# L_2005160EN.01000101.xml

| 23.6.2005 | EN | Official Journal of the European Union | L 160/1 |
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23.6.2005

EN

Official Journal of the European Union

L 160/1

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COUNCIL REGULATION (EC) No 945/2005

of 21 June 2005

amending Regulation (EC) No 658/2002 imposing a definitive anti-dumping duty on imports of ammonium nitrate originating in Russia and Regulation (EC) No 132/2001 imposing a definitive anti-dumping duty on imports of ammonium nitrate originating in, inter alia, Ukraine, following a partial interim review pursuant to Article 11(3) of Regulation (EC) No 384/96

THE COUNCIL OF THE EUROPEAN UNION,

Having regard to the Treaty establishing the European Community,

Having regard to Council Regulation (EC) No 384/96 of 22 December 1995 on protection against dumped imports from countries not members of the European Community (1) (‘the basic Regulation’), and in particular Article 11(3) thereof,

Having regard to the proposal submitted by the Commission after consulting the Advisory Committee,

Whereas:

A.   PROCEDURE

1.   Measures in force

| (1) | By Regulation (EC) No 2022/95 (2), the Council imposed a definitive anti-dumping duty on imports of ammonium nitrate originating in Russia. Pursuant to a further investigation, which established that the duty was being absorbed, the measures were amended by Regulation (EC) No 663/98 (3). Following a request for an expiry and an interim review pursuant to Articles 11(2) and 11(3) of the basic Regulation, the Council imposed by Regulation (EC) No 658/2002 (4) a definitive anti-dumping duty of EUR 47,07 per tonne on imports of ammonium nitrate falling within CN codes 3102 30 90 and 3102 40 90 and originating in Russia. |
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(1)

By Regulation (EC) No 2022/95 (2), the Council imposed a definitive anti-dumping duty on imports of ammonium nitrate originating in Russia. Pursuant to a further investigation, which established that the duty was being absorbed, the measures were amended by Regulation (EC) No 663/98 (3). Following a request for an expiry and an interim review pursuant to Articles 11(2) and 11(3) of the basic Regulation, the Council imposed by Regulation (EC) No 658/2002 (4) a definitive anti-dumping duty of EUR 47,07 per tonne on imports of ammonium nitrate falling within CN codes 3102 30 90 and 3102 40 90 and originating in Russia.

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| (2) | By Regulation (EC) No 132/2001 (5), the Council imposed a definitive anti-dumping duty of EUR 33,25 per tonne on imports of ammonium nitrate falling within CN codes 3102 30 90 and 3102 40 90 and originating in, inter alia, Ukraine. |
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(2)

By Regulation (EC) No 132/2001 (5), the Council imposed a definitive anti-dumping duty of EUR 33,25 per tonne on imports of ammonium nitrate falling within CN codes 3102 30 90 and 3102 40 90 and originating in, inter alia, Ukraine.

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inter alia

| (3) | Regulation (EC) No 658/2002 and Regulation (EC) No 132/2001 are referred to hereinafter as ‘the original Regulations’ and the anti-dumping duties established in those Regulations are referred to as ‘the existing measures’. |
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(3)

Regulation (EC) No 658/2002 and Regulation (EC) No 132/2001 are referred to hereinafter as ‘the original Regulations’ and the anti-dumping duties established in those Regulations are referred to as ‘the existing measures’.

2.   Request for review

| (4) | On 15 March 2004, the Commission received a request pursuant to Article 11(3) of the basic Regulation to examine the scope of existing measures with a view to including new product types. |
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(4)

On 15 March 2004, the Commission received a request pursuant to Article 11(3) of the basic Regulation to examine the scope of existing measures with a view to including new product types.

| (5) | The request was lodged by the European Fertiliser Manufacturers Association (‘EFMA’) on behalf of producers representing a major proportion of the Community production of ammonium nitrate. |
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(5)

The request was lodged by the European Fertiliser Manufacturers Association (‘EFMA’) on behalf of producers representing a major proportion of the Community production of ammonium nitrate.

| (6) | The request referred to new product types defined as ammonium nitrate fertilisers with a nitrogen (‘N’) content exceeding 28 % and up to 33 % by weight, to which up to and including 5 % of P2O5 equivalent (phosphorus nutrient, ‘P’) and/or up to and including 5 % of K2O equivalent (potassium nutrient, ‘K’) were added, blended, mixed or processed. These products are referred to hereafter as ‘new product types mentioned in the request’. |
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(6)

The request referred to new product types defined as ammonium nitrate fertilisers with a nitrogen (‘N’) content exceeding 28 % and up to 33 % by weight, to which up to and including 5 % of P2O5 equivalent (phosphorus nutrient, ‘P’) and/or up to and including 5 % of K2O equivalent (potassium nutrient, ‘K’) were added, blended, mixed or processed. These products are referred to hereafter as ‘new product types mentioned in the request’.

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| (7) | It was argued that the new product types mentioned in the request had essentially the same basic physical and chemical characteristics as the product concerned and were sold through the same channel of sales to the same end-users for the same purposes. In addition, the request mentioned that the new product types were classified, when imported into the Community, under the following CN codes: 3105 10 00, 3105 20 10, 3105 20 90, 3105 51 00, 3105 59 00 and 3105 90 91. |
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(7)

It was argued that the new product types mentioned in the request had essentially the same basic physical and chemical characteristics as the product concerned and were sold through the same channel of sales to the same end-users for the same purposes. In addition, the request mentioned that the new product types were classified, when imported into the Community, under the following CN codes: 3105 10 00, 3105 20 10, 3105 20 90, 3105 51 00, 3105 59 00 and 3105 90 91.

3.   Initiation

| (8) | On 2 July 2004, by a notice (‘notice of initiation’) published in the Official Journal of the European Union, the Commission initiated a partial interim review of the anti-dumping measures applicable to imports of ammonium nitrate originating in Russia and Ukraine pursuant to Article 11(3) of the basic Regulation. The interim review was limited in scope to the definition of the product concerned. |
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(8)

On 2 July 2004, by a notice (‘notice of initiation’) published in the Official Journal of the European Union, the Commission initiated a partial interim review of the anti-dumping measures applicable to imports of ammonium nitrate originating in Russia and Ukraine pursuant to Article 11(3) of the basic Regulation. The interim review was limited in scope to the definition of the product concerned.

Official Journal of the European Union

| (9) | By a submission made on 20 September 2004, the EFMA informed the Commission that a Russian producer of the product concerned had just started production of a new product type not mentioned in the request, with an N content exceeding 28 % to which 6 % of P was added. As a consequence, the EFMA requested the Commission to consider solutions enabling it to properly address all new product types of ammonium nitrate with an N content exceeding 28 % by weight. Since the notice of initiation made reference to ‘new product types’ without any further detail concerning their composition, it was considered that this latest request was already covered by the notice of initiation. |
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(9)

By a submission made on 20 September 2004, the EFMA informed the Commission that a Russian producer of the product concerned had just started production of a new product type not mentioned in the request, with an N content exceeding 28 % to which 6 % of P was added. As a consequence, the EFMA requested the Commission to consider solutions enabling it to properly address all new product types of ammonium nitrate with an N content exceeding 28 % by weight. Since the notice of initiation made reference to ‘new product types’ without any further detail concerning their composition, it was considered that this latest request was already covered by the notice of initiation.

| (10) | Some interested parties argued that the Commission had to convert ‘ex-officio’ the partial review into a full review in the light of a number of circumstances which had occurred since the existing measures were imposed, including the granting of market economy status to Russia and the enlargement of the EU to 10 new countries. However, no evidence of sufficient accuracy and adequacy was submitted which pointed to a change in the level of the measures. It was therefore considered that there were no grounds for an ‘ex-officio’ full interim review. Firstly, the granting of market economy status to Russia, ‘per se’, did not mean that the circumstances with regard to dumping and injury for individual producers had automatically changed. No evidence was submitted showing that a dumping margin calculated on the basis of Russian costs and prices, as opposed to those in an analogue country, were significantly different from those found in the previous investigations. Secondly, enlargement did not automatically vary the dumping and injury parameters which formed the basis of the existing measures and no sound evidence was presented to justify any change in this respect. |
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(10)

Some interested parties argued that the Commission had to convert ‘ex-officio’ the partial review into a full review in the light of a number of circumstances which had occurred since the existing measures were imposed, including the granting of market economy status to Russia and the enlargement of the EU to 10 new countries. However, no evidence of sufficient accuracy and adequacy was submitted which pointed to a change in the level of the measures. It was therefore considered that there were no grounds for an ‘ex-officio’ full interim review. Firstly, the granting of market economy status to Russia, ‘per se’, did not mean that the circumstances with regard to dumping and injury for individual producers had automatically changed. No evidence was submitted showing that a dumping margin calculated on the basis of Russian costs and prices, as opposed to those in an analogue country, were significantly different from those found in the previous investigations. Secondly, enlargement did not automatically vary the dumping and injury parameters which formed the basis of the existing measures and no sound evidence was presented to justify any change in this respect.

| (11) | In addition, some interested parties requested clarification as to why the initiation of the investigation concerned Ukraine as well, considering that in the request no reference was made to imports of new product types originating in that country. Given that the interim review was limited in scope to the clarification of the product concerned, it was considered that any finding in this respect was not linked to circumstances that were specific to any individual country, but would rather apply to all imports of ammonium nitrate subject to measures, whatever the origin. |
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(11)

In addition, some interested parties requested clarification as to why the initiation of the investigation concerned Ukraine as well, considering that in the request no reference was made to imports of new product types originating in that country. Given that the interim review was limited in scope to the clarification of the product concerned, it was considered that any finding in this respect was not linked to circumstances that were specific to any individual country, but would rather apply to all imports of ammonium nitrate subject to measures, whatever the origin.

| (12) | Finally, a Community producer of the product concerned argued, during the investigation, that one of the new product types was classified under CN code 3105 90 99. With reference to CN codes 3105 20 90 (mentioned in the request) and 3105 90 99, the investigation revealed that these codes covered only fertilisers with a nitrogen content not exceeding 10 % by weight on the dry anhydrous product. It was therefore concluded that these codes could not be taken into account, since they did not cover, ‘a fortiori’, fertilisers which, in normal conditions, contained more than 28 % of nitrogen by weight. |
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(12)

Finally, a Community producer of the product concerned argued, during the investigation, that one of the new product types was classified under CN code 3105 90 99. With reference to CN codes 3105 20 90 (mentioned in the request) and 3105 90 99, the investigation revealed that these codes covered only fertilisers with a nitrogen content not exceeding 10 % by weight on the dry anhydrous product. It was therefore concluded that these codes could not be taken into account, since they did not cover, ‘a fortiori’, fertilisers which, in normal conditions, contained more than 28 % of nitrogen by weight.

not

4.   Questionnaires

| (13) | The Commission officially advised the authorities of the exporting countries and all the parties known to be concerned of the initiation of this review. Questionnaires were sent to 16 producers/exporters in Russia and one in Ukraine, as well as to importers, users, producers and relevant associations in the Community, named in the request or otherwise known to the Commission. Interested parties were given the opportunity to make their views known in writing and to request a hearing within the time-limit set in the notice of initiation. |
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(13)

The Commission officially advised the authorities of the exporting countries and all the parties known to be concerned of the initiation of this review. Questionnaires were sent to 16 producers/exporters in Russia and one in Ukraine, as well as to importers, users, producers and relevant associations in the Community, named in the request or otherwise known to the Commission. Interested parties were given the opportunity to make their views known in writing and to request a hearing within the time-limit set in the notice of initiation.

| (14) | Completed replies to the questionnaires were received from two exporting producers in Russia and one in Ukraine, and from 11 producers in the Community. A number of exporting producers, producers in the Community, importers and relevant associations manifested themselves as interested parties and sent comments. Given the availability of all necessary information and data needed, it was not considered necessary to carry out verification visits at the premises of the companies that submitted completed replies. |
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(14)

Completed replies to the questionnaires were received from two exporting producers in Russia and one in Ukraine, and from 11 producers in the Community. A number of exporting producers, producers in the Community, importers and relevant associations manifested themselves as interested parties and sent comments. Given the availability of all necessary information and data needed, it was not considered necessary to carry out verification visits at the premises of the companies that submitted completed replies.

5.   Investigation period

| (15) | The investigation period (‘IP’) covered the period from 1 July 2003 to 30 June 2004. Data were collected from 2000 up to the end of the IP to investigate trends in sales, imports and purchases in the Community market of the product concerned and of the new product types. |
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(15)

The investigation period (‘IP’) covered the period from 1 July 2003 to 30 June 2004. Data were collected from 2000 up to the end of the IP to investigate trends in sales, imports and purchases in the Community market of the product concerned and of the new product types.

B.   PRODUCT CONCERNED UNDER THE ORIGINAL REGULATIONS

| (16) | The product concerned is ammonium nitrate originating in Russia and Ukraine, falling within CN codes 3102 30 90 (ammonium nitrate other than in aqueous solutions) and 3102 40 90 (mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with an N content exceeding 28 % by weight). Ammonium nitrate is a solid nitrogen fertiliser commonly used in agriculture. It is manufactured from ammonia and nitric acid, and its N content exceeds 28 % by weight in prilled or granular form. |
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(16)

The product concerned is ammonium nitrate originating in Russia and Ukraine, falling within CN codes 3102 30 90 (ammonium nitrate other than in aqueous solutions) and 3102 40 90 (mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with an N content exceeding 28 % by weight). Ammonium nitrate is a solid nitrogen fertiliser commonly used in agriculture. It is manufactured from ammonia and nitric acid, and its N content exceeds 28 % by weight in prilled or granular form.

| (17) | It is noted that the product concerned always incorporates inorganic non-fertilising substances, the presence of which is necessary, since they act as a stabiliser. Occasionally, it can also incorporate secondary nutrients and/or micro-nutrients (6) in very limited quantities. The presence of inorganic non-fertilising substances, secondary nutrients and/or micro-nutrients can be considered as marginal and does not have any influence on the customs classification of the product concerned. Ammonium nitrate, inclusive of these substances and/or nutrients (hereinafter referred to as ‘marginal substances and/or nutrients’), is referred to in this Regulation as the ‘product concerned’. |
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(17)

It is noted that the product concerned always incorporates inorganic non-fertilising substances, the presence of which is necessary, since they act as a stabiliser. Occasionally, it can also incorporate secondary nutrients and/or micro-nutrients (6) in very limited quantities. The presence of inorganic non-fertilising substances, secondary nutrients and/or micro-nutrients can be considered as marginal and does not have any influence on the customs classification of the product concerned. Ammonium nitrate, inclusive of these substances and/or nutrients (hereinafter referred to as ‘marginal substances and/or nutrients’), is referred to in this Regulation as the ‘product concerned’.

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C.   RESULTS OF THE INVESTIGATION

| (18) | In order to determine whether the existing measures were no longer sufficient to counteract the dumping which was causing injury, it was examined whether: (1) the new product types mentioned in the request shared the same chemical and physical characteristics and end-uses as the product concerned; (2) there were new product types other than those mentioned in the request which shared or may have shared the same chemical and physical characteristics and end-uses as the product concerned; (3) on the basis of the facts established under the previous points, the definition and description of the product concerned had to be clarified in the light of the new circumstances. |
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(18)

In order to determine whether the existing measures were no longer sufficient to counteract the dumping which was causing injury, it was examined whether: (1) the new product types mentioned in the request shared the same chemical and physical characteristics and end-uses as the product concerned; (2) there were new product types other than those mentioned in the request which shared or may have shared the same chemical and physical characteristics and end-uses as the product concerned; (3) on the basis of the facts established under the previous points, the definition and description of the product concerned had to be clarified in the light of the new circumstances.

| (19) | For the definition of the chemical and agronomic concepts used in this Regulation, use has been made of the definitions given in Regulation (EC) No 2003/2003 (7) (the ‘Fertilisers Regulation’) of primary nutrients (N, P, K), secondary nutrients (calcium, magnesium, sodium and sulphur), micro-nutrients (boron, cobalt, copper, iron, manganese, molybdenum and zinc), ammonium nitrate fertilisers of high nitrogen content (N above 28 %), straight fertilisers (only one primary nutrient) and compound fertilisers (more than one primary nutrient). |
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(19)

For the definition of the chemical and agronomic concepts used in this Regulation, use has been made of the definitions given in Regulation (EC) No 2003/2003 (7) (the ‘Fertilisers Regulation’) of primary nutrients (N, P, K), secondary nutrients (calcium, magnesium, sodium and sulphur), micro-nutrients (boron, cobalt, copper, iron, manganese, molybdenum and zinc), ammonium nitrate fertilisers of high nitrogen content (N above 28 %), straight fertilisers (only one primary nutrient) and compound fertilisers (more than one primary nutrient).

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1.   Chemical and physical characteristics and end-uses of the product concerned and of the new product types mentioned in the request

| (20) | The product concerned is manufactured from ammonia (NH3) and nitric acid (HNO3), the combination of which results in ammonium nitrate (NH4NO3, hereinafter referred to as ‘AN’). The N content of the product concerned exceeds 28 % by weight (it normally ranges between 33 % and 34 %). The ratio between the AN content and the N content, which depends on the atomic weight of the elements, is 2.86. Consequently, since the product concerned contains more than 28 % by weight of N, it automatically contains more that 80 % by weight of AN (normally between 94 % and 97 %) (8). As mentioned in recital 17, the product concerned also incorporates marginal substances and/or nutrients, the overall content of which can never exceed 20 % by weight, given that at least 80 % of the product concerned is represented by AN. |
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(20)

The product concerned is manufactured from ammonia (NH3) and nitric acid (HNO3), the combination of which results in ammonium nitrate (NH4NO3, hereinafter referred to as ‘AN’). The N content of the product concerned exceeds 28 % by weight (it normally ranges between 33 % and 34 %). The ratio between the AN content and the N content, which depends on the atomic weight of the elements, is 2.86. Consequently, since the product concerned contains more than 28 % by weight of N, it automatically contains more that 80 % by weight of AN (normally between 94 % and 97 %) (8). As mentioned in recital 17, the product concerned also incorporates marginal substances and/or nutrients, the overall content of which can never exceed 20 % by weight, given that at least 80 % of the product concerned is represented by AN.

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| (21) | Two key features characterise the chemical composition of the product concerned: the expression of the N content and the overall level of the N and AN content. The N is expressed as nitric nitrogen (nitrate ion NO3-) and as ammoniacal nitrogen (ammonium ion NH4+), and the ratio between the two is 1:1. The level of the N content always exceeds 28 % by weight and, consequently, as seen above, the level of AN always exceeds 80 % by weight. |
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(21)

Two key features characterise the chemical composition of the product concerned: the expression of the N content and the overall level of the N and AN content. The N is expressed as nitric nitrogen (nitrate ion NO3-) and as ammoniacal nitrogen (ammonium ion NH4+), and the ratio between the two is 1:1. The level of the N content always exceeds 28 % by weight and, consequently, as seen above, the level of AN always exceeds 80 % by weight.

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| (22) | With respect to the new product types mentioned in the request, it was found that they were also manufactured from ammonia and nitric acid, the N content exceeded 28 % by weight and, consequently, the AN content exceeded 80 % by weight. Beside AN, these new product types could also incorporate marginal substances and/or nutrients. In these products the N was also expressed as nitric nitrogen and ammoniacal nitrogen and the ratio between the two was also approximately 1:1. |
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(22)

With respect to the new product types mentioned in the request, it was found that they were also manufactured from ammonia and nitric acid, the N content exceeded 28 % by weight and, consequently, the AN content exceeded 80 % by weight. Beside AN, these new product types could also incorporate marginal substances and/or nutrients. In these products the N was also expressed as nitric nitrogen and ammoniacal nitrogen and the ratio between the two was also approximately 1:1.

| (23) | However, the new product types mentioned in the request underwent an additional process aimed at adding primary nutrients (9) other than N, i.e. P and/or K, whose presence transformed the product into a compound fertiliser (10). This compound fertiliser could be obtained chemically or by blending. In spite of this addition of other primary nutrients and regardless of the type of transformation (chemical or blending), it was found that this process did not affect any of the key chemical features of the AN contained therein, that is to say the expression of the N content and the overall level of N and AN, which exceeded, respectively, 28 % and 80 % by weight. |
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(23)

However, the new product types mentioned in the request underwent an additional process aimed at adding primary nutrients (9) other than N, i.e. P and/or K, whose presence transformed the product into a compound fertiliser (10). This compound fertiliser could be obtained chemically or by blending. In spite of this addition of other primary nutrients and regardless of the type of transformation (chemical or blending), it was found that this process did not affect any of the key chemical features of the AN contained therein, that is to say the expression of the N content and the overall level of N and AN, which exceeded, respectively, 28 % and 80 % by weight.

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| (24) | In particular, with regard to the overall level of N and AN, a distinction had to be made between compound fertilisers obtained chemically and obtained by blending. In the first case, the maximum content of 5 % of P and/or K, as indicated in the request, was found to be chemically compatible with an AN content exceeding 80 % (the maximum room left for P and/or K in compounds exceeding 80 % of AN varied between a maximum amount of 7,4 % and 12 % by weight according to the component used — 7,4 % for ammonium polyphosphate, 9,2 % for diammonium phosphate, 10,4 % for monoammonium phosphate and 12 % for potassium chloride). In the case of compounds obtained by blending operations, it was found that the resulting product consisted in granules or prills of the product concerned blended with granules or prills of P and/or K nutrients in a way that ensured that, out of the overall weight of the compound, at least 80 % was represented by AN. |
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(24)

In particular, with regard to the overall level of N and AN, a distinction had to be made between compound fertilisers obtained chemically and obtained by blending. In the first case, the maximum content of 5 % of P and/or K, as indicated in the request, was found to be chemically compatible with an AN content exceeding 80 % (the maximum room left for P and/or K in compounds exceeding 80 % of AN varied between a maximum amount of 7,4 % and 12 % by weight according to the component used — 7,4 % for ammonium polyphosphate, 9,2 % for diammonium phosphate, 10,4 % for monoammonium phosphate and 12 % for potassium chloride). In the case of compounds obtained by blending operations, it was found that the resulting product consisted in granules or prills of the product concerned blended with granules or prills of P and/or K nutrients in a way that ensured that, out of the overall weight of the compound, at least 80 % was represented by AN.

| (25) | With regard to the physical properties, it was found that these were strictly related to the agronomic characteristics and could therefore be examined in relation to the latter. In general, the agronomic properties of a fertiliser depended mainly on the primary nutrients (11) contained therein, their expression and their quantity by weight. In the light of these three criteria, it was found that both the product concerned and the new product types mentioned in the request had the same agronomic properties in relation to their N and AN content. The expression of N — which was the same for both categories of products — enabled the requirements of the crops for N to be met both in the short term and in the medium/long term. Indeed, the part of N expressed as nitric nitrogen could be easily and promptly absorbed by the crops, whereas the part expressed as ammoniacal nitrogen needed to undergo an additional process (fermentation by the bacteria in the soil) before being absorbed. In addition, the threshold of 28 % also appeared important to meet the specific needs for N of the crops, as was acknowledged at a Community level by the Fertilisers Regulation, which, in its Article 25, established that ammonium nitrate fertilisers of high nitrogen content could be defined as such only if they contained more than 28 % by weight of N. It followed that the specific needs of the crops for N were equally fulfilled by both the product concerned and the new product types mentioned in the request, regardless of the fact that the latter also contained primary nutrients other than N, i.e. P and/or K, which did not undermine the agronomic properties of the N. |
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(25)

With regard to the physical properties, it was found that these were strictly related to the agronomic characteristics and could therefore be examined in relation to the latter. In general, the agronomic properties of a fertiliser depended mainly on the primary nutrients (11) contained therein, their expression and their quantity by weight. In the light of these three criteria, it was found that both the product concerned and the new product types mentioned in the request had the same agronomic properties in relation to their N and AN content. The expression of N — which was the same for both categories of products — enabled the requirements of the crops for N to be met both in the short term and in the medium/long term. Indeed, the part of N expressed as nitric nitrogen could be easily and promptly absorbed by the crops, whereas the part expressed as ammoniacal nitrogen needed to undergo an additional process (fermentation by the bacteria in the soil) before being absorbed. In addition, the threshold of 28 % also appeared important to meet the specific needs for N of the crops, as was acknowledged at a Community level by the Fertilisers Regulation, which, in its Article 25, established that ammonium nitrate fertilisers of high nitrogen content could be defined as such only if they contained more than 28 % by weight of N. It followed that the specific needs of the crops for N were equally fulfilled by both the product concerned and the new product types mentioned in the request, regardless of the fact that the latter also contained primary nutrients other than N, i.e. P and/or K, which did not undermine the agronomic properties of the N.

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| (26) | Finally, with regard to end-uses, no parties contested that — as long as the required AN was met — both the product concerned and the new product types mentioned in the request were used during the IP by the same farmers for the same purposes. This conclusion was supported by a market survey, which found that almost all the farmers who agreed to participate in the survey had switched from the product concerned to the new product types because they were cheaper. This fact was also confirmed by an importer. |
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(26)

Finally, with regard to end-uses, no parties contested that — as long as the required AN was met — both the product concerned and the new product types mentioned in the request were used during the IP by the same farmers for the same purposes. This conclusion was supported by a market survey, which found that almost all the farmers who agreed to participate in the survey had switched from the product concerned to the new product types because they were cheaper. This fact was also confirmed by an importer.

| (27) | In addition, a public source referred to these new product types either as AN or NP/NK/NPK. This evidence supported the conclusion that the market strategy of the supplier (exporting producer and importer) and the perception of the consumer converged on considering the product concerned and the new product types as meeting the same needs. |
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(27)

In addition, a public source referred to these new product types either as AN or NP/NK/NPK. This evidence supported the conclusion that the market strategy of the supplier (exporting producer and importer) and the perception of the consumer converged on considering the product concerned and the new product types as meeting the same needs.

| (28) | It was therefore concluded that, from a chemical and physical/agronomic point of view, the new product types mentioned in the request could not be considered as the product concerned because of the presence of primary nutrients other than N, namely P and/or K. However, the product concerned and the new product types mentioned in the request were identical in relation to their AN content — as long as it exceeded 80 % by weight — the marginal substances and nutrients that they might contain, as well as their basic end-uses. Therefore, the AN content and the marginal substances and nutrients of the new product types mentioned in the request should also be considered as the product concerned. |
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(28)

It was therefore concluded that, from a chemical and physical/agronomic point of view, the new product types mentioned in the request could not be considered as the product concerned because of the presence of primary nutrients other than N, namely P and/or K. However, the product concerned and the new product types mentioned in the request were identical in relation to their AN content — as long as it exceeded 80 % by weight — the marginal substances and nutrients that they might contain, as well as their basic end-uses. Therefore, the AN content and the marginal substances and nutrients of the new product types mentioned in the request should also be considered as the product concerned.

2.   Chemical and physical characteristics and end-uses of the product concerned and of new product types other than those mentioned in the request

| (29) | It was also investigated whether there were new product types other than those mentioned in the request which shared or might share the same basic chemical and physical characteristics and end-uses as the product concerned, and which should therefore also fall within the scope of the product concerned. |
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(29)

It was also investigated whether there were new product types other than those mentioned in the request which shared or might share the same basic chemical and physical characteristics and end-uses as the product concerned, and which should therefore also fall within the scope of the product concerned.

| (30) | As mentioned before, the key chemical characteristics attributing the agronomic properties which characterised the product concerned were the expression of the N content and the overall level of N and AN. Thus, it was examined whether other fertilisers contained or might contain N expressed as nitric nitrogen and ammoniacal nitrogen at a level exceeding 28 % by weight (and, consequently, an AN level exceeding 80 % by weight). |
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(30)

As mentioned before, the key chemical characteristics attributing the agronomic properties which characterised the product concerned were the expression of the N content and the overall level of N and AN. Thus, it was examined whether other fertilisers contained or might contain N expressed as nitric nitrogen and ammoniacal nitrogen at a level exceeding 28 % by weight (and, consequently, an AN level exceeding 80 % by weight).

| (31) | The following new product types were identified: (1) double salts and mixtures of ammonium sulphate and ammonium nitrate (currently classified under CN code 3102 29 00), (2) double salts and mixtures of calcium nitrate and ammonium nitrate (currently classified under CN code 3102 60 00), (3) double salts and mixtures of magnesium compound salts and ammonium nitrate (currently classified under CN code 3102 90 00), and (4) NPK, NP and NK fertilisers, whose P, K or PK content exceeded that identified in the request (5 %) but not the threshold that was chemically possible with an N content exceeding 28 % (see recital 24). This list is not exhaustive. |
| --- | --- |

(31)

The following new product types were identified: (1) double salts and mixtures of ammonium sulphate and ammonium nitrate (currently classified under CN code 3102 29 00), (2) double salts and mixtures of calcium nitrate and ammonium nitrate (currently classified under CN code 3102 60 00), (3) double salts and mixtures of magnesium compound salts and ammonium nitrate (currently classified under CN code 3102 90 00), and (4) NPK, NP and NK fertilisers, whose P, K or PK content exceeded that identified in the request (5 %) but not the threshold that was chemically possible with an N content exceeding 28 % (see recital 24). This list is not exhaustive.

| (32) | With regard to their end-uses, it was found that their chemical structure and the agronomic properties were such as to make them suitable for use for the same purposes as the product concerned as long as their N content was sufficient, i.e. at a level exceeding 28 % by weight (and, consequently, an AN level exceeding 80 % by weight). |
| --- | --- |

(32)

With regard to their end-uses, it was found that their chemical structure and the agronomic properties were such as to make them suitable for use for the same purposes as the product concerned as long as their N content was sufficient, i.e. at a level exceeding 28 % by weight (and, consequently, an AN level exceeding 80 % by weight).

| (33) | It was therefore concluded that the product concerned and the new product types other than those mentioned in the request were identical in relation to their AN content — as long as it exceeded 80 % by weight — the marginal substances and nutrients that they might contain, as well as their basic end-uses. Therefore, the AN content and the marginal substances and nutrients of the new product types other than those mentioned in the request should also be considered as the product concerned. |
| --- | --- |

(33)

It was therefore concluded that the product concerned and the new product types other than those mentioned in the request were identical in relation to their AN content — as long as it exceeded 80 % by weight — the marginal substances and nutrients that they might contain, as well as their basic end-uses. Therefore, the AN content and the marginal substances and nutrients of the new product types other than those mentioned in the request should also be considered as the product concerned.

| (34) | Some interested parties claimed that the inclusion of fertilisers which were not described as problematic in the request was unjustifiable. In this respect it is noted that the purpose of this investigation was to include all new product types, which should be considered as the product concerned because they have essentially the same basic physical and chemical characteristics and the same basic uses. Accordingly, in the notice of initiation reference was made to ‘new product types’ without any additional detail concerning their chemical composition, with a view to examining on the basis of objective criteria whether and which new product types should be included. It was therefore considered that all types of fertilisers that incorporated the product concerned, and their tariff classification, could be investigated and included in this Regulation. Hence, the claim had to be rejected. |
| --- | --- |

(34)

Some interested parties claimed that the inclusion of fertilisers which were not described as problematic in the request was unjustifiable. In this respect it is noted that the purpose of this investigation was to include all new product types, which should be considered as the product concerned because they have essentially the same basic physical and chemical characteristics and the same basic uses. Accordingly, in the notice of initiation reference was made to ‘new product types’ without any additional detail concerning their chemical composition, with a view to examining on the basis of objective criteria whether and which new product types should be included. It was therefore considered that all types of fertilisers that incorporated the product concerned, and their tariff classification, could be investigated and included in this Regulation. Hence, the claim had to be rejected.

3.   Conclusions

| (35) | In the light of the above findings, it is concluded that all new product types should be considered as the product concerned exclusively in relation to their content of AN — as long as this exceeds 80 % by weight — together with marginal substances and nutrients, but not as far as the primary nutrients P and K are concerned. As a consequence, in order to apply the existing measures only to the product concerned incorporated in all new product types, the proportional application of the existing measures appears warranted. |
| --- | --- |

(35)

In the light of the above findings, it is concluded that all new product types should be considered as the product concerned exclusively in relation to their content of AN — as long as this exceeds 80 % by weight — together with marginal substances and nutrients, but not as far as the primary nutrients P and K are concerned. As a consequence, in order to apply the existing measures only to the product concerned incorporated in all new product types, the proportional application of the existing measures appears warranted.

| (36) | In this respect, it is considered that, in the case of imports of compounds (12) of ammonium nitrate fertilisers with a nitrogen content exceeding 28 % by weight, the existing measures should be applied in proportion to their content of AN and of other marginal substances and nutrients. With a view to simplifying the customs procedure and the application of the appropriate duty rates corresponding to the amount of product concerned incorporated in the compound, four ranges of duty rates have been established corresponding each to a group of compounds containing respectively the first less than 3 % by weight of P and/or K, the second 3 % by weight or more but less than 6 % by weight of P and/or K, the third 6 % by weight or more but less than 9 % by weight of P and/or K and the fourth 9 % by weight or more but not exceeding 12 % by weight of P and/or K. |
| --- | --- |

(36)

In this respect, it is considered that, in the case of imports of compounds (12) of ammonium nitrate fertilisers with a nitrogen content exceeding 28 % by weight, the existing measures should be applied in proportion to their content of AN and of other marginal substances and nutrients. With a view to simplifying the customs procedure and the application of the appropriate duty rates corresponding to the amount of product concerned incorporated in the compound, four ranges of duty rates have been established corresponding each to a group of compounds containing respectively the first less than 3 % by weight of P and/or K, the second 3 % by weight or more but less than 6 % by weight of P and/or K, the third 6 % by weight or more but less than 9 % by weight of P and/or K and the fourth 9 % by weight or more but not exceeding 12 % by weight of P and/or K.

12

| (37) | Finally, it is concluded that the description of the product concerned given in the operative part of the original Regulations needs to be clarified: the wording ‘ammonium nitrate’ should be replaced by ‘solid fertilisers with an ammonium nitrate content exceeding 80 % by weight’, to acknowledge that several fertilisers have an AN content exceeding 80 % by weight, and have an N content expressed as nitric nitrogen and ammoniacal nitrogen exceeding 28 % by weight, and to avoid confusion between the product concerned and its major content (AN). |
| --- | --- |

(37)

Finally, it is concluded that the description of the product concerned given in the operative part of the original Regulations needs to be clarified: the wording ‘ammonium nitrate’ should be replaced by ‘solid fertilisers with an ammonium nitrate content exceeding 80 % by weight’, to acknowledge that several fertilisers have an AN content exceeding 80 % by weight, and have an N content expressed as nitric nitrogen and ammoniacal nitrogen exceeding 28 % by weight, and to avoid confusion between the product concerned and its major content (AN).

| (38) | Several interested parties disagreed with what they defined as an extension of the existing measures to products other than the product concerned. It is recalled that the above conclusions do not foresee the extension of the existing measures as such to new product types, but only their proportional application to the product concerned incorporated in the new product types, |
| --- | --- |

(38)

Several interested parties disagreed with what they defined as an extension of the existing measures to products other than the product concerned. It is recalled that the above conclusions do not foresee the extension of the existing measures as such to new product types, but only their proportional application to the product concerned incorporated in the new product types,

HAS ADOPTED THIS REGULATION:

Article 1

| 1. | Article 1(1) of Regulation (EC) No 658/2002 shall be replaced by the following:

  ‘1.   A definitive anti-dumping duty is hereby imposed on imports of solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, falling within CN codes 3102 30 90, 3102 40 90, ex 3102 29 00, ex 3102 60 00, ex 3102 90 00, ex 3105 10 00, ex 3105 20 10, ex 3105 51 00, ex 3105 59 00 and ex 3105 90 91, and originating in Russia.’ |
| --- | --- |

1.

Article 1(1) of Regulation (EC) No 658/2002 shall be replaced by the following:

‘1.   A definitive anti-dumping duty is hereby imposed on imports of solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, falling within CN codes 3102 30 90, 3102 40 90, ex 3102 29 00, ex 3102 60 00, ex 3102 90 00, ex 3105 10 00, ex 3105 20 10, ex 3105 51 00, ex 3105 59 00 and ex 3105 90 91, and originating in Russia.’

| 2. | Article 1(1) of Regulation (EC) No 132/2001 shall be replaced by the following:

  ‘1.   A definitive anti-dumping duty is hereby imposed on imports of solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, falling within CN codes 3102 30 90, 3102 40 90, ex 3102 29 00, ex 3102 60 00, ex 3102 90 00, ex 3105 10 00, ex 3105 20 10, ex 3105 51 00, ex 3105 59 00 and ex 3105 90 91, and originating in Ukraine.’ |
| --- | --- |

2.

Article 1(1) of Regulation (EC) No 132/2001 shall be replaced by the following:

‘1.   A definitive anti-dumping duty is hereby imposed on imports of solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, falling within CN codes 3102 30 90, 3102 40 90, ex 3102 29 00, ex 3102 60 00, ex 3102 90 00, ex 3105 10 00, ex 3105 20 10, ex 3105 51 00, ex 3105 59 00 and ex 3105 90 91, and originating in Ukraine.’

| 3. | Article 1(2) of Regulation (EC) No 658/2002 shall be replaced by the following:

  ‘2.   The rate of the definitive anti-dumping duty shall be a fixed amount of Euro per tonne as shown below:








  Product description | CN code | TARIC code | Fixed amount of duty
  (Euro per tonne) |
| --- | --- | --- | --- | --- |
| — | Ammonium nitrate other than in aqueous solutions |

3.

Article 1(2) of Regulation (EC) No 658/2002 shall be replaced by the following:

‘2.   The rate of the definitive anti-dumping duty shall be a fixed amount of Euro per tonne as shown below:

Product description

CN code

TARIC code

Fixed amount of duty

(Euro per tonne)

—

Ammonium nitrate other than in aqueous solutions

3102 30 90

—

47,07

| — | Mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with a nitrogen content exceeding 28 % by weight |
| --- | --- |

—

Mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with a nitrogen content exceeding 28 % by weight

3102 40 90

—

47,07

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 29 00

10

47,07

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 60 00

10

47,07

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 90 00

10

47,07

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, with no phosphorus and no potassium content |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, with no phosphorus and no potassium content

3105 10 00

10

47,07

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of less than 3 % by weight

3105 10 00

20

45,66

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 10 00

30

44,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight

3105 10 00

40

42,83

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 10 00

50

41,42

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of less than 3 % by weight

3105 20 10

30

45,66

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 20 10

40

44,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 %

3105 20 10

50

42,83

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 20 10

60

41,42

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight

3105 51 00

10

45,66

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight

3105 51 00

20

44,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight

3105 51 00

30

42,83

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight

3105 51 00

40

42,17

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight

3105 59 00

10

45,66

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight

3105 59 00

20

44,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight

3105 59 00

30

42,83

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight

3105 59 00

40

42,17

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of less than 3 % by weight

3105 90 91

30

45,66

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 90 91

40

44,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight

3105 90 91

50

42,83

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 90 91

60

41,42 ’

| 4. | Article 1(2) of Regulation (EC) No 132/2001 shall be replaced by the following:

  ‘2.   The rate of the definitive anti-dumping duty shall be a fixed amount of Euro per tonne as shown below:








  Product description | CN code | TARIC code | Fixed amount of duty
  (Euro per tonne) |
| --- | --- | --- | --- | --- |
| — | Ammonium nitrate other than in aqueous solutions |

4.

Article 1(2) of Regulation (EC) No 132/2001 shall be replaced by the following:

‘2.   The rate of the definitive anti-dumping duty shall be a fixed amount of Euro per tonne as shown below:

Product description

CN code

TARIC code

Fixed amount of duty

(Euro per tonne)

—

Ammonium nitrate other than in aqueous solutions

3102 30 90

—

33,25

| — | Mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with a nitrogen content exceeding 28 % by weight |
| --- | --- |

—

Mixtures of ammonium nitrate with calcium carbonate or other inorganic non-fertilising substances, with a nitrogen content exceeding 28 % by weight

3102 40 90

—

33,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 29 00

10

33,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 60 00

10

33,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight

3102 90 00

10

33,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, with no phosphorus and no potassium content |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, with no phosphorus and no potassium content

3105 10 00

10

33,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of less than 3 % by weight

3105 10 00

20

32,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 10 00

30

31,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight

3105 10 00

40

30,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and/or a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 10 00

50

29,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of less than 3 % by weight

3105 20 10

30

32,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 20 10

40

31,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 %

3105 20 10

50

30,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 20 10

60

29,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight

3105 51 00

10

32,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight

3105 51 00

20

31,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight

3105 51 00

30

30,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight

3105 51 00

40

29,79

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of less than 3 % by weight

3105 59 00

10

32,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 3 % by weight or more but less than 6 % by weight

3105 59 00

20

31,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 6 % by weight or more but less than 9 % by weight

3105 59 00

30

30,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a phosphorus content evaluated as P2O5 of 9 % by weight or more but not exceeding 10,40 % by weight

3105 59 00

40

29,79

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of less than 3 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of less than 3 % by weight

3105 90 91

30

32,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 3 % by weight or more but less than 6 % by weight

3105 90 91

40

31,25

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 6 % by weight or more but less than 9 % by weight

3105 90 91

50

30,26

| — | Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight |
| --- | --- |

—

Solid fertilisers with an ammonium nitrate content exceeding 80 % by weight, and a potassium content evaluated as K2O of 9 % by weight or more but not exceeding 12 % by weight

3105 90 91

60

29,26 ’

Article 2

This Regulation shall enter into force on the day following that of its publication in the Official Journal of the European Union.

This Regulation shall be binding in its entirety and directly applicable in all Member States.

Done at Luxembourg, 21 June 2005.

For the Council

The President

F. BODEN

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(1)  
  OJ L 56, 6.3.1996, p. 1. Regulation as last amended by Regulation (EC) No 461/2004 (OJ L 77, 13.3.2004, p. 12).

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(2)  
  OJ L 198, 23.8.1995, p. 1.

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(3)  
  OJ L 93, 26.3.1998, p. 1.

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(4)  
  OJ L 102, 18.4.2002, p. 1. Regulation as amended by Regulation (EC) No 993/2004 (OJ L 182, 19.5.2004, p. 28).

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(5)  
  OJ L 23, 25.1.2001, p. 1. Regulation as amended by Regulation (EC) No 993/2004.

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(6)  For the definition of ‘secondary nutrients’ and ‘micro-nutrients’, see recital 19 of this Regulation and Articles 2(c) and 2(d) of Regulation (EC) No 2003/2003 (OJ L 304, 21.11.2003, p. 1).

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(7)  
  OJ L 304, 21.11.2003, p. 1.

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(8)  The atomic weight of N is 14.0067, of H — hydrogen — is 1.00794 and of O — oxygen — 15.9994. The overall weight of AN is therefore 80.04, of which 28.01 is represented by N. The ratio between AN and N corresponds to 2.86.

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(9)  See recital 19 of this Regulation and definition given in Article 2(b) of the Fertilisers Regulation.

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(10)  See recital 19 of this Regulation and definition given in Article 2(j) of the Fertilisers Regulation.

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(11)  See recital 19 of this Regulation and definition given in Article 2(b) of the Fertilisers Regulation.

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(12)  In line with the definition given in Article 2(j) of the Fertilisers Regulation.

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