Order On The Design, Construction And Operation Of Oil Tanks, Piping And Pipelines

Original Language Title: Bekendtgørelse om indretning, etablering og drift af olietanke, rørsystemer og pipelines

Subscribe to a Global-Regulation Premium Membership Today!

Key Benefits:

Subscribe Now for only USD$20 per month, or Get a Day Pass for only USD$4.99.
Overview (Table of Contents)

Chapter 1 Scope and definitions

Chapter 2 Type-approval etc.

Chapter 3 Renovering, Sales and Control of Thought

Chapter 4 PUFO control of tanks, etc.

Chapter 5 Establishment and loboing of decommissioning facilities greater than 100 000 litre and extraterrestrial ground installations larger than 200,000 l as well as pipelines

Chapter 6 Establishment and loops of the buried 100 000 litigation and less than 200 000 litre and less than 200 liters and less and less than 200 liters of the plant ; developer tanks

Chapter 7 Special provisions for the construction of installations under 6,000 l

Chapter 8 Property Control, Maintenance, etc.

Chapter 9 Splging stermines and so on

Chapter 10 Overhaul, fenced requirements, derogations, and complain

Chapter 11 Straf

Chapter 12 Entry into force provisions and transitional provisions

Appendix 1

Appendix 2

Appendix 3

Attachment 4

Appendix 5

Appendix 6

Appendix 7

Appendix 8

Appendix 9

Appeal for Information, construction and operation of oil tanks, pipeline systems and pipelines 1)

I pursuant to section 7 (2) ;  1, no. 1, 2, 5 and 7, and paragraph 1.  4-6, section 7 a, section 19, paragraph 7.  4 and 5, section 35 (4).  2, section 67, section 80, paragraph  One and two, section 88, paragraph.  Rule 110 (1) and 110 (1).  3 and 4, in the law of environmental protection, cf. Law Order no. 1757 of 22. In December 2006 and paragraph 49, paragraph 1.  9, in the law of polluted soil, cf. Law Order no. 282 of 22. March 2007, set :

Chapter 1

Scope and Definitions

Scope

§ 1. The notice includes the associated piping systems and pipelines used or intended to be used for the storage or transport of oil products and dames of these.

Stk.  2. The completion of the notice includes the oil pipelines that :

1) have a length of more than 70 km. or

2) consist of several pieces of pipelines used for the same purpose, which together have a length of more than 70 kilometres and owned by the same owner.

section 2. The Bekendom does not include tanks with related pipelines and pipelines used for the storage or transport of waste ; derivatives from oil products and dames of these.

Stk.  2. The notice does not include indoor tanks with a space-size space under 50 litre

Stk.  3. The notice does not include building tanks approved in accordance with the provisions of the European Convention for the International Carriage of Dangerous Goods by road (ADR).

Stk.  4. The title of Chapter 5, section 25, section 27, section 30, section 31 and section 33 shall not apply to developer tanks.

Stk.  5. The notice does not include installations used exclusively for the retention of the bitumen.

Stk.  6. The announcement does not include process tanks and tanks that are embedded in a machine.

Especially if list companies

section 3. The announcement will find shall not be used on extraterrestrial or degraded plants which constitute a key activity that is autonomous independently of the list of the approval requirements of undertakings, cf. announcement of the approval of the list company.

Stk.  2. The announcement does not apply to the extraterrestrial installations in any list business, cf. however, paragraph 1  3 and 4.

Stk.  3. For decisions on the approval of the list company in accordance with the provisions of Article 33 (3),  1, which comprises the installation,

1) the conditions of an over-earthly facility are larger than 200,000 litre, at least in section 24, section 27 (4) ;  One and three, number one. 1-2 and 4-6, section 34 and section 36-40, cf. However, § 50 and § 51,

2) the terms of the extraterrestrial installations of 6 000 litres and more, but not more than 200,000 litres, shall include at least the requirements of section 25-26, section 27, paragraph 1.  1 and 3, § 29, § 34 and § § § 36-42, cf. § 50 and § 51, and

3) the conditions of extraterrestrial installations under 6 000 l at least include the requirements of sections 25, section 26, section 27 (4).  1 and 3, section 29, section 31, section 32, section 33 (6).  1, section 35-40.

Stk.  4. The announcement shall, however, apply to the extraterrestrial installations referred to in paragraph 1.  2 that have been established before 1. September 2005.

§ 4. Unless an installation is a main event that is self-employed in the list of approved establishments, cf. Whereas the publication of the list of lists shall apply to the establishment of the installation on list companies ;

Section 5. The Supervisory Authority shall notify the post ; Article 41 of the law, when an eight-year period has been taken from the notification of an approval pursuant to Article 33 (3) of the law.  1, with a view to ensuring that the inspection requirements and loops laid down in Articles 42 and section 43 of the provisions of section 42 and section 43 are complied with in respect of over-earthly tanks established in a list company in accordance with the approval granted to the Member before the 6th. July 2005.

Definitions

section 6. For the purposes of this Order :

1) Facility : Tank with the associated piping system as covered by # Indication of the quantity in litres for installations means the minimum size of the tank.

2) CE mark mark : markers proof that the thought has been produced and checked in accordance with the Council Directive ; 89 /106/EEC of 21. in December 1988 on the approximation of the laws, regulations and administrative provisions of the Member States on construction products.

3) Electronic equipment with leto alert : an electronic device which can provide for information on the size of the oil product stock in a tank at a given time, providing an alarm if it detects a change in inventory during periods of unconsumed.

4) Entreprenetrs : Determines of more than 450 I, calculated and used for the temporary setup, For example, in construction sites.

5) Establishment : New construction, replacement, and moving of tanks or facilities. In addition, entry into service for the storage of oil products of :

a) installations that have been used for the storage or collection of other than oil products ; e.g. domestic waste water and ajle,

b) plants that have been used for the storage of oil products requiring heating to be transported and used for the storage of lighter products ; oil products, and

c) plants that are loop.

6) Manufacturer : The manufacturer of tanks or piping or removable tanks.

7) Moving : Activity, thereby creating a tank move with a view to continued use for the storage of oil products in the new location.

8) Indoor tanks : Tank that is covered by a heated building outer walls.

9) List Company : Company, Facility, or the information referred to in Annex 1 or 2 to the announcement of the approval of the list company.

10) Buried tanks or plants : Tank or plant where the tank is completely inscripting ; or partially covered.

11) Oil products : crude oil and all non-water soluble mineral oil products, e.g. heating oil, diesel, petrol, petroleum and lubricating oil.

12) Concordance of conformity : 1 document, which includes the announcement by the Ministry of Economic and Commercial Ministry on the CE marking and market control of construction products, details.

13) Fulfillment alarm : a device on the installation of the product ; the installation warning of the overloading of the tank.

14) Earth or plant (s) : Tank or plant where the tank has not been buried. Indoor as well as outdoor thought is covered, including tanks that are above the foreground, drawn up directly on a basis of the foundation. Parable so that the bottomers are not immediately available for visual inspection and tanks located in a petrol pit.

15) Pipeline : transport of oil products other than third parties property between the territory of the country concerned and the sections referred to in section 1 (1).  2, mentioned oil pipelines.

16) Process stench : Tank, which is a part of a production plant, and where the tank is not used as a plant ; Usage reek.

17) Renotion : Activity :

a) bringing a tank in accordance with this Order Relose requirements for new tanks,

b) implies change or replacing existing corrosion protection method with a different type-approved protection method,

c) properties existing corrosion protection, or

d) results in the structure of the tank of steel.

18) Repair : Activity, thereby restoring the plant to its original or even good condition, for example the replacement of a tank of tanks. Change of anodes considered to be repaired.

19) Rørsystem : All tubes that are not covered by # 15 used for the transport of oil products, or dames of these, e.g. air vents and fuzzy pipes, in the case of tanks falling within the scope of paragraph 1. 21. The pipe system is bounded by the installation ' s connection to the armatur or detaping device of the power plant. Flexible serpent to the Burner Unit of a construction plant for construction heating is also covered by the piping system.

20) Coexistence period : Time period during which it is optional for a harmonised standard or component type-approval from PUFO.

21) Tank : Any stationary vessel, and the construction tanks for the storage of the products referred to in paragraph 1. 11 mentioned petroleum products, cf. however, section 2 (6).

22) Tankattest : A document that contains the documents in section 11 or section 19 (9).  3, listed information.

23) Hourly Counts : Anities fitted to the oil-growing plant during the period, the furnant shall be operated. The operating period is converted into the secondhand volume (litre) with a conversion factor depending on the size of the oil field, etc.

24) Volumenmeter : Meter, mounted the installation, measuring the amount of oil product passing from gas to the tapling or other place of consumption.

Chapter 2

Type-approval etc.

Component Approval

section 7. Tanke A hundred thousand liters and less than 200,000 liters and resistant to extraterrestrial discards and corrosion protection of tanks, type approval by the Testing Committee for Oil tanks (PUFO), cf. however, section 13.

Stk.  2. Rørsystems associated with the items listed in paragraph 1.  1 led tanks type-approved by PUFO. The running systems running as listed in Annex 2 shall be considered type-approved.

Stk.  3. Tanke running in accordance with the requirements set out in Annexes 3, 4, 5, 6 and 8 may be subject to type approval, cf. However, section 13. The PUFO will make use of any time applicable standards and standards that replace or supplement those set out in Annexes 3, 4, 5, 6 and 8.

Stk.  4. PUFO can type-approval tanks, tubes and corrosion protection that meets other requirements than those laid down in Annexes 2, 3, 4, 5, 6, 7 and 8, cf. however, section 13, provided that it is documented that a corresponding level of protection is ensured in relation to the environment.

Stk.  5. To grant component type-approval, construction tanks must, in addition to the requirements set out in Annexes 4, 5, 6 and 8, or the requirements set out in paragraph 1.  4, be equipped with a specific sub-frame or reinforcement which shall ensure that damage is provided, for example by contact with an unevenly sublayer.

Stk.  6. PUFO can make special requirements for the storage and transport of special oil types, provided that the requirements of the relevant Annex may be considered inadequate.

Stk.  7. PUFO may specify the terms of the type-approval, including :

1) requirements for quality assurance of the manufacturer

2) control of manufacture,

3) Setting restrictions on use to include only described types of oil types and

4) setting requirements for the owner or user's maintenance, e.g. regular function-testing and anode changes.

Stk.  8. PUFO may require that the applicant for type-approval in charge of the tank or the relevant tube (s) in an anthane laboratory or similar to the documentation of the issue of the issue of the issue of : type approval. The PUFO may, however, require this study to be carried out only on behalf of the applicant if there is no corresponding investigation of the relevant gas station concerned or the pipes concerned.

§ 8. The application for type-approval is submitted by the manufacturer or the importer to the PUFO.

Stk.  2. The design of the materials and methods of the interior and the resilient corrosion protection that is used and the installation of any type of corrosion and methods of the installation of the pipe system shall be sent in the design of the tank or pipe system, of a decommissioned thought that ensures that the post-installation post can handle overdrive traffic with vehicles up to 3500 kilograms.

Stk.  3. The corrosion protection type and information on the materials and methods used for interior and exterior corrosion protection are submitted for separate type-approval for the corrosion protection of tanks.

Stk.  4. Furthermore, the technical assessment of strength and durability has been submitted by experts, for tanks, piping and corrosion protection which is not fully described in the Annex or which has not previously been achieved ; type-approval.

Section 9. An granted type-approval is only applicable to tanks, corrosion protection and piping systems of the type produced or imported by the type-approval, holder.

Stk.  2. The holder of the type-approval holder shall ensure that the design, material and execution of the materials used is in conformity with the type-approval and shall comply with the requirements and conditions in which they have been granted ; type-approval.

Stk.  3. The holder of the type-approval holder shall ensure that corrosion protection is in conformity with type-approval and shall comply with the requirements and conditions of the type-approval granted.

Stk.  4. The type-approval for tanks, corrosion protection or piping systems which, in accordance with PUFO's assessment, are not made as set in type-approval, may be revoked, effective immediately.

Gecity

§ 10. For the examination of the application for component type-approval, the Environmental Management Board shall charge a fee as set out in Appendix 1

Stk.  2. For PUFO's control, cf. Section 22, the Environmental Management Board shall charge an annual fee as set out in Annex 1. For the purpose of calculating the amount of the fee, the manufacturer or importer shall send the PUFO to the last calendar year of the last calendar year of production or imported thought, broken down into listed in Annex 1, tanking categories.

Tests and marking of tanks

section 11. The manufacturer or the importer must prepare a tante test that contains the following information in Danish :

1) Manufacturer ' s the name and registered office and, where the tank is delivered from a Danish importer as well, its name and registered office.

2) A statement that the supplied tank is type-approved in Denmark, and the type-approval number.

3) A description of the tank, manufacturer ' s type specification, space size, and main dimensions.

4) Manufacturing number and year.

5) Unabbreviated reproduction of any terms and conditions on the construction, use, operation and maintenance of the type-approval.

6) The manufacturer ' s or importers ' rules for use, location, transport, maintenance and inspection.

Stk.  2. The manufacturer or the importer must for the CE-marked tanks with type-approved corrosionprotection, prepare a refute test containing the following information :

1) The name and location of the manufacturer or importer that adds corrosion protection.

2) The manufacturer or the importer's identification number at PUFO.

3) Corrosion protection type.

4) The serial number of the mind that appears in the original marking of the tank.

5) The unabbreviated rendering of any terms and conditions applicable to use, operation and maintenance, which may appear in the type-approval.

6) Manufacturer or Import requirements for use, location, transport, maintenance, and inspection.

Stk.  3. Provided that type-approval is amended, the holder of the type-approval holder shall be responsible for the completion of the new type of tank-tested procedure in accordance with the amended type-approval.

§ 12. Each type-approved tank must, by the manufacturer or the importer, be clearly marked, permanently attached to :

1) the manufacturer ' s name and seat,

2) Type of gas and volume,

3) Manufacturing Number and Year and

4) type-approval number.

Stk.  2. CE marked tanks, cf. § 13, which is protected against corrosion, cf. Section 14, paragraph 14.  1 and 2 of the manufacturer or importers must be clearly marked, permanently marked :

1) name and registered office of the manufacturer or importer, Adding corrosion protection,

2) corrosion protection type and

3) The President's serial number, which appears in the original marking of the tank.

Stk.  3. The tag label shall be produced in duplicate, the manufacturer or importer puts one on the tank at the very close of a filling, while the other is delivered to the tank. The installer shall at the installation of the label on the installation ensure that the sign is visible after installation. Extraterrestrial thought tags must remain readable.

Stk.  4. Tagged tanks mark for buried tanks must be provided in stainless steel.

Tanke is included in the Harmonised Product Standards Directive

§ 13. CE marked tanks for the storage of petroleum products shall be regarded as type-approved, cf. however, section 15.

Stk.  2. Tanke, the subject of a harmonised standard, must satisfy the requirements of the standard and the tankers of the manufacturer or the importer must be the CE mark, cf. notification of the CE marking and market control of construction products, cf. however, paragraph 3.

Stk.  3. In the coexistence period, you may think, cf. paragraph  1, type approved by PUFO.

section 14. Owner or user must ensure that extraterrestrial CE-marked steel tanks for outdoor positions are covered by venereal corrosion protection, type-approved by the PUFO.

Stk.  2. CE marked steel tanks, cf. Section 13 (1).  1 may be protected against interior corrosion according to the guidelines set out in Annexes 5 and 6.

Stk.  3. Exterior and internal corrosion protection, cf. paragraph  1 and 2 shall be approved by the PUFO if the harmonized standard is not required or inward-resistant or inward-resistant protection. The component type-approval application shall be submitted by the manufacturer which does the corrosion protection or the importer, cf. Section 8 (3).

§ 15. Owner or User must ensure that the CE marked over-terrestrial termoplastic tanks with a volume of between 450 litres and 10,000 l have a wall thickness of at least 4,5 mm as indicated on The CE mark sign, cf. section 16.

§ 16. The manufacturer or the importer must ensure that there is a declaration of conformity, and that the tanks are provided with clearly, permanently stamped marked sign in compliance with the requirements laid down in the publication of the CE marking and market control of construction products.

Chapter 3

Renovering, Sales and Control of Thought

§ 17. Before the refurbation of a tank the manufacturer must inspect the tank and prepare a status report to the owner or user, cf. Annex 9.

§ 18. Renolation of type-approved tanks of 6 000 litres but not more than 100 000 litres, for depreciation and earthly tanks of 6 000 litres and more than 200,000 litres shall be carried out by a manufacturer whose type-approval type or corrosion protection is type-approved.

Stk.  2. The type-approved thought of less than 6000 l must not be renovated.

Stk.  3. After renovation, the manufacturer must issue an addition to the tante test, cf. Section 11, concerning the renovation. The allowance for the tante test shall be given the year for the execution of the renovation and information relating to the nature and extent of the renovation. The appendix to the tante test must also contain information about the location of the mind on the property.

Stk.  4. After renovation, the manufacturer must make sure that the tank has a clear, permanent attached label sign on the filling sorority with information on :

1) the manufacturer ' s name and registered office and

2) serial number for the manufacturer ' s tank or corrosion protection.

Stk.  5. The manufacturer must ensure that the mark sign also meets the requirements of section 12 (3).  THREE, TWO. and 3. pkt., and section 12 (4).

§ 19. Renolation not of any approved tanks of 6 000 litres but not more than 100 000 litres, for depreciation and over-earthly tanks of 6,000 litres and more than 200,000 litres, to be performed by a manufacturer whose type of tank or corrosion protection is type-approved.

Stk.  2. Not a type-approved thought of less than 6000 l must not be renovated.

Stk.  3. After renovations, the manufacturer must issue a separate tantboard test with information about :

1) the manufacturer's name and seat,

2) serial number for the manufacturer ' s tank or corrosion protection,

3) tokens the location of the premises and

4) a description of the tank size and main dimensions.

Stk.  4. After renovation, the manufacturer must make sure that the tank is equipped with a clear, permanent label sign on the filling sorority with information on :

1) the manufacturer ' s name and registered office and

2) serial number for the manufacturer ' s tank or corrosion protection.

Stk.  5. The manufacturer must ensure that the mark sign also meets the requirements of section 12 (3).  THREE, TWO. and 3. pkt., and section 12 (4).

section 20. The owner or user of the renovated tank, cf. section 18 and section 19 shall send a copy of the tante test or supplement to this and any evidence of the plant density of the installation immediately after the renovation of the renovation.

section 21. For the sale or other transfer of a type-approved tank, sign signs, tanior test or conformity declaration and additions must be included and additions to the tante test.

Chapter 4

PUFO's control of tanks, etc.

 22. PUFO can verify that the pone test is in conformity with the type-approval and the requirements for the content of a tante test.

Stk.  2. PUFO takes random checks in the manufacture and quality of the type-approved thought, corrosion protection and pipes.

Stk.  3. On imports, PUFO must be briefed on delivery time to ensure that PUFO has the ability to perform it in paragraph 1.  2.mentioned random sampling checks.

Chapter 5

Establishment and loops larger than 100 000 liters and earthly installations are larger than 200,000 liters and pipelines

section 23. The owner or user who wants to establish a buried site that is larger than 100 000 liters in an overland plant greater than 200 litre or pipeline must, before the work commences, obtain the authority of the municipal management authority pursuant to the section 19 of the law, cf. however, paragraph 1  2. The owner or user is responsible for creating or moving occurs in accordance with the terms set out in the permission.

Stk.  2. Environmental Centre Odense informents the law of Section 19 of the establishment of the sections referred to in section 1 (2).  2, mentioned oil pipelines.

Stk.  3. Terms of authorisation shall include at least the requirements of section 27, except for section 27 (s).  1, no. 7, and paragraph 1.  3, point 3.

Spline

section 24. For a shutdown of a buried site that is larger than 100 000 litre, an overland plant greater than 200,000 litre or The pipeline shall be notified of the date and the procedure for the loop shall be notified to the supervisory authority no later than four weeks before commencement. The Supervisory Authority shall notify any requirements of this kind within one week before the loop.

Stop.  2. Notice of the measures taken must be submitted to the supervisory authority no later than four weeks after the loop.

Stk.  3. Provided that the use of those referred to in paragraph 1  The plant or pipeline shall be discarded in accordance with paragraph 1, in accordance with paragraph 1.  1 and 2.

Chapter 6

Establishment and loops of buried 100 000 litre and less than 200 000 liters and less than 200 000 liters and less and less-than-purpose plants

Establishment and so forth

§ 25. The owner or user that will establish a buried facility of 100 000 liars or less than 200 000 lics in or thereunder, no later than four weeks prior to the commencement of the work, notify the supervisory authority ; where the installation should be established, cf. However, section 30 for installations under 6 000 litres. Together with the message, a description of the facility is sent as well as outline of the site's location on the property.

Stk.  2. The Supervisory Authority may require that the aptitude test be provided for the owner's or the holder ' s behalf. However, this does not apply to installations which meet the requirements of the notice on the prevention of soil and groundwater pollution from petrol and diesel sales plants and other installations with equivalent double-weighted tanks and pipe systems.

Stk.  3. The owner or user who establishes the installation must send a copy of the tante test or the declaration of conformity and any evidence of the plant density of the installation immediately after completion of establishment.

section 26. The owner or user that establishes a buried facility of 100 000 lifes or less or less than 200 000 I or less must ensure that the tank is type-approved. In addition, the owner or user must ensure that steel tanks have type-approved, internal corrosion protection. The owner or user of a contractor must ensure that the idea is type-approved.

Stk.  2. Owner or user must ensure that the plumbing system belongs to those set out in paragraph 1.  1, type-approved, type-approved.

section 27. When creating a buried facility of 100 000 litre or less than 200 000 I or less, the owner or user will have to ensure that : the following requirements have been met :

1) The facility must not be established within a distance of 50 m from ingers into general water supply facilities and 25 m from other drilling and wells from which drinking water is obtained. The distance requirement does not include extraterrestrial, indoor facilities under 6000 litre, with overearthly pipe systems that are not wrapped or mashed.

2) Facility must not be discarded in the field the protection area for basic water abstraction as determined in the case of an aquatic intake permit, in accordance with the rules applicable to environmental protection laws.

3) Facility must not be excaded ; or otherwise be placed under or so close to buildings that the facilities cannot be removed.

4) Pejleholes and men holes must be easily accessible.

5) Dishtubes must all be surrounded by at least 15 cm true to all pages.

6) Padding and ventilation pipes shall be provided horizontally or with a drop on the tank and must be completed with a cap or decoy. Expelts must have been less than 50 cm above terrain,

7) Requirements for establishment listed on the tante test or the declaration of conformity.

Stk.  2. For decommissioning facilities, additional :

1) It must be ensured in a visual control that the thought of the plot before the drop is undamaged. In addition, it must be ensured that the tank and the piping system during the degradation and the casing should not be exposed to any damage.

2) the tank must be reduced in a layer of sand at least 15 cm ; all pages.

3) For high ground water, the idea must be ensured against inaction.

4) It must be ensured that a partially tilated tank is not stocking ; exposure to degradation resulting from exposure to sunlight etc

Stk.  3. For extraterrestrials, additional :

1) should be drawn up on a steady and stable layers.

2) The tank must be fitted to the overloading alert. The alert alarm must be placed in such a way that it can be registered at the filling pipe.

3) must in a construction be above the foreground so that an inspection of the bottom can be :

4) Distance from the thought of wall or other structure must be at least 5 cm.

5) Plastic tanks approved for location directly on the underlayer must be established in a denun-lagged sublayer, which extends at least 10 cm in; the idea.

6) For installations with gas expires, a lock-off device must be mounted immediately at the service timed out.

§ 28. In addition to the requirements of section 25-27 shall be required to reduce installations of 6 000 litres but not more than 100 000 litres and earthly installations of 6 000 litres and more, but not more than 200,000 litres covered by Section 34 (3).  4, must have mounted by volume or by hour.

Stk.  2. The following degraded plants of 6,000 I or more, but not more than 100 000 litres, and earthly installations of 6 000 litres and more, but not more than 200,000 litres, may only be used in the storage of oil products after inspection, cf. Annex 9 :

1) Installations that have been used for the storage or collection of other than petroleum products, e.g. domestic waste water and ajle.

2) Installations that have been used for the storage of oil products requiring heating to be transported and used for the storage of lighter oil products.

3) Installations that have been sweling.

Splon"> Spline

§ 29 Upon lochering of a buried site of 100 000 l or less or less than 200 000 litre or less, where appropriate, of any residual content in the plant must be removed, and the plant must be removed, or the loading and ventilation pipes are disconnected, and the idea is to be disconnected so that a refill cannot be detected.

Stk.  2. Notice that the installation is the loop, and the information on the measures taken, must be submitted by the owner to the supervisory authority within four weeks of the loop.

Stk.  3. Provided that the use of a buried site of 100 000 litre or less or less than 200 000 in a lasting end, the owner shall make sure that it shall be bows in accordance with paragraph 1.  1 and 2.

Chapter 7

Special provisions for the construction of installations under 6,000 l

§ 30. For installation of installations 6 000 I shall be the deadline for notification to the supervisory authority, cf. § 25, paragraph.  1, 2 weeks.

§ 31. For construction of a construction site under 6000 litres of construction heating, with an insatiable effect of 120 KW, in addition to the provisions of Chapter 6, the following :

1) The touch connection (the straw) between the thought and the place of consumption must be a string.

2) Sugerear must are carried out in accordance with the provisions of Annex 2, paragraph 1, 4, or Section 2, point 2.

3) The suction pipe must be completed by the oilyard with a melting security valve.

4) Sugeror, which is being extraterrestrial and as has not been cast, shall be suitably supported with pipe-carriers. Oil flutes, filters, and similar components must be suitably attached.

5) Padding pipes and air vents must be carried out at the end of the tank, with a disclosed end to the tank. default loading cover and standard air-to-air vents.

Stk.  2. The Supervisory Authority may require the owner or user to establish the facility to submit documentation or written confirmation of compliance with the requirements of paragraph 1.  1, met.

Section 32. The following installations under 6 000 l may not be used for the storage of oil products :

1) Installations that have been used for the storage or collection of other than petroleum products, e.g. domestic waste water and ajle.

2) Facilities used for the storage of oil products that require heating to be transported.

3) Buried plants that have been swelled.

§ 33. Underground under 6 000 litres shall be established regardless of the provision in section 26 (2).  1, if the tank is equipped with an original label, which, as a minimum, shall indicate the name and location of the manufacturer, the volume and type of the manufacturer, the manufacturer ' s number and year.

Stk.  2. Dishried tanks under 6,000 I should not be moved.

Chapter 8

Property Control, Maintenance, etc.

§ 34. Owner and the user of an installation of 6000 l or more or of a pipeline shall check that the installation, respectively, is close.

Stk.  2. The density of the double-weighted tanks or pipes shall be checked by the surveillance of the pressure ratio (gas or liquid pressure) in space between the dual walls. The monitor may be automatically connected to the alarm or manual when reading manometer or similar measuring devices. Automatic monitoring facilities shall be tested at least once a year. The manual monitor must be at least once a weekly.

Stk.  3. In installations with single-wetted tanks, control of the densities shall be carried out with electronic equipment with leto alarm if an electronic system is associated with an electronic system keeping score filled and truncheted. At least once a month, a stock record shall be kept out of the measurements with the electronic fireplace equipment. In the light of the stock records and the balance sheet and measured numbers, the difference between the two accounts shall be calculated according to the same principle as set out in paragraph 4.

Stk.  4. Provided that, in single-wested tanks, electronic equipment with leto alarm shall not be installed, as referred to in paragraph 1.  3, a balance sheet must be kept in the tank, filled quantities and trunked, or, incidentally, quantities. The quantities of untaped quantities shall be continuously measured by volume measuring when such a product is installed. In addition, use shall be calculated from the measurement by an hourly count or measure by volume measuring device. The position of the concept in the tank is calculated on the basis of bearing or other measurement and shall be carried out as often as necessary in order to provide reliable accounts, but at least once every 14. day when the volume meter or timesheet is installed. In the case of installations without a volume or an hourly rate, the inventory in the tank must be collected at least every week. The accounts shall be conducted in such a way as to calculate the difference between a) the measured change of the inventory in the tank and (b) of the intended and detached or, incidentally, used.

Stk.  5. Measurements, test results and accounts, cf. paragraph  Two-four, I want the journal to be recorded. In the case of the journals, an assessment must be made of whether there is systematic or greater consumption than expected. If this is the case, the supervisory authority must be informed and the reason is located.

Stk.  6. Journals and documentation for functional examination, cf. paragraph  2-5 shall be retained for at least five years and shall be submitted to the supervisory authority on request.

Stk.  7. The Supervisory Authority shall accept other forms of monitoring where the surveillance is taking place with similar or better security.

§ 35. On earthly installations under 6,000 l connected combustion plant for building-building heating must be attached to the loading alert.

Stk.  2. On installations under 6 000 litres of construction heating installations with a terminated effect of not more than 120 KW must be installed a single-string piping system.

Stk.  3. In the system of 6000 litres but not more than 100 000 litres, for degradation and extraterrestrial installations of 6 000 litres and more, but not more than 200,000 litres covered by Section 34 (2).  4, must be mounted by volume or by the hour count, cf. however, section 58.

§ 36. If the owner or the user of an installation or Pipeline finds or receive probable suspicion that the plant or pipeline is not close, the supervisory authority must immediately : informed. If the user is a user other than the owner, the user must also notify the owner. In addition, the owner or user must take immediate measures to end any extermination, for example, when emptying the plant.

Stk.  2. Assuming that an installation occurs, the flow of oil products, including waste that cannot be removed immediately, must inform the supervisory authority and the owner or the user of the installation immediately. The recording of the owner or user of the installation must immediately notify the supervisory authority.

§ 37. The owner and the user of an installation must ensure that the plant is in such a maintenance condition that there is no obvious, nearby risk of contamination of soil, ground water or surface water, including any significant visible corrosions of the tank, piping or the support of : Overearthly thought. The owner and the user of an extraterrestrial plant must also ensure that the plant remains in a stable layer of layers.

section 38. as part of maintenance, cf. Section 37 must have the owner and user of the installation anchor that the necessary repairs take place.

Stk.  2. The repair of an installation shall be carried out by a special expert. The executing undertaking shall provide evidence of the completed work to the owner or user of the tank

section 39. The owner and the user shall keep a copy of the tante test ; or the declaration of conformity, additions to the tante test, prepared state reports and documentation for completed repairs.

section 40. The owner and the user of an installation must ensure that requirements for : the maintenance, use, etc., as shown in the tante test, declaration of conformity, or other certificates, observed.

Inspection and density test

§ 41. For buried plants that are greater than 100 000 litre and overearthly plants in greater than 200,000 litre, the supervisory authority may call for inspection and assay test, cf. Section 19.

§ 42. The owner and the user must ensure that plants of 6000 litres and more, but not more than 100 000 litres, and over-earths of 6000 litres and above but not more than 200,000 litres, and / or more than 200 litres of the above, and to be inspected by a special expert at the following intervals :

1) Tanke, interior corrosion-protected with sacrifianoder or inorganic organic or inorganic Occupancy : at least every 10 years.

2) Thoughts that are not protected against interior corrosions as specified in paragraph 1. 1 : at least every 5 years.

Stk.  2. For installations which have installed electronic equipment with leto alert, cf. § 34, paragraph.  3, do not require a count test.

Stk.  3. For tanks, equipped with a double-system connected system connected to a monitoring system shall not be required to check-examination test or inspection.

Stk.  4. Rørsystems that are not double-logged and connected to a monitoring system shall be given at the same condo as the associated tanks. In the case of double-westled supervised tanks, any piping system that is not part of the monitor, count will be used at least once every 10 years.

Stk.  5. If the state of mind or pipe system states this, inspection must be carried out more often than specified in paragraph 1.  1, 4 and 8.

Stk.  6. Tanke must be inspected on both Indian and outer surface. However, the buried thought must be inspected only on the inside, with what might be available for inspection, for example, by the manhole.

Stk.  7. Inspection, preparation of the state report and so on shall be carried out in accordance with the guidelines in Appendix 9.

Stk.  8. Facilities which do not apply to the current rules to date have been subject to regular inspection requirements shall be subject to the first time 10, respectively, 5 years after the establishment, cf. paragraph  1 and 4, however, the earliest. April 2010.

Stk.  9. For installations used for the storage of oil products requiring heating in order to be transported, the supervisory authority may make a crimless call for inspection, etc.

Chapter 9

Spline Cordings and etc.

section 43. The owner must ensure that the earthly steel tanks under 6,000 l loops within the following loop mine mines :

1) Tanke, which is type-approved inward corrosion protection by coating or sacrificing shall be losed within 40 years of the manufacturer ' s wounds.

2) Other tanks must be lopped no later than 30 years after the manufacturer has been injured.

3) Tanke, whose manufacturing year is not known or capable of being determined, must be loops not later than 31. August 2008.

Stk.  2. The owner must ensure that over-earthly single-weighted tanks of plastic or over-earthly tanks of any other materials other than steel under 6 000 l shall be discarded no later than 25 years after the manufacturer is injured.

Stk.  3. The owner must ensure that over-earthly double-weighted tanks of plastic under 6 000 litres, regardless of paragraph 1.  2, loops no later than 40 years after the manufacturer was injured.

Stk.  4. The owner must ensure that over-earthly single-weighted tanks of plastic or over-earthly tanks of any other material other than steel under 6 000 litres, if the manufacturing year is not known or can be determined, no later than 31 of the year. August 2008.

Stk.  5. The owner must ensure that the idea is the one that the 1. September 2005 exceeds the age limit set out in paragraph 1.  1, no. Two, or paragraph.  2, or exceed this before 31. In August 2008, no later than 31. August 2008.

Stk.  6. The loop sterling mine on the 31 st. August 2008, cf. paragraph  1, no. 3.  4 and 7.  5 may be exceeded until a new plant or other heat supply is established, but not more than 31. In August 2009, if the owner before the loom sterling mine has secured a written agreement on the establishment of new installations or other heat supply, stating that, owing to the provision of customary conditions of necessary materials, including tanks, or craft services cannot be attained before the lozying mine on 31. August 2008. The agreement must be presented at the request of the authority.

Stk. 7. For installations covered by paragraph 1. The owner shall also, by 30, be covered by the owner at the latest by 30 of the 30. September, 2008, send a copy of the agreement, cf. paragraph Six to an insurance claim. Ejer must ensure that the plant remains covered by insurance until loop occurs.

Stk. 8. Facilities that hold the loops between the 31 st. August 2008, and the 31. In August 2009, the terminus may exceed a new plant or other heat supply established, but not more than 31. In August 2009, if the owner within one month before the looping mine, the earliest, the 31 st. August 2008 has secured a written agreement on the establishment of new installations or other heat supply, stating that, because of the provision of customary conditions of necessary materials, including tanks or craft services, it is not possible to attained the provision of new installations ; before the loboing mine. The agreement must be presented at the request of the authority.

Stk. 9. For installations covered by paragraph 1. 8 and, as applicable to contaminated soil, section 49, shall be covered by insurance and in which combustion plants are to be established with natural gas, the owner shall also have to send a copy of the agreement within one month before the loo-booking version, cf. paragraph 8, for insurance. Owner must ensure that an intake continues to be covered by insurance until loop occurs.

section 44. The owner must ensure that steel tanks buried under 6,000 l lodgings within the following loop mines :

1) Tanke, which is type-approved with interior corrosion protection and with the exterior coating with the glass-fished polyester, shall be whichwised no later than 50 year after the manufacturing wound.

2) Tanke, which is type-approved without internal corrosion protection, but with the exterior stocking with the glass-fished polyester, shall be whichwised within 40 years of the manufacturer ' s name.

3) Tanke, with exterior the stocking of glass-fibre armed polyester, which is not type-approved or where the manufacturer is not recognized or can be determined, shall be levied by the latest on 31. In March of 2010.

4) Tanke with other type-approved outlet coating other than glass fiber-armed polyester must be whichwch-ended within 50 years of the post-position wound.

Stk.  2. The owner must ensure that the buried tanks of plastic under 6,000 l loops no later than 45 years after the plant year, cf. however, paragraph 3.

Stk.  3. The owner must ensure that the buried tanks of plastic under 6 000 litres of which are not known or capable of being determined shall be established, shall be closed by 31. March 2015.

Stk.  4. The owner must ensure that the idea is the one that is 1. January 2007 exceeds the age limit set out in paragraph 1.  2, or exceed this before 31. March 2015, no later than 31. March 2015.

§ 45. The owner must ensure that the padded petroleum tank of polyethylene produced by the AJVA-PLAST A/S company was swelled at the latest 20 years after the fall.

§ 46. The owner must ensure that plants with steel tanks of between 6 000 litres and 100 000 litres have been buried before 1. April 1970, and which does not have an exterior stocking with the glass-fished polyester, loops, unless they are still subject to one of the following measures :

1) Exterior cathode protection of the plant where the flow of the current system is used and the protection of the interior corrosion of the interior corrosion after type-approved methods.

2) Income.

Occupancy, which may ensure the density of the tank without special protection against the corrosion of the seagoing, and establishment of effective protection of the piping system, carried out with the type-approved materials at the time of execution.

3) Effective, exterior catadic protection using the current flow from a regulated standardidishes and internal inspection and any renovation every 5 years.

4) Type-approved double-system monitoring system.

Stk.  2. For the export of measures referred to in paragraph 1,  1, no. 1-4, section 19, paragraph 19.  3-5, also use.

Stk.  3. Protective installations for efficient exterior cathode protection, cf. paragraph  1, no. 1 and 3 shall be considered, functioned and, where necessary, adjusted by a special expert at least once a year. There must be a record of these inspections. The journal must be kept for at least 10 years and on request made available to the supervisory authority.

Stk.  4. Facility subject to paragraph 1.  1, which is not 1. September 2005 was subject to one of the provisions referred to in paragraph 1.  1, mentioned measures are still illegal and cannot be legalisionmade.

Stk.  5. Facilities used exclusively and continue to be used for products requiring heating in order to be transported by the pump, that is to say. products whose viscosity is greater than 100 centistoces at 15o C, and established before 1. In January 2000, paragraphs 1 to 3 are not covered by paragraphs 1 to 3.

§ 47. All depired liquid-moving pipes of steel attached to a decommissiony of 6000 litres or more, but not more than 100 000 litres, and earthly installations of 6000 litres. and above, but not more than 200,000 liters, which are not galvanised or covered by effective catadic protection, must be replaced by type-approved pipes within 30 years of installation. At ease, one. January 2007 exceeds the age limit or exceeds this one before 31. In December 2010, no later than 31. December 2010.

Chapter 10

Attend, fenced requirements, derogations, and appeal

Supervision

~ 48. The local authority is supervising the compliance of the rules in this notice, cf. however, paragraph 1  2 and 3 and Article 22 (3).  1 and 2.

Stk.  2. Environmental Centre shall supervise the checks referred to in section 1 (2).  2, mentioned oil pipelines.

Stk.  3. Environment Center Århus, Environmental Center Odense and Environmental Center Roskilde will oversee installations covered by this publication on list companies, the approval authority of which, following the rules on the approval of the list business, is attached to it.

§ 49. If by a density test or otherwise it may appear that an installation is not close, the plant must be emptied to the extent necessary to prevent contamination. A close installation must be lozzed, renovated or repaired.

Stk.  2. Assuming that a pipeline is leaking or other, a pipeline is leaking, the owner or user must immediately take steps to prevent further spillage from the pipeline

Stk.  3. For loboing, renovating or repairing installations or pipelines as referred to in paragraph 1 shall be fixed.  1 and 2, documentation must be provided to show that the installation failed to cause contamination.

Display requirements and allowed relaxation

§ 50. Provided the establishment by a tank, a plant or a pipeline, following the assessment of the supervisory authority, a particular risk of contamination of ground water, surface water, soil, soil or adjacent irrigation facilities, may make the supervisory authority make stricter requirements ; establishment or ban the establishment of the tank, plants ; or pipeline.

Section 51. The Supervisory Authority may in exceptional cases, and where the water supply and protection of groundwater does not speak against, permit relaxation from the requirements specified in section 27.

Stk.  2. In cases where collective heating is planned, the supervisory authority may allow the relaxation of the loop terminals specified in § 43 and § 44 for combustion plants. However, the loaves can be exceeded at the most by two years. The owner of the plant, which shall be subject to insurance, within one month after receipt of the authorisation, shall send a copy of this to an insurance undertaking not later than one month after receipt of the authorisation, and the information that the plant is in such maintenance, as specified in section 37. If the insurance claims that the maintenance condition is not, as specified in Section 37, may the insurer notify the owner of the installation of this.

Complation

§ 52. The decisions of the PUFO following this notice may be subject to the Environmental Board Board in accordance with the rules of Chapter 11 of the Act

Stk.  2. Decisions made by the Environment Center Aarhus, Environmental Center Odense and Environmental Center Roskilde cannot be complained to other administrative authority.

Chapter 11

Straf

§ 53. Unless higher penalties are punished for other legislation, fine, which

1) violates section 9, paragraph  2 and 3, section 11, section 12, section 15, section 15.  1 and 2, section 17-21, section 24, paragraph 1.  1 and 2, section 25-32, section 33 (3).  2, section 34-40, § § 42-44, § 45, § 46, paragraph 6.  1, 3 and 4, § 47, § 49 and § 56,

2) override the terms associated with a allowed ease of section 51,

3) uses a tank that is in dispute in section 23 (1).  1, sections 25-28, section 30-32, section 33, paragraph.  2 and requirements or bans announced in section 50,

4) user or fail to loop a tank that should have been sweling, cf. section 24 (2).  3, section 29, paragraph.  3, section 43, section 44 and § 46 (1),

5) use pipes that were supposed to have been replaced, cf. § 47,

6) fails to comply with post 31 (3).  2, § 48 and § 49,

7) fails to perform checks approved in accordance with section 34 (2).  7, or

8) omits to comply with additional intersection requirements or bans announced under section 50.

Stk.  2. The penalty may go to prison for up to two years if the infringement is intentional or by gross negligence and if there is a

1

1) volts. damage to the environment or called danger, therefore, or

2) or intended for an economic advantage for the person in question or others, including savings.

Stk.  3. Companies can be imposed on them. (legal persons) liability under the rules of the fifth chapter of the penal code.

Chapter 12

Entry into force and transitional provisions

§ 54. The announcement will enter into force on the 10th. July 2008.

§ 55. Bekendtstatement no. 729 of 14. June 2007 on the establishment and operation of oil tanks, pipelines and pipelines, are hereby repealed.

§ 56. Tanke, installations and pipelines, which were not legal on 31. In August 2005, statutory or loops must be made according to the provisions of this notice.

section 57. Vergeting cases will be determined by the rules in this notice.

§ 58. Existing installation, cf. § 28, paragraph 1.  1 shall not later than 1. In January 2010, a volumetric meter or timesheet is installed in accordance with the system. Article 35 (3).

Environment, 1. July 2008Troels Lund Poulsen / Claus Torp

Exhibit 1

Fees for the component type-approval for the storage of oil products and the products corresponding pipe systems, cf. section 10

For the examination of the application for component type-approval, a fee of DKK 5 000

is paid for, however, for the renewal of an existing type-approval without any significant changes, a fee of DKK 2 DKK only,

for PUFO processing of steel tanks :

1)
an annual basic fee of 2,500 kr;, and
2)
an annual fee for production size :
a)
tanks under 6,000 litres :
-
production to 50 paragraphs ;  per year : 0 kr.
-
production, in addition, by : paragraph : 20 kr.
b)
tanks 6,000-200200-200,000 I :
-
production to 10 paragraph 1.  per year : 0 kr.
-
production, in addition, by : paragraph : 40 kr.

For batch storage tanks are paid an annual fee of 9,000 DKK


Appendix 2

Rørsystems, cf. Section 7 (2).  2 and 4

1. NEDGRAVEDE RUN SYSTEMS

The following mop systems are to regard as type-approved :

1)
Weremeforzinent steel tubes collected by standard gewindfittings using oil-resistant wrappers. After rounded rounded and aptitude tests, the pipes shall have evidence of self-adhesive or self-supporting plastic tape or other protection that provides equivalent security against corrosion. High-excited pore search must be performed at 15000 V.
2)
Uleged steel tubes with complete assemblies, with separate type-approved outwinth corrosion protection.
3)
Rat-free steel tubes of austenitical acid type with mine. 16.5%. Cr, my. 2%. Mo and max. 0.03%. C (EN 10088 Part 1 # 1,4404) or higher alloy types. The operating system shall be carried out with the complete assemblies, which shall be carried out by welding interest. Alternatively, tiled unions, couplings or flanges can be used where all parts are of the same steel type as those pipes.
4)
Copper tube, which is plastic-coated from factory. Collections of buried or molluscried pipes shall be carried out by heavy load using soldering metal containing at least 45%. Silver, and such assemblies shall be surrounded by watertight crystflex with so much length that the original plastic coating is left with at least 5 cm to both sides. In the case of replacement parts of the piping system or repair where the existing pipe system is not plagued, then it must be switched at with at least 5 cm watertight crystflex to both sides.
5
As an air vent, it may be used steel pipes which are effectively corrosion-protected, e.g. varmint or protected with plastic tape or vowel volume residing to withstand a high-voltage port of 15,000 volts of test voltage.

For discarded tanks that are not exterrestrial protected, all pipelines must be electrically isolated from the tank if the metic flow rate requires electric traction of tanks and / or pipes to be used, are installed zenerbarriers so that, in normal operation, no flow of power between the pipes and tanks can be run. For disclosed tanks, which are external protected, all connections to the idea must be involved in the protection.

Other types of pipe systems must be separately approved in their entirety, including collection methods. For plasters, reference is made to Annex 7.

2. OVERJORDISKE RUN SYSTEMS

The following metal pipe systems are to consider as type-approved :

1)
Steel tube protected with alert zinking or paint.
2)
Copper tubes. Collections shall be carried out as specified in section 1, point 4.

Dragged tubes may be considered to be supertrous, provided they are made into concrete or deposited into walls, in the internal walls, or in the carve which is effectively free of the debauchus of the underlying soil, and not for another reason is subject to long-term or frequent periods of debauchee. In the case of the incorporsation which does not fall below the above categories, the pipes shall be considered to be buried.

For flexible links between oil beasts and rigid pipelines, serpents are to be used specially for the purpose.


Appendix 3

Disgraded horizontal cylindrical steel tanks with a ruminate of 100 000 litre and under, cf. Section 7 (2).  3 and 4

1. BASED REQUIREMENTS FOR CONSTRUCTION AND EXCEPTION OF STAINING

Steel tanks for depreciation must be designed and manufactured in accordance with EN 12 285-1 class A with the additional requirements for the outside and inside corrosion protection, provided in Titles 2 and 3.

Tanks of volume under 6000 l can be manufactured without a manhole or inspectoral intake, ignoring the claim in EN 12 285-1 paragraph 6.9. There's gotta be a hoishion. The label in EN 12 285 to 1 shall be affixed to the padding pipe. In addition, a copy of the mark plate must be supplied with the idea ; this copy must be permanently attached to the padding or the air flow of the air flow.

Alternatively, steel tanks for depreciation must be designed, the dimensions of table 1.1. In addition, the table specifies the number and nature of the interior destication rings. As a low-level, T-profiles with the following designation after DS/EN 10055 or equivalent profiles by matching standard :

Label
Dimension, mm.
T 80
80 x 80 x 9
T 90
90 x 90 x 10
T 100
100 x 100 x 11
T 120
120 x 120 x 13
T 140

In the table specifies alternate combinations of number and species of destication rings, such as 1 T 120 or 2 T 100. The detainer rings are prepositioned symmetrical to the center of the tank, so that the desticated scourge has lengths of length.

AL1842_1.jpg Size: (355 X 229)

R 1.6 D

k ; s 10 mm

Figure 10 mm

Fig. 1 Waterlying cylindrical steel tank for shutdown.

Diameter D≤
Undo thickness
t1
Radius Radius
r's
Svsk; t2
Number and dimensions of derivative rings for length up to L ≤
3000
3750
6900
0.199cm; padding-right : 0.199cm; padding-top : 0cm; padding-bottom : 0cm; padding-bottom : 0cm; border-left : 0.018cm solid #000000; border-right : 0.018cm solid #000000; border-bottom : 0.018cm solid #000000; width : 102px; ">
13000
1000
1150
1350
1500
2000
3
4 *
5
6
6
20
20
20
50
50
3
3
4
4
5
4
4
4
4
5
5
5
5
5
5
6
6
6
6
6
x
x
x
x
x
2500
7
50
6
6
6
1 T80
1 T90
1 T100
6
2 T80
1 T90
1 T100
6
3 T80
2 T90
1 T100
2900
8
50
7
7
7
1 T90
1 T100
7
1 T90
1 T100
7
3 T90
2 T100
3200
8
50
8
8
8
2 T90
1 T100
8
2 T90
1 T100
8
3 T90
2 T100
4000
10
50
10
10
10
2 T100
1 T120
10
3 T100
1 T120
10
4 T100
2 T 120
4200
12
50
12
12
12
2 T100
1 T120
12
3 T100
1 T120
12
4 T100
2 T120
*I lengths up to 3000 mm however 3 mm
x 10,000 mm length is not used for diameter 2000 mm and smaller.

Table 1.1. Alternative record labels and other dimensions for horizontal, cylindrical thought for degraving. All targets are in millimetres.

Other requirements for details and execution in EN 12 285-1 apply without changing, even if the alternative dimensions are used.

When the alternative dimensions are used, this must appear in tante test and The marker plate of your mind. All tanks shall be provided with pressure as indicated in EN 12 285 to 1 before the exterior and possible interior coating is required. Work with regard to work on this pressure must be observed.

2. PROTECTION PROTECTION

Tanks must be exterior protected from corrosion with fibres-enhanced polyester as set out in the following.

2.1. Materials

To the exterior stocking must be used only materials that meet the requirements of DS 445 or equivalent requirements in equivalent standard, and approved by the PUFO in accordance with Chapter 6. However, glass fibre may be used with area weights up to 750 g/m2.

2.2. Cleansing

2.2.1 The exterior surface of the mind is cleaned up carefully to all pollutants, welding lamps, rust and glow-shells and sandblades to the purification degree at least Sa 2 and a half after ISO 12944 part 4.

2.2.2 Provided in the case of round-radier less than 10 mm, an appropriate partele must be built with at least 10 mm radius of radius.

2.2.3 During and after the sanding, the relative humidity of the air must not be more than 80%. If the coating cannot be performed on the same day, the relative humidity shall not exceed 60 pct; until the stocking is inferred.

2.3. Application of the exterior stocking

2.3.1 Occupancy work shall be carried out in premises where the temperature of the air, the tank, the tools and materials are at least 15 °C. The temperature must not vary more than 6 °C. If the work is carried out in the case of spraying, the relative humidity of the air may not be less than 40%.

2.3.2 On the Occupancy Work, the Material Vendor ' s view of the work execution must be strictly observed. The requirements must be specified in the test certificate referred to in Chapter 4 of this Annex

2.3.3 The sandbread surface is to be merged with a thin layer of unreinforced polyester.

In this layer, colouring matter the pigments are mixed in the polyester in a suit and a concentration to be approved by the PUFO.

2.3.4 Umediately thereafter, glass fiber-enhanced polyester with glass fiber-fiber-fibers or syringe.

Polyester may exceed not exceeding 3% by weight by weight in the sootropic, padding, colouring or pigments of any kind

It must be used at least 750 g/m2 glass (nominal)

The actual glass portion must be at least 25 and not more than 30% by weight.

glass fiber-enhanced layers shall be tempered with a minimum of 1,5 mm at least 1,5 mm ;

2.3.5 While this layer is yet adhesive, highly tenuous polyester, if necessary, with the addition of vocabulating solution to securing hatching freeing ;

In the temperate state, this layer shall be everywhere have a thickness of at least 0,4 mm.

2.3.6 Hefing of polyester layers : Immediately after loading is applied, it shall be hardened in accordance with the polyester supplier ' s instructions.

2.4. The requirements for the finished stocking

2.4.1 The surface of the coating shall be smooth and smooth and without the projections of glavers.

2.4.2 The total thickness of the Belegg must be at least 1,9mm.

2.4.3 The stocking shall be without visible pores, enclosed foreign bodies, bladders and other errors.

2.4.4 Porsalutations : the stocking must be subjected to high-strung pore, at 15,000 volt voltage. In the event of spark penetracing, the stocking must be repaired according to the requirements of the material supplier and the test must be repeated.

3. PROTECTION PROTECTION

All single-wested steel tanks must be protected from interior corrosions in accordance with the guidelines set out in Annexes 5 and 6.

For double-weighed steel tanks are not required on the inside corrosion protection.

4. GUIDELINES FOR THE TESTS OF GLASFIBERRED POLYESTER FOR EXAMINATION PROTECTION OF NEDGRAVEDE STÅLTANKE

4.1 Application for the approval of materials to PUFO with a certificate from one of the PUFO recognized laboratory, the product to be tested has met the following requirements.

4.2 Samples of steel plate with coating on both sides and the edges of the tests below may be prepared for the testing purposes of the current materials. The samples must be temperate in accordance with the requirements of the supplier. These requirements shall be accompanied by the application for approval.

4.3 Chemical tenacity.

Trials at approximately 20 000. 50x50 mm weighing and placed in close sealed glass containers with the following liquid mixture for 28 days :

a)
Demineralized water at 40 °C ± 2.
b)
5%. aqueous sodium carbonate in demineralized water at 40 ° C ± 2.
c)
Sulphuric acid diluted with demineralized water. pH = 4,0 ± 0,2. at 23 °C ± 2.
d
Eddikacid diluted with demineralized water. pH = 4,5 ± 0,2 at 23 °C ± 2.
(e)
A mixture of n-heptane and the o-xylene in the volume ratio 3: 1 at 23 ° C ± 2.

At the same time, a reference test piece of free air at 23 °C ± 2.

The Fluid height in the glasses. The tissue level is kept under daily observation and, where appropriate, losses have been compensated for filling.

After 28 hours of exposure, the sample pieces are taken up, dried off with sucking wrappers or clocks and graded visually. comparison of the reference test piece. The liquids shall be at the same time and any changes in their appearance are described.

The following requirements must be met : Attack of Jell-O, top-level, and lock-down, which can be observed without auxiliary means must not occur. However, an attack on gel coat and top-coat may be permitted if it can be removed by wet or dry cut with cereals no. 600, removing at most to a maximum of 0,1 mm of the layer.


Exhibit 4

Consider&y steel tanks with a space-based space of 200,000 I, and thereunder, cf. Section 7 (2).  3, 4 and 5

1. MATERIALER

1.1. Basic material

The thought must be produced by the general alert, drawback, welable steel which meets the requirements of the DS/EN 10025 quality S 235, S 275, S 355 or equivalent norms.

1.2. Swelseforsats:

Rate materials must be adjusted after the basic material. The certificate must have been tested and approved in accordance with EN 439, EN 440, EN 499, EN 748, or EN 756 depending on the selected swelder process or equivalent standards.

1.3. Documentation

Stat must be delivered with a certificate least satisfying the Commentable Declaration (2.1) after EN 10204, or with an equivalent certificate corresponding to the corresponding standard.

2. CONSTRUCTION

A. Bulk-shaped tanks and oval tanks until 6,000 l

Pladetykkies in gas board, bottom and ceiling must know tanks

-
more than 250 litres and up to 2 000 litres of at least 3 mm,
-
from 2 000 litres and up to 4 000 litres of at least 4 mm and
-
from 4,000 litres and up to 6,000 litres of a minimum of 5 mm.

Height of mind must not exceed 2 m. Streets, pages, and bottom shall be depreted if the dimensions exceed 1 m. Cartridge tanks must have single-sied full-through or double-side welding mods, except the ceiling. In the oval tanks, the welding mods are to mine. 200 mm above the bottom of the tank is single-sibly full-through or double-siding.

The tanks must be provided with support so that the tank is not placed directly on the surface of the subsurface. For oval tanks, there must be at least five centimeters between the lower and the bottom of the tank. For cartridge tanks, there must be at least the width of the width of the tank between the lower and the bottom of the mind

There must be a hojlehole.

B. Cylindrical tanks

Cylindrical tanks must have uncompleted endebunks. Formation and dimensioning can be done after fig. 2 and Table 2.

The tanks must be provided with support so that the tank is not placed directly on the surface of the sub-surface. There must be at least 5 cm between the lower and the lowest part of the tank. The subdusting must provide access to the bottom of the tank.

AL1842_2.jpg Size: (395 X 231)

R 1.6 D

k : k ; s 10 mm

Diameter
D ≤
Endebund
thickness
t1 alloy
Svskt2) for LEnded
Krempad
r _v
3000
3750
6900
10000
13000
1150
4 *)
(3)
4
20
1500
6
4
4
5
50
1750
6
5
5
5
50
2000
6
5
5
5
50
2500
7
6
6
6
6
50
2900
8
7
7
7
7
7
50
3200
8
8
8
8
8
8
50
4000
10
10
10
10
10
10
50
4200
12
12
12
12
12
" padding-left : 0.199cm; padding-right : 0.199cm; padding-right : 0cm; padding-bottom : 0cm; padding-bottom : 0cm; border-left : 0.018cm solid #000000; border-right : 0.018cm solid #000000; border-bottom : 0.018cm solid #000000; width : 77px; ">
*) up to 3000 mm, however 3 mm. 3 mm m.

Table 2. Position of the cylindrical tank without destication rings. All targets are in mm.

3. MANDEHUL

3.1 Tanke of 6,000 litres and above must be fitted with at least one male hole with a diameter of not less than 500 mm and closed by tyre shaft.

3.2 It is intended to reach a complete carryover of the carm and the cover for cover is used by a material that is resistant to the seaman's seaman.

4. SPRÆNGLEM

Lodory cylindrical tanks of 10,000 litres and above must appear at the top with a blazing dimensioned based on :

d = 100
AL1842_3.jpg Size: (27 X 47)

where

where

d = the diameter (mm)

v = tanks of tank (m3 )

p = refute pressure pressure (bar)

or other of the Emergency Management Board approved calculation method or equivalent method.

If The diameter of the blasting device is at least 500 mm, it may replace a manhole.

5. SVEJSNING

Welding in accordance with the same lines as they for buried tanks apply, see EN 12 285-1 afsn. 8.

6. TÆTHEDSPRISING

Before entering or exterior corrosion or other surface treatment must be used as indicated in EN 12 285-1 afsn. 9.2.

7. PROTECTION PROTECTION

A. Exterior corrosion protection

Exterior corrosion protective coatings shall be at least equivalent to the examples specified for ISO 12944, corrosion category C3 : Corrosion protection of steel structures, or is carried out ; However, for indoor tanks, however, no resistant corrosion protection is required.

B. Intervention of corrosion protection

All single-wested steel tanks must be protected from the interior of the interior, in accordance with the guidelines set out in Annexes 5 and 6.

For double-weighed steel tanks where there is a security-based approach ; monitoring will not be asked for internal corrosion protection.


Appendix 5

Invening corrosion protection of steel tanks, cf. Section 7 (1).  3, 4 and 5 and § 14 (3)

1. GRUNDLAG

Internal resistant corrosion protection for example can consist of one or more of the following measures :

-
Occupancy of the Interior Bundle Inside Zone.
-
the stocking of the entire interior surface of the tank.
-
mounting the sacrifianoder internal to the bottom of the mind
-
Arranging from the absolute lowest point of key point

Intervention of corrosion protection can be excluded from the construction and surveillance of the double-weighted construction and surveillance of the the intermediate space between the interior and inner vessel.

The inner protection must be described in the application for the PUFO application. This applies to the production of new tanks as well as the execution / renovation of internal corrosion protection in tanks that have already been taken in use. The method and the materials used must be approved by PUFO.

2. BELAGNING OF TANKENS BUNDZONE

2.1 General

New ideas can be protected from interior corrosion by carrying out a stocking in the end zone of the tank. Organic coverings may be used to act as a barrier to a barrier, or inorganic / metallic coating that also acts as a sacrificial node.

How the approval is granted only to service manufacturers that have an approved approval ; production of tanks produced in accordance with Annexes 3 or 4 and which have either been able to be able to comply with the procedures for the execution of the work or contract with a subcontractor that meets the requirements.

To use materials and methods that are type-approved by PUFO in accordance with the guidelines set out in Appendix 6, or similar tests that may be considered to ensure equivalent protection and durability.

2.2 Special requirements for the structure of the tank

Appendix to the requirements of : Whereas Annex 3 or 4 must be fulfilled for tanks to be protected against interior corrosion with an organic stocking of the bottom zone :

Liton welds and welds in a debunde must be located at least 200 mm above the tonks ; sub-side measured in vertical bar.

In the part of the tank to be predetermined in the case of stocking, any siding or overlap between a debunking and overweight are weighed on the inside. Similarly, both cantnam sitnam must be on an internal amplification call. The conva side of the interior walls must be welded in accordance with EN 12 285-1, Table 6, No 7a.

The directions must have as steady surface as possible. All the plate and profile edges not covered by welds shall be rounded by sliding to a radius of minimum 1,5 mm.

After completion of the stocking work, a protective coating on the bottom of the tank must be hatched vertical below the trainee or tripsis envisaged for bearing.

No special requirements are made for the design of tanks to be protected using the sacrificial acea-effect.

For tanks with the volume of 6 000 litres of which is built without a manhole shall be subject to the component type-approval in particular, a statement of the optimum quality of the coating and the whole of the roof.

The extension of the coating must be carried out on the whole part of the interior, as well as the amount of the contents of the chamber

The Occupancy of 2.3 Belalls

. surface to 200 mm above the bottom when it is horizontal, but at least 100 mm above the mouth of the suction-edging.

2.4 Preparation of Occupancy

Cleaning and Interior Occupancy must Only be carried out after the tank is prepared and tapegged.

part of the interior surface of the mind that is to be stocked for all pollutants, welding lamps, rust and filament equivalent to Sa 3 according to ISO 8501-1.

After cleaning, the relative humidity in the tank may not be more than 80 Pct. If the stocking of the coating cannot happen on the same day, the air in the tank may be kept under 60%. relative humidity.

For the approval of special products for the interior coating, other requirements may be required for the cleaning. Special attention must be given to achieving optimum attachment.

Interior Occupancy 2.5.

At the stocking work, the material supplier ' s requirements for the execution of the work shall be strictly applied ; complied with. These requirements must be specified in the test certificate referred to in Annex 6 for the approval of material for the interior coating.

2.6 Requirements for the finished stocking

The finished stocking must cover completely and be without visible pores, enclosed particles, blisters or other errors.

After the manure, must be checked to ensure that the average and minimum layoffs are complied with in the approval prescribed. Measurement shall be carried out in accordance with ISO 2808 method no. 6. Measurements shall be spread over the area treated with the exception of any increase in amplification in a number of 4-6 per. m². Assessment is carried out according to DS/R 454, Annex D4 method 1, using the 90-10 rule.

100% must be performed. poring with high voltage in organic coating. The sampling shall be carried out with the test voltage specified in the approval, or with a proportional increase in the test voltage if a significant thicker is actually imposed than envisaged in the approval. Any pores must be repaired after the material supplier ' s instructions and the test is repeated.

2.7 Inspection

For tanks under 6,000 l are not required to be inspected during the course of the period of use.

New thinking of 6,000 I and above that are protected against interior corrosion by coating the bottom-zone shall have the stocking inspected within 10 years of the manufacture of the tank, and after approval for continued use ; then again every 10 years.

Refurnished must not be carried out factory-manufactured bundles coating by methods that are authorized for execution only under construction conditions.

3. CONVENTION OF HELE TANKENS INDUSTRY OVERFLADE

3.1 General

So-well thought, which has already been taken in use as new thought, can be protected by carrying out a full stocking of all of the mind's inner side. This presupts that the tank is equipped with a man-hole.

New thought, which is agtes protected in this way, must be carried out with all the details permissible for the interior coating in accordance with EN 12 285-1-1. For the record, section 2.

In view that has already been in use, the stocking must be able to bridge the harmful details of overlap collections and sixes without any objection to the interior, conkave ; corners at inner separatedwalls, broken cantnail on destication rings, etc. Materials and methods used which are type-approved by PUFO in accordance with the guidelines in Appendix 6 or similar tests may be considered to ensure equivalent protection and durability.

Approval to perform interior coating in tanks, which has already been taken into use, are only issued to undertakings which have documented the ability to comply with the procedures for the execution of the work. This is done in two steps :

-
On the basis of the company ' s written procedures for the completion of the work, documentation of the qualifications and assessment of the ability of the equipment to be able to perform the work in practice under the procedures, one may be issued ; preliminary approval.
-
During this interim approval, the stocking in tanks may be carried out under the supervision of one of the PUFO approved independent third party.

When the company has demonstrated its ability to perform all phases of the stocking work without any comments or other assistance from the supervision, an unconditional approval may be issued.

Section 2 Preparation for Occupancy

The tank must be renovated completely for the leftovers of oil, sludge and corrosion-products. At this stage, a level of purity must be achieved by the steel equivalent to the SA 1 in accordance with ISO 8501-1. The company selects the cleansing method as long as the degree of purity is achieved.

Inspection and reporting must be carried out in accordance with the guidelines set out in Appendix 9. In addition, ticks must be carried out of the tank with a positive result. The report shall be submitted to the person who shall decide on whether or not the work is to continue.

The interior surface of the mind of the mind for all pollutants, welding lamps, rust and glowing equivalent to Sa 3 according to ISO 8501-1.

After cleaning, the relative humidity in the tank may not be more than 80%. If the stocking of the coating cannot happen on the same day, the air in the tank may be kept under 60%. relative humidity.

For the approval of special products for the interior coating, other requirements may be required for the cleaning. Special attention must be given to achieving optimal attachment.

Interference of Interior Occupancy

At Occupancy Work must be closely associated with the material supplier ' s requirements for the completion of the work. complied with. These requirements must be specified in the test certificate referred to in Annex 6 for the approval of material for interior coating.

Special attention must be paid to the ventilation and maintenance of the ambient temperature in the tank ; the ravaged period.

3.4 Clause requirements for finished stocking

The finished stocking must cover complete, including the end of any destication rings and be without visible pores, particles, bladders, or other errors.

On interior coating tanks which are intended to be protected by a bitument basis (buried tanks of before 1970) and subsequently equipped with exterior cathode protection must be used for the interior stocking, so that stains which may be stained ; on alert from the outside, discovery may be detected.

The attainable of full-tempered shall be documented in the test of the hardness of the coating. The Rough test must be carried out in places where the corrosion is less critical, for example on top of destication rings in the upper quarter of the tank or on a projections of man-hollow-arm.

After heaping heap, shall be verified to ensure that the average and minimum layoffs are complied with in the permit. Measurement shall be carried out in accordance with ISO 2808 method no. 6. Measurements shall be spread over the area treated with the exception of any increase in amplification in a number of 4-6 per. m². Assessment is carried out according to DS/R 454, Annex D4 method 1, using the 90-10 rule.

100% must be performed. pore increase in high voltage. The portation shall be carried out with the test voltage specified in the approval, or a proportional increase in the test voltage if a significant thicker is actually imposed than in the permit. Any pores must be repaired after the material supplier ' s requirements and tests are repeated.

3.5 Inspection

Occupancy Remaining in tanks that have already been in use, must : inspected within five years after the performance of the coating. This interval may be reduced if the tank was in poor condition prior to the execution of the loading.

Provided the stocking at the first inspection resides in good condition is authorized for continued use for a maximum of 10 years until the next one. for re-inspection.

If there is a need to perform renovations for the first inspection post-mortem inspection, permit continued use for no more than the same number of years as laid down by the Occupancy of the Occupancy initial execution. If, in the places where the stocking was necessary, corrosion is established which further reduces the remaining weight of the mind in relation to the state prior to the initial execution of the coating, the range of the following shall be reduced to the next ; inspection proportionally.

4. MEASUREMENT OF OFFERANODS INDVENDIG

4.1 General

Steel tanks can be protected from interior corrosion by mounting the sacrificial anodes on the bottom of the tank.

4.2. Materials

The device used for the anodes used the alloy must be approved by PUFO.

The geometrical shape of the anodees must be type-approved by the PUFO. Typically, blocks of anode material are dusted on a steel wire.

4.3 Special requirements for the structure of the tank

Tanke, protected from interior corrosion by mounting the victim anothere, be designed with a well-defined low-level area in which the nodes can be mounted. In particular, for cashielded tanks, the bottom must be designed with at least 10%. inclination to one page or with a knee having at least 10%. inclination to the sides. Other versions can be approved.

No special conditions are required for oval tanks, cylindrical tanks with horizontal axis and cylindrical tanks with vertically axis and mutilated bottom single band. These designs naturally have a low-area.

4.4 Extments of the sacrificial anodes

Anodes are typically formulated as blocks cast on a wire or a rod. A maximum of 40 mm between each anode element.

Other versions can be approved.

4.5 Simplified calculation of the quantity of anodemetal

For cylindrical thought with Horizontal axis and volume of 6 000 litres and more may be calculated according to the following rules :

Alternate 1 :

Magnesium-anodeheretics must be produced with mine. 1400 grams of anode metal per. continuous meter.

In diameter under 1750 mm diameter, one chain along the length of the bottom of the tank shall be fitted. In diameter, in diameter, of 1750 mm and above, two such nodes are fitted.

Alternate 2 :

Zinc node chains are to be produced with mine. 4500 g anodemetal per. constant meters.

The chain of the entire length of the bottom of the tank will be mounted.

4.6 Basic recalculation of the quantity of anodemetal

For other forms using a horizontal axis cylindrical horizontally, it is necessary to use a more basic calculation method :

The area used to be weeved at 5 cm water level is calculated. Corresponding to this area shall be fitted with at least 1,79 kg of magnesium per unit. m2, alternatively 4,80 kg zinc per square m2.

4.7 Pinning of the anodees

Anodeheretics shall be determined to be weld in the tank, to bolts in the manor deck or equivalent, so that there are : obtained a secure and permanent metallic contact between the anodes and tanks. In the case of depreciation rings or similar irregularities in the bottom zone, the anode chain shall be disconnected and on both sides shall be determined as at the end of the tank.

On the case of the fitting of anodes in tanks, which are intended for corrosion-protected, polyester / fiber-fibre (buried tanks produced after 1. In April 1970, no welding must be carried out on the canister of the container itself and the undebunds, as this may damage the exterior coating.

4.8 Inspection

For tanks under 6 000 I produced, man-hole is not required for inspection or replacement of anodes.

For 6,000 I and above, protected against interior corrosion by the fitting of sacrificial anodes, the thought owner shall arrange the cleaning and inspection ; at least every 10. Years. If the nodes are more than half consumed, they must be replaced.

If there is no visible use of the anodes, the electrical contact must be checked to the tank. If there are signs that the contact has failed, an expanded inspection of the tank for corrosion must be carried out.


Appendix 6

Guidelines for component type-approval of the materials intended for the interior coating of steel, cf. Section 7 (2).  3, 4 and 5, and section 15 (2)

1. GENERAL

To interior coating in oil tanks may be used only materials approved by the PUFO.

Application for approval of materials is sent to PUFO with the following supporting documents :

a)
The Supplier's material description and detailed instructions for use as specified in section 3.
b)
Attest from a laboratory that the product of the test has shown itself to meet the following specifications. PUFO may require a test to be carried out on one of the PUFO listed laboratory.
c)
PUFO may grant approval on the basis of comparable tests carried out on independent laboratories. Granting of forwarded material will be made by one of the PUFO Specialist for the bill's tab.

2. PREPARATION OF TESTS

To the laboratory are sent samples to the appropriate number, normally 32 (4).  Wage brace records 70x150x3 mm belated on both sides by sandink to Sa 3 according to ISO 8501-1 with respect to the instructions given by the supplier and 1 litres of the stocking material.

The laboratory must have : the right to extract samples from the supplier ' s warehouse or place of production. In the case of sampling, ISO 15528.

3. MATERIALEBESKRIVELSE AND BRUGSVEJLETE

With the above tests, a description of the product is submitted and a complete usage guide including the following items :

a)
Detection for Mixture, dilution and usable Time (potlife) of the stocking material.
b)
Recommended methods for intake and setting viscosity for temperature dependency.
c)
Information on dry matter content as a basis for calculation of material usage.
d
Climate conditions (temperature and humidity) of the work execution and destruction of the coating.
(e)
Threshold limits for each of the pre-claims and for the finished coating.
(f)
Tearls and temperate time for each of the pre-claims and for the total Occupancy.
g
Information about the procedure for renovations.
h)
Information about the regulatory storage of temperature and security.

4. The finished stocking must have a smooth, consistent surface, which is easy to clean. The color must be so light that stainspots will be easily visible. For multiple layers, each layer should have clearly different color tone.

Testing : Visual considerations.

5. PROPERTIES OF THE FOLLOWING

The product must be able to be applied to methods used in the general method. It must be possible to perform satisfactory renovation of a stocking that has been used.

Test : the onset properties are tested according to the supplier's instructions.

Renovering must be able to be performed at tests that have undergone testing on the furtive of the sample. 8. A satisfactory attachment must be obtained after the specified time period.

6. INTRODUCTION

After the period specified by the manufacturer (max. 10 days at 23 ± 2 °C) the stocking must be so hard and chemically bestench that tests 7-12 may be passed.

7. LAGTYKKELSE

It is checked that the thickness of the sample pieces is within the limits of the supplier ' s limits. Testing shall be carried out according to DS/ISO 2808 with a adjusted, magnetic thickness measuring device, with an accuracy of ± 5%.

8. TÆTHED

Occupancy must be denunciatable.

The test must be carried out with an appropriate test appliance. The method used to be specified in the certificate shall comply with the nature of the coating, including the possible use of lead basal paint, but pores in the isolating part of the stocking must be able to be recorded with security. The laboratory shall determine the test voltage as 50%. of the review voltage at the attempted coverings.

9. CONCERNING AND SLAGFASTHED

Occupancy must have one for the purpose of satisfactory attachment and slaughter, including, in particular, for the purposes of filling the tank during gas inspections.

Until there is where appropriate test methods have been carried out, the assessment shall be carried out in the manner in which the laboratory in question is chosen. The method used and the laboratory assessment must be specified in the test certificate.

For attachment testing, it is requested that SS 18 41 71 is used.

10. PROVISION OF MINERALOLIEPRODUCTS

Testing : at each of the following tests, 4 records shall be exposed immediately after the expiry of the two °C ravaged time of the following test, and 1 record as it has been in addition to : were stored at 60 ° ± 4 days. The plates shall be placed in the sample bags, that 2/3 of the record area is covered by the liquid. The total layer width of the amount on each sample is measured before the tests.

As a sample flux,

a)
250 cc's. water + 450 ml of a mixture of 60%. isooctane, 5%. benzene, 20%. The toluene, 15%. xylene (volumin%).
b)
225 cc's. water + 25 ml isopropylalcohol + 450 ml of the abovementioned mixture.

Trials are shaken into the shakeup of 1 hour.

2 x 5 plates for the test fluids in 21 24 ± 2 ° C and 2 x 5 records shall be entered for two years at 23 ± 2 °C in both cases in close closed glass and in the dark.

After exposure, the solution or dissolution of the coating shall not be able to be seen or dissolved by the means of inexcution or subarmament. Minor color changes are allowed.

24 hours after exposure is measured the hardness of the coating according to DS/ISO 2815 (Buchholz), which means that the resilience must not have been less than 20%. However, for materials intended for clothing in the storage of more than 2 mm, a deterioration of the abovementioned hardness of up to 50%.

Approval shall be granted on the basis of the 21 24-hour test. However, the approval shall be withdrawn where deemed necessary after the end of the 2 year test.

11. PROCESSING SUPERVISION

a)
A unused sample plate is placed half downgraded in boiling demineralized water intended for the use of ioiiiiiiicium, for example 1%. Tetrapropylene sulphonate. The test must not affect the bottom of the body and pages. After exposure for 30 minutes, it must not be possible to detect solution, solution from the overlay, subformation or armour formation.
b)
An unused sample plate is exposed for 18 hours at 23 ± 2 °C in a solution of 10%. Sodium carbonate in water. After recording, the solution must not be possible to detect solution, solution from the overlay, the formation of the blasting or the form of armor.

12. IDENTITETSPRISNING

As a control of the supplier's material specification and for later identity test, the following analytics can be performed :

a)
Determination of the Density (DS/EN/ISO 2811).
b)
Determination of volatile and non-fleeting components (DS/ISO 1515).
c)
Determination of pigmentcontent.
d
Infrared spectrum.

Exhibit 7

Plaster for shindig, cf. section 7 (4)

1)
Petroleum for oil products and the vapors of petroleum products may be approved for use in the ground on the basis of the guidelines in this Annex. Overearthly pipelines shall be carried out in metal tubes under the Technical Notices Technical Order of the Disaster Recovery Board.
2)
Rørsystems must comply with EN 14 125.
3)
The liquid-moving plastic shall either be carried out in a pipe or be carried out by an integrated double-flue-tube with the possibility of leagingage. If a surveillance system is not installed, the space shall be open in at least one end. Opens to the space must be available for inspection.
4)
At ease, which may include vapors of oil products, such as air pipes and fuzzy growls, may be carried out as a single-pipe tube without a pipe. Compendiant pipes may also be carried out as a single-pipe tube without a pipe if they are performed with a clear drop in the tank and without any possibility of liquids may remain in the pipe. At least 1:10 must be at least. In case of less than 1:10, the filling pipes must be put into idling pipes.
5
Fittings, which are directly buried, must be made from non-corrosive material or corrosion-protection with a crumple eminus or to prove to be self-vulcanising tape. Corrosion protection must be subject to high-strated portions with a voltage of 15000 V ; Alternatively, fittings must be due in dry wells.
6)
The application for component type-approval shall include a guide for installation, drawn up in Danish and written in such a way that it is readily available for the installer.

Appendix 8

Plastic Consist for Extraterrestrial Option, cf. Section 7 (2).  3, 4 and 5

1)
The rotasted tanks of the polyethylene can be approved according to the DS/EN 13341 and must at least have a weight thickness of 4,5 mm.
2)
In addition to the requirements of the DS/EN 13341 requirements, samples from produced tanks shall be tested for voltage-refining, ESCR (environmental stress tests) ".

It must running tests according to ASTM D1693. This method 'condition B' is used in this context with minor modifications. The test is carried out on test pieces, which are cut by a tank. The test subjects shall contain the interior surface of the mind. A minimum of 10 samples shall be produced using the dimensions of 38 ± 2,5 × 13 ± 0,08 mm and a thickness of between 3,0 and 3,3 mm. The samples are made in parallel to the length of the test and the inner surface of the test and the cart must be carried out with a sharp razor blade, and the length of the trait must be 18.9 to 19,2 mm and have a depth of between 0,50 to 0,65 mm. The test pieces shall be drawn up with a tool 180 ° for the length of the test and the way that the face is exterated in the shaped U. The subjects are kept in a holding which is placed in a test tube filled with fire soils. The response glass is closed and set in an oven at 50 ± 1 ° C.

Accept requirements : After 1000 hours, all of the test subjects must be without a breach.

3)
The application for component type-approval shall include a guideline for the establishment, drawn up in Danish and written in such a way that it is readily available for the installer.

Appendix 9

Guidelines for the inspection and condition report for steel tanks, cf. § 17, § 28 and § 42, paragraph 7

1. Exterrestrial tanks must be carried out from the outside. This must include at least the following :

If the exterior page is not available due to insulation or the like, where any damage to outer caps must be recorded. Where there are signs of water penetration, the appropriate parts of the insulation shall be removed so that its state can be checked and, if necessary, remedied and the state of the tanning condition in connection with the fated isolation can be ascertained. The location of the coal debris from support and so on shall be noted in the sketches so that these sites can be relocated inside and inspected carefully.

2. TEST AND RENSNING

The idea is to be emptied and cleaned.

In view of interior coating, complete or in the bottom zone, all sewage must be removed.

Any loose belating removal.

In tanks without interior coating shall sludge and the like and rust removed so that the steel is free. Single stainspots may be left standing, but in this case, they must be investigated further for the depth of any possible rustic attack.

3. INDVENDIG INSPEKTION

For steel tanks without any inner corrosion protection, and in mind corrosion-protected with sacrifianoder or with the stocking of the bottom-zone, at least one :

a)
Statements and other damage to the tank's foundation. Where statements are found, an enhanced control of swelds must be carried out when the pipelines connect to the environment and if any weighted supports, if any, any weighted support ; style="width : 29px; ">
b)
Flow conditions for rainwater and possibly. waste.
c)
Buleformation in the tank.
d
Logging of the exterior malting mode.
(e)
If internal inspection is not carried out at the same time, an ultrasound type scan shall be carried out by a belt at the lowest point of the tank and a belt at the highest point of the tonk.
a)
Checking the state of any applicable Interior protection (Occupancy Occupancy, Usage of anodes).
b)
Control of the interior corrosion of the steel. Positioning, propagation, and depth are noted on sketches.
c)
Measurement of etype.
c1.
In the case of discarded tanks of exterior polyester / fibres (tanks buried after 1970) at least three measurements shall be randomly placed on each end of each unit and at least three measurements per unit. m length of the scourge. These must be distributed throughout the perimeter and the whole length of the length must be covered equitably. These measurements must confirm that the expected eval of the steel is present.
c2.
In the case of buried tanks installed before 1970, the corrosion-residing corrosion-resistant shall be protected by bitumen and, if appropriate, (later installed) exterior catadic protection and which have not been checked with polyester / fiberglass, in connection with interior inspection and maintenance, an extended scale of the bulkhead wall must be carried out on the inside of the interior inspection and maintenance. These measurements must include a number of low-level pods of a minimum width of at least 10 cm at both unidences, partly distributed over the length of the losses so that 3 m between two-neighbour belts at the most is 3 m between two-neighbor belts.
If the measurements are carried out on a manual point measure, the belts shall be divided up to 10 x 10 x 10 cm., within each of these fields are measured in increments of a single distance of 3 m at maximum length and the minimum thickness of each 10 cm field ; are reported on sketches. In the case of the spread of these measurements implied corrosion with a depth of more than 2 mm, the whole area in which the exterior corrosion is implied.
c3.
For extraterrestrial tanks, account must be taken of possible support, coal debridges, poor state of exterior protection and so on at the location of the type of measurements.

For steel tanks with a complete inner stocking, the state of the coating must be described.

For steel tanks, where a fully comprehensive interior coating with polyester / fiberglass is required, the stocking is transparent. It must be verified that this has been met, and in addition, the state of the cover-up must be described.

If there are armour or black specks under the coveralls, there is a risk that this is due to the outside of the outside world. If such spots are less than one cm in diameter, new inspection interval is recommended for max5 years. Where a stain is between 1 cm and 5 cm in diameter, the proportionally shorter new inspection interval is fixed. Where such stains are more than 5 cm in diameter, the stocking must be taken away and the residual residue is measured in the areas concerned. If the thickness of the steel is acceptable, see section 5 and the stain may be regarded as a result of other reasons other than corrosion, may be used to make sanding and renovating the stocking. If the thickness of the steel is not acceptable, the idea shall be loaded. If there is a point of view, it is recommended to cut a piece of the tangle with a view to verifying the soil outside the soil is contaminated.

4. REPORT REPORT

A sketch must be drawn up by the mindless heat of the tank and a folding of the swagging. At these, the location of a man-hole, extractor and other armatur, welding, amplification rings, sacrificial anodes, etc.

The location of all observations is drawn on these sketches, such as typecon measurements, defective isolation (exterior), bulges, defective swells, damage to coating, corrosion, etc., with references to more detailed partial reports where appropriate.

The state report must contain a recommendation of time for next inspection.

5. ASSESSMENT

The rate measurements must be evaluated in relation to the following :

If the remaining thickness is less than half of the original thickness (that is always the case) be mine. In the case of 2,5 mm remaining, precautions shall be taken which prevent further corrosion. Typically, comprehensive internal coverings should be considered. Alternatively, the inspection interval must be made corresponding shorter, but it is recommended only to use this option to keep a tank in operation for shorter time with a view to a scheduled loop.

If the thinnest position on the tank is less than 2,5 mm, but more than 0,5 mm, the interval for the next inspection must be proportionate, regardless of the measures taken to prevent further corrosion.

If the thinnest is less than 0,5 mm, the tank must be set up. loops within a year.

Stand-alone grapes have no meaning to the vessel ' s strength, but they mean an increased risk of leakage, and no further action is required in addition to the above.

Greater coherent corrodided areas need to be assessed in more detail in order to to determine if the mechanical strength is significantly reduced.

Official notes

1) Confession contains provisions that implement parts of Council Directive of 89 /106/EEC of 21. December 1988 on the approximation of the laws, regulations and administrative provisions of the Member States relating to construction products, (EC Official Journal 1989), L40, page 12). Publication no. 633 of 27. In June 2005, which this notice dissolves, as a draft, the draft has been notified in accordance with Directive 98 /34/EC of the European Parliament and of the Council of 22. June 1998 on an information procedure for technical standards and regulations as amended by Directive 98 /48/EC.