quality requirements for the principal constituent of drinking water

Where no other point is specified, the tables shall be no more than acceptable values.
Water quality requirements
Parameter
Device
Value when departing from water 1)
RE Ended Value 2)
Value of preused taphane 3)
Remarks
Color
mg Pt / l
5 7)
15
15
Turbidity
FTU
0.3 7)
1
1
Smell
Taste
Subjective Rating
The water must not have a deviant flavour and odour, disinfectants ;
Temperature
ºC
It should be sought to ensure that water is not more than 12º C at the taphan.
pH
7-8.5
7-8.5
7-8.5
The water must not be calf aggressively.
Evability
mS/m
The conductivity of the aqueur should at least be 30 mS/m at 25 ° C,
NVOC (C)
mg/l
4
4
4
Evaporation Catch
mg/l
1.500
1.500
1.500
Calcium (Ca)
mg/l
The content should not exceed 200 mg/l
Magnesium (Mg)
mg/l
50
50
50
Rough, total
ºdH
The hardness of the aqueur must lie between 5º and 30 ° dh
Sodium (Na)
mg/l
175
175
175
Kalium 12) (K)
mg/l
10
10
10
Ammonium 4) 5) 13) (NH 4 ()
mg/l
0.05
0.05
0.05
Iron 5) (Fe)
mg/l
0,1
0.2
0.2
Mangan 5) (Mn)
mg/l
0.02
0.05
0.05
Bicarbonate (HCO) 3 ()
mg/l
The content should be more than 100 mg/l
Chlorid (Cl)
mg/l
250
250
250
Sulgrigras (SO 4 ()
mg/l
250
250
250
Nitrate (NO 3 ()
mg/l
50
50
50
Nitrit 5) 6) (NO. 2 ()
mg/l
0.017)
0,1
0,1
Total phospforcontent 11) (P)
mg/l
0.15
0.15
0.15
Fluorid (F)
mg/l
1.5
1.5
1.5
Oxybe (O 2 ()
mg / L
8)
5
Minimum requirements
Aggressive carbon dioxide 9) (CO 2 ()
mg/l
2
2
2
Sulphur brinte 9) (H 2 S)
mg / L
0.05
0.05
0.05
Methane 9) CH 4
mg/l
0.01
0.01
0.01
Klor, clear and complete. 10) Cl
mg/l
The content should be at least possible while at the same time compliance with microbiological requirements ;
1)
The sample shall be taken from the power station or the water plant at a waterworks.
2)
The sample shall be taken at the entrance of the building (by watermeter or nearest taphane) when the water has been running for so long that the water that is contained in installations and wire is washed and the water has been running for at least five minutes.
3)
The test shall be taken as described in the Environment Management's Guide. 3, 2005, www.naturstyrelsen.dk.
4)
In order to avoid exceeding the nitric threshold value in the wiring, the content of the oxygen and filtered water must be less than 0,05 mg/l, but ammonium content up to 0,5 mg/litre is acceptable when drinking water is not filtered at the water station and the ammonium content of incidentally, not enough to be transformed into nitrite in the wiring network.
5)
Experts resulting from the renewal of filter materials may occur, but should be reduced as far as possible.
6)
The content must be less than 0,5 mg/l at disinfecting with chloramin.
7)
However, if it can be documented that the quality requirement of property is met, higher value may be permitted when departing from water, but the maximum value of property is permitted.
8)
The oxygen content must be so high that the minimum threshold value of entry to property of 5 milligrams per litre is observed.
9)
The limits specified are equivalent to the detection limit for the methods used. The limits specified for CO2 may correspond to the detection limit, if any. be lower than the detection limit depending on the sample content of hydrogencarbonate, cf. the notice of quality requirements for environmental measurements, Annex 1.4.
10)
Or the residue of other disinfectant.
11)
Higher value may be permitted, but a maximum of 0.3 milligrams per litre if it can be substantiated that the phosphorus content is due to geological deposits in the aquifers and is not possible to improve water quality,
12)
However, maximum value may be permitted with a maximum of 20 mg/litre if it can be substantiated that the potassium content is due to geological deposits in the aquifers in the aquifers and is not possible to improve water quality ;
13)
The content must be less than 0,2 mg/l at disinfecting with chlorinamine.

Appendix 1 b

Quality requirements for inorganic tracers

Water quality requirements
Parameter
Device
RE Ended Value 1)
Value at-for-
user ' s taphane 2)
Remarks for the value for-in-
user ' s taphane
Aluminum Al
µ g/L
100
200
Antimony Sb
µ g/L
2
5
Calculated Average Value 3)
Arsen As
µ g/L
5
10
Calculated Average Value 3)
Barium Ba
µ g/L
700
700
Beryllium Be
µ g/L
10
10
Bly Pb
µ g/L
5
10
Calculated Average Value 3)
Drill B
µ g/L
1000 4)
1000
Cadmium Cd
µ g/L
2
5
Calculated Average Value 3)
Cobolt Co
µ g/L
5
5
Crome Cr
µ g/L
20
50
Calculated Average Value 3)
Cyanid Cn
µ g/L
50
50
Copper Cu
µ g/L
100
2000
After a period of 12 hours in the consumer's installation
Mercury 5) Hg
µ g/L
1
1
Lithium Li
µ g/L
1000
1000
Molybdenn Mo
µ g/L
20
20
Nickel Nine.
µ g/L
20
20
Calculated Average Value 3)
Selen View
µ g/L
10
10
Strontium Sr.
µ g/L
10.000
10.000
Silver 6) Ag
µ g/L
10
10
Thallium Tl
µ g/L
1
1
Tin Sn
µ g/L
10
1500
After a period of 12 hours in the consumer's installation
Zinc Zn
µ g/L
100
3000
5000
Calculated Average Value 3)
After a period of 12 hours in the consumer's installation
Halogenated transformation products
Chlorit 7) (KO : 2 - ()
µ g/L
50
50
Chlorat 7) (KO : 3 - ()
µ g/L
50
50
Sum of chlorite and chlorate
µ g/L
50
50
Bromat 8) (BrO : 3 - ()
µ g/L
10
10
Radioactive activity.
Indicators
Tritium 9)
Bq/L
100
100
Total indicative dose 9)
mSv/year
0,1
0,1
1)
The sample shall be taken at the entrance to the building (by watermeter or nearest taphane) when the water has been running for so long that the water that is in the installations and wire is washed and the water has run for at least five minutes. If the water plant can prove that there is no transfer of metals in the wiring, the measurement shall be carried out at departure from the water plant, cf. Annex 6.
2)
The sample is taken by the consumer's taphane as described in the Environment Management's Guide. 3, 2005, www.naturstyrelsen.dk.
3)
The average value is determined by the method described in the Environment Ministry's instructions no. 9191 of 24. April 2009, www.retsinformation.dk.
4)
It should be sought to provide water with as low a substance as possible and best less than 300 µ g/l.
5)
It should be sought to provide water with as low a mercury content as possible and best less than 0,1 µ g/l.
6)
Determined only if silver is used as material or chemical.
7)
The degradation products are present in the chlorosolution used and will be able to be increased further by reference to the water plant.
8)
Determined by disinfecting chlorine, ozone or similar highly oxidizing substances.
9)
The measurement shall be carried out at selected stations at national level.

Appendix 1 c

Quality requirements for organic micropollutants

Parameter
Water quality requirements
Remarks
Value at
Restart
Vandalism 1)
µ g/L
RE Ended Value 2)
µ g/L
Value of preused taphane 3)
µ g/L
Klorinated
solvents,
volatile organic chlorine compounds 4) 12)
1
1
1
The value applies to each item
Sum of volatile organic chlorine compounds 4)
3
3
3
The sum of the sum can only be used if the concentration of the individual substances is less than 1 µ g/l,
Vinyl chloride
0.3
0.3
0,5
Chlorgasens mono-, di-and tri-
1
1
1
The value applies to each item
Sum of Trihalomethans 5)
25
25
25
The meat must be carried out in order to make the contents lowest possible.
Content of
oil products,
Alkylbenzener 6)
1
1
1
Determined as the sum of 1-methyl-3-ethylbenzene, 1,2,4-trimethylbenzene and 1,3,5-trimethylbenzene
Benzene 6)
1
1
1
NAgreement 6) 7)
2
2
2
Methyl tertiar-butylether MTBE 6)
5
5
5
The substance is included in benzine products
It should be sought to ensure that the content is less than 2 µ g/l.
1,2-dibromethane 6)
0.01 8)
0.01 8)
0.01 8)
The substance entered into the old leaded petrol products
Total oil 6)
5
5
10
PAH connections 7)
Fluoranthen
0,1
0,1
0,1
Benzo (a) pyren
0.01
0.01
0.01
Sum of benzo (b) fluoranthene, benzo (k) fluoranthene, benzo (ghi) perylene and domesl (1,2,3-cd) pyren
0,1
0,1
0,1
Pesticides 9)
Aldrin, dieldrin, heptachlor, heptachlorepoxid
0.03
0.03
0.03
The value applies to each pesticide
Other pesticides
0,1
0,1
0,1
The value applies to each pesticide
Sum of all pesticides
0,5
0,5
0,5
Fenols
Sum of octylphenol and non-ylphenol
20
20
20
Evvvrich phenols 13)
0,5
0,5
0,5
The value applies to each phenol
Klorfenols
Pentachlorophenol
0.01 10)
0.01 10)
0.01 10)
Other chlorophenols
0,1
0,1
0,1
The value applies to each type of chlorfenol
Phthalates
Di-ethyl-hexyl-phthalate (DEHP)
1
1
1
Sum of others
Phthalates
1
1
5
It's regents.
Anionic deter rets
100
100
100
Material monomers 11)
Acrylamide
0,1
0,1
0,1
The use of chemicals containing their contents should be avoided ;
Acrylonitrile
0.05
0.05
0,1
Epichlorhydrin
0,1
0,1
0,1
Formaldehyde
10
10
50
Styren
0.2
0.2
1
Vinyl chloride
0.3
0.3
0,5
1)
The sample shall be taken from the power station or the water plant at a waterworks.
2)
The sample shall be taken at the entrance to building (by watermeter or nearest taphane) when the water has been running for so long that the water that is in the installations and wire is washed and the water has at least five minutes in the water.
3)
The test shall be taken as described in the Environment Management's Guide. 3, 2005, www.blst.dk.
4)
For volatile organic compounds, di, and trichloromethane, dichloroethane, 1,2-dichloroethane, trichloreen and trichloroethane, tetrachloreen and tetrachloroethane.
5)
Trihalomethans shall understand the sum of the content of trichloromethane, dichlorbrommethane and tribrommethane, which is formed by the chlorine of the natural content of the substance of organic matter.
6)
Indicator of oil and gas products.
7)
Indicator of tar products.
8)
The specified quality requirement cannot be determined using a method that is commonplace used in the laboratory. Where better techniques have been developed, a method of detection limit of not more than 0,05 µ g/l shall be used.
9)
For pesticides, organic insecticides, herbicides, herbicides, fungicides, nematocider, acaricides, algicides, algicides, rodenticides, and other similar products (such as growth regulators) and their metabolites, degradation and reaction products.
10)
The specified quality requirement cannot be determined sufficiently well using a method that is commonplace in the laboratory. Where better techniques are developed, a method of detection limit of not more than 0,01 µ g/l shall be used.
11)
The quality requirements referred to refer to the content of the monomers in the water calculated according to the specifications of the maximum migration from corresponding polymer products in contact with the drinking water.
12)
If the content of chloroform in the raw water is greater than 1 µ g/l, the source is natural or polluted at the source. However, if the content is natural that a higher value is allowed a maximum of 10 µ g/l.
13)
The quality requirement shall not apply to natural phenols, which react with chlorine.

Appendix 1 d

Quality requirements for microbiological parameters

Parameter
Device
Water quality requirements
Value when departing from water 1)
RE Ended Value 2)
Value of the consumer's taphane 6)
Coliforms
Pr. 100 ml
i. 3)
i. 3)
i. 3)
Escherichia coli (E. coli)
Pr. 100 ml
i. 3)
i. 3)
i. 3)
Plate count at 37 ° C
Pr. ml
5
20
20
Plate count at 22 ° C
Pr. ml
50
10 4)
200
200
Enterococcs
Pr. 100 ml
i. 3)
i. 3)
i. 3)
Clostridium perfringen, including spores 5)
Pr. 50 ml
i. 3)
i. 3)
i. 3)
1)
The sample shall be taken from the power station or the water plant at a waterworks.
2)
The sample shall be taken at the entrance to the building (by watermeter or nearest taphane) when the water has been running for so long that the water that is in the installations and wire is washed and the water has run for at least five minutes.
3)
i.m. = not measurable by the method shown.
4)
The value applies to disinfected water.
5)
This parameter is determined only if the water is derived from or affected by surface water.
6)
The sample shall be taken at the taphan when the water has run for a maximum of 30 seconds.

Appendix 2

Simplified control (not in the general water supply system)

The appearance and smell of the water 1)
pH
Evability
Coliforms
Nitrate
Escherichia coli (E. coli)
Total phospforcontent
Plate count at 22 ° C
Clostridium perfringen, including spores 2)
1)
Subjective Rating
2)
The examination shall be carried out only if the water is derived from or affected by surface water.

Appendix 3

Limited control (in the water supply line)

Skin appearance 1) 2)
Nitrit 3)
Smell and taste
Klor, clear and complete. 4)
Evability
Aluminum 5)
Temperature
Coliforms
pH
Escherichia coli (E. coli)
Ammonium 6)
Plate count at 37 ° C 7)
Iron
Plate count at 22 ° C
Oxytic
PAH Connections 8)
1)
Subjective assessment.
2)
Includes, for example, colour and ambiguity.
3)
Only required when the water is disinfected with chloramin, or when the ammonium content of the last sample of the water protection water (Annexes 4 and 5) exceeds 0,05 mg/l.
4)
Or the residue of other disinfectant. The analysis shall be carried out only where the water is disinfected ; analyses for free and totally chlorine must be carried out at the sampling point.
5)
Only necessary if aluminated water-processing chemicals are used, or if calcive water is transported in concrete or cement treners.
6)
Only be set at chloromination.
7)
Determined only by the indication of microbial contamination or wiring.
8)
Where the water supply plant has been used by iron with internal tar loads, the study shall be carried out in respect of the PAH connections referred to in Annex 1 with the frequency in the test of organic microcontaminants.

Appendix 4

Normal checks (at the water plant)

Skin appearance 1) 2)
Nitrate
Smell and taste
Nitrit
Temperature
sulphate 3)
pH
Total phospforcontent 3)
Evability
Klor, clear and complete. 4)
NVOC
Coliforms
Ammonium
Escherichia coli (E. coli)
Iron
Plate count at 37 ° C
Mangan
Plate count at 22 ° C
Klorid
Enterococcs 5)
Fluorid
Clostridium perfringen, including spores 6)
1)
Subjective assessment.
2)
Includes, for example, colour and ambiguity.
3)
In the case of water-supply installations with an annual pumped water volume of more than 35,000 m³, the analysis may be omitted if the values obtained in the course of the previous two years have been uniform and substantially in accordance with the quality requirements set out in Annex 1 and are not affected, which will be able to degrade the quality of water.
4)
Or the residue of other disinfectant. The analysis shall be carried out only where the water is disinfected ; analyses for free and totally chlorine must be carried out at the sampling point.
5)
Enterococcs are measured only by the findings of E. coli.
6)
The examination shall be carried out only if the water is derived from or affected by surface water.

Appendix 5

Extended control (at the water plant)

Color
Klorid
Turbidity
sulphate
Smell and taste 1)
Nitrate
Temperature
Nitrit
pH
Total phospforcontent
Evability
Fluorid
Evaporation Catch
Oxytic
NVOC
Aggressive carbon dioxide
Calcium
Sulphur brinte 2)
Magnesium
Methane 2)
Rough, total
Klor, clear and complete. 3)
Sodium
Coliforms
Kalium
Escherichia coli (E. coli)
Ammonium
Plate count at 37 ° C
Iron
Plate count at 22 ° C
Mangan
Enterococcs 4)
Bicarbonate
Clostridium perfringen, including spores 5)
1)
Subjective assessment.
2)
The survey is only carried out if the parameter is detected in the drill control.
3)
Or the residue of other disinfectant. The analysis shall be carried out only where the water is disinfected ; the analysis for free and totally chlorine is carried out at the sampling point.
4)
Enterococcs are measured only by the findings of E. coli.
5)
The examination shall be carried out only if the water is derived from or affected by surface water.

Appendix 6

Control of inorganic tracers

(in the water supply line wiring 1) or on the water works),

Inorganic tracers are measured in the national groundwater monitoring programme GRUMO. Results from this place have demonstrated that for water plants with an annual pumped quantity of water up to 35050 m 3 need to measure only for a reduced measurement programme as specified below. Vandations of this size must be analysed for all substances having regard to the precautionary principle. The National Administrative Board may review the investigation programmes at the annual review of the Annexes.

For water plants with an annual pumped water volume exceeding 350,000 m 3 must be checked for :
Aluminum 2)
Cyanide 3)
Antimony
Copper
Arsence
Krom, total
Barium
Mercury
Bly
Nickel
Drill
Selen
Bromat 4)
Silver 5)
Cadmium
Strontium 6)
Cobolt
Zinc
In the case of water plants with an annual pumped quantity of water up to and by 35050 m 3 must be checked for :
Aluminum 2)
Cyanide 3)
Arsence
Nickel
Drill
Silver 5)
Bromat 4)
Strontium 6)
Cobolt
1)
The sample shall be taken at the entrance to building (by watermeter or nearest taphane) when the water has taken so long that the water that is in the installations and the main cable is washed and the water has at least run for 5 minutes. The water plant is responsible for water quality rather than the property of consumers, but if the water plant can document that there is no transfer of metals into the wiring, the measurement shall be carried out at departure from the water station. Special lead, copper, nickel and zinc could be added to the wiring grid.
2)
The analysis shall be carried out where the pH of the groundwater is less than 6.
3)
Meade only if there are sources of pollution in the country where there are sources of pollution, such as gas yards, landfills, salt layers, or galvanizing asyluses where cyanide has been used.
4)
The analysis shall be carried out only where the water is disinfected with chlorine, ozone or similar substances which are highly oxidized.
5)
The analysis shall be carried out only where the disinfection of tanks of tanks is carried out with silver compounds.
6)
The analysis is carried out only if the water is obtained from areas of write-chalk.

Appendix 7

Control of organic micropollutants (at the water plant)

Mandatory
Remarks
Pesticides and degradation products
The examination shall include the pesticides and breakdown products (currently 23) as specified in the Environmental Management Board of the Environment, Public Health and Food and Consumer Protection. 3/2005. The study also covers other pesticides, which are known to be used in the catchment area and which are estimated to constitute a threat to groundwater.
From 1. In January 2012, the list of pesticides and degradation products is replaced by the following list :
Asset Substance
2,4-D
Atrazine
Bentazone
Dichlobenil
Dichloro prop
Diuron 1
EETU (ethylenthiourea)
Glyphosat
Hexazinon
MCPA
Mechlorcork
Metribuzine 2
Simazin
Degradation products
2,6-Dichlorobenzoic acid
2,4-Dichlorophenol 3
2,6-Dichlorophenol 3
4CPP (2-(4-chlorophenoxy) propionic acid) 3
2,6-DCPP (2-(2,6-dichlorophenoxy propionic acid)) 3
4-Nitrophenol 4
AMPA (Aminomethylphosphoric acid)
BAM (2,6-Dichlorobzamide)
Desethyldesisopropyl-atrazine)
Desethyl-hydroxy-atrazine
Desethyl-atrazine
Desethyl-terbuthylazine
Desisopropyl-atrazine
Desisopropyl-hydroxy-atrazine
Dile kyl-hydroxy-atrazine
Hydroxy-atrazine
Hydroxy-simazine
Metribuzin desamino-deketo 2
Metribuzin diketo 2
Metribuzin-desamino 2
Aromater
Benzene
Toluene
Xylener
NAgreement
If studies on aromatics have not been carried out previously, screening may be used where possible findings are followed up with a specific analysis to determine the substance and concentration.
Organic chlorine compounds
The examination shall contain at least the following substances :
Trichloromethane
Tetrachloromethane
Trichlorethen
Tetrachlorethen
1,1,1-trichlorethan
1,2-dichlorethan
If studies on organic chlorine compounds have not been carried out previously, screening may be used where any findings are followed up with a specific analysis to determine the substance and concentration.
Mandatory by special conditions
Vinyl chloride
This parameter is determined if the content of the tri-and / or tetrachlorethen is detected.
PAH connections :
Benz (a) pyren
Benz (b) fluoranthene
Benz (k) fluoranthen
Benz (ghi) perylene
Inside (1,2,3-cd) pyren
Fluoranthen
Investigation shall be carried out in the case of areas contaminated by land contaminated with oil, tar or asphalt products, including, for example, gas stations and gas-yards.
Trihalomethans :
Trichloromethane
Dichlorbrommethan
Chlordibrommethan
Tribrommethan
The examination shall be carried out only where the water is disinfected with chlorine, ozone and similar substances.
Other substance groups adapted according to the possible pollutants
Reference is made to the Agency for the Environment Management Board. 2, 1997, on drilling control on water plants, in particular Annex 1 (Description of individual point sources) and 2 (Linjecilder)
For example, Fenols.
Phenol
2-methylphenol
3-methylphenol
4-methylphenol
2,3-dimethylphenol
2,4-dimethylphenol
2,5-dimethylphenol
2,6-dimethylphenol
Anionic deter rets
Oil products :
Alkylbenzene measured by the sum of the indicator substances : 1-methyl-3-ethylbenzene, 1,2,4-trimethylbenzene, 1,3,5-trimethylbenzene
Benzene
NAgreement
Methyl tertiar-butylether, MTBE
1,2-dibrommethan
Total oil
The examination shall be determined from a further knowledge of the sources of pollution. If the source is unknown, there may be a need to analyse for all the specified parameters.
1)
In the knowledge that, for decades, there have been no nursery or commercial cultivation of decorative green, Christmas trees, fruit trees and fruit bushes in the area of water in the catch-up area, the substance may be out of control.
2)
In the knowledge that for decades there has not been a potato load in the area of water-mining, the substance may be out of control.
3)
The chlorophenol group can be decomposition products or impurities from phenoxyacids, but there may also be other sources.
4)
Chemically used chemical in the chemical industry, but can also act as the breakdown product of individual fungicides.

Appendix 8

drilling control (in the individual ingerations)

Temperature
Nitrate
pH
Nitrit
Evability
Total phospforcontent
Evaporation Catch
Fluorid
NVOC
Oxytic
Calcium
Aggressive carbon dioxide
Magnesium
Sulphur brinte 1)
Sodium
Methane 1)
Kalium
Aluminum 2)
Ammonium
Nickel
Iron
Arsence 3)
Mangan
Barium 3)
Bicarbonate
Drill 3)
Klorid
Cobolt 3)
sulphate
Strontium 6)
Pesticides and degradation products 4)
Other organic microcontaminants 5)
1)
The tests shall be carried out where there is a reasonable suspicion of the presence of methane and sulphur, or if the nitrate content is less than 3 mg/l.
2)
Examination if the pH of the groundwater is under 6.
3)
The number of samples for examination may be reduced to one third of the frequency specified in Annex 10, when three consecuted sampling has shown uniform and significantly lower levels than the specified quality requirements, and there are no sources of any other information ; pollution with these substances.
4)
Investigation shall include the pesticides and breakdown products listed in Annex 7. The study also covers other pesticides, which are known to be used in the catchment area and which are estimated to constitute a threat to groundwater.
5)
Analyses for organic microcontaminants are selected according to the sources of pollution in the area (see control of organic microcontaminants in Annex 7).
6)
Studies with the abstraction in areas of write-chalk.

Appendix 9

Inspection frequency at limited control (in the water supply line)

In the case of water supply plants with a produced or distributed water volume of 3000 m 3 each year or more, the number of yearly yearly studies shall be carried out in accordance with the following year. Annex 3.

For water-supply installations with a production or distribution of water of 4.2 million, m 3 a year or more, the frequency of checks shall be calculated according to the following formula : 37 surveys per year. Year + 3 Surveys Per year for each additional initiated produced or distributed water volume of 350,000 m 3 /years.

The maximum number of surveys can be reduced as specified in the column ' n ' n '. This can only be achieved if the values obtained by the studies in the previous two years have been uniform and essential in accordance with the quality requirements set out in Annex 1 and there are no conditions that will be able to degrade the quality of water.

Deployed or produced water quantity
Control Frequency
Reduced Control Frequency
M 3 per years
Studies by years
Studies by years
3.000-10.000
1/2 1)
1/2 1)
10.000-35.000
1
1
35.000-350.000
4
2
350.000-700.000
7
3
700.000-1.050.000
10
5
1.050.000-1.400.000
13
6
1.400.000-1.750.000
16
8
1.750.000-2.100.000
19
9
2.100.000-2.450.000
22
11
2.450.000-2.800.000
25
12
2.800.000-3.150.000
28
14
3.150.000-3.500.000
31
15
3.500.000-3.850.000
34
17
3.850.000-4.200.000
37
18
1)
The said fraction shall be understood in such a way that a year and a half mean a sampling of each other year.

Appendix 10

Frequency of water-supply installations and in the corresponding intake drilling

In the case of water supply plants with a produced or distributed water volume of 3000 m 3 each year or more, the number of yearly yearly studies shall be carried out in accordance with the following year. Annex 4-8.

For water-supply installations with a quantity of water produced or distributed between 14 million-35 million m 3 the following year shall apply :

The frequency of checks shall be determined overall for the normal control and control in accordance with the following formula : 7 surveys per Year + 1 Surveys Per the year, for each additional start produced or distributed, of 3.5 million. m 3 per Years. The distribution between normal and extended control shall be determined by the local authority, with the main weight of tests on normal control.

For the control of organic microcontaminants, the formula is also used : 7 surveys per year + 1 survey per the year, for each additional start produced or distributed, of 3.5 million. m 3 per Years.

Traces of traces shall be carried out at the same frequency as the selected for enhanced control.

The frequency of the drilling control shall be determined by the municipality board.

Deployed or produced water quantity
Studies by years
m 3 per years
Normal Control
Extended Control
Control of track substances
Incoming control of organic micro-
contaminants,
Borings.
checking
3.000-10.000
1/2 1)
1/2 1)
1/2 1)
1/2 1)
1/5 1)
10.000-35.000
1/2 1)
1/2 1)
1/2 1)
1/2 1)
1/5 1)
35.000-350.000
1
1
1
1
1/4 1)
350.000-1.500.000
1
1
1
2
1/4 1)
1.500.000-2.660.000
2
1
1
3
1/3 1)
2.660.000-3.500.000
3
1
1
4
1/3 1)
3.500.000-7.000.000
4
1
1
5
1/3 1)
7.000.000-10.500.000
4
2
2
6
1/3 1)
10.500.000-14.000.000
5
2
2
7
1/3 1)

The number of examinations for the individual parameter in the control of trace elements and the control of organic microcontaminations may be reduced in accordance with the following table when several successive sampling has shown uniform and significantly lower ; content other than the specified quality requirements and there are no sources of contamination with these substances. For water-supply installations with an annual pumped water volume of more than 350,000 m 3 per This year, 3 shall be required to be subject to the following enquiries, while at the level of the water supply system, two successive studies are required.

Deployed or produced water volume in m 3 per years
Control of track substances
Income Control of organic microcontaminants
3.000-10.000
1/6 1)
1/4 1)
10.000-35.000
1/6 1)
1/4 1)
35.000-350.000
1/3 1)
1/2 1)
350.000-1.500.000
1/3 1)
1
1.500.000-2.660.000
1/3 1)
3/2 1)
2.660.000-3.500.000
1/3 1)
2
3.500.000-7.000.000
1/3 1)
5/2 1)
7.000.000-10.500.000
2/3 1)
3
10.500.000-14.000.000
2/3 1)
7/2 1)
1)
The indicated fraction shall be understood to mean that 1/6 means an examination every six years, while 1/5 means a study every five years, 1/4 means an examination every four years, 1/3 means an examination every three years, and 1/2 means a year ; study every two years. Two studies in three years must be carried out in three years, while 3 / 2, 5/2 and 7/2 indicate that 3, 5 and 7 studies should be carried out over two years respectively. The drilling control shall be carried out from drilling in the rotation so that each drilling is examined each 5., 4. or 3. Years.
2)
After further two studies without a discovery, further incidence may be reduced for waterworks with an annual pumped water volume of more than 350,000 m 3 if there are no sources of contamination with these substances. However, water-works with an annual wat-down amount of water between 350 000 m shall be : 3 and 1,500,000 m 3 at least one study every two years, while water works with an annual pumped water volume of more than 1,500,000 m 3 at least one study must be carried out each year.

Appendix 11

Inspection frequency for the additional control of surface water bodies for the abstraction of drinking water

Provision population, number of people
Check Per. years
< 10.000
4
10,000 to 30,000
8
> 30,000
12

The frequency is based on the supplied number of people, as surface water is normally mixed up with drinking water produced on the basis of ground water, and then it is distributed to a larger number of people.

Official notes

1) The announcement contains provisions which implement parts of Council Directive no. 98 /83/EC of 3. in writing.-November 1998 on the quality of drinking water, EC tiding 1998 no. L 330, s. 32 and part of the European Parliament's and Council Directive no. 2000 /60/EC of 23. In October 2000, laying down the framework for the Community's water policy measures (Water Framework Directive), EC-begging 2000 no. L 327, page 1.

2) Dried centersee 003 can be found at www.ebst.dk and www.naturstyrelsen.dk

3) Publication no. Nine hundred seventeen. August 2011 on the quality requirements for environmental measurement