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CHAPTER 2. THE FERTILIZER SECTOR


Mineral fertilizer production

The history of the Polish fertilizer industry can be traced back to the second half of the 19th century. In the period between the first and second World Wars, two nitrogen fertilizer plants (Moscice and Chorzów), four phosphorus fertilizer plants and three potassium salt mines were operating in the country. Some of these old plants, after considerable reconstruction, are still in operation but after the Second World War the fertilizer industry was practically rebuilt from scratch. In the second half of the 1980s it reached a peak production capacity of 1 640 thousand tonnes of N and 945 thousand tonnes of P2O5 annually. Potassium fertilizers, some 1 350 thousand tonnes of K2O, were imported from the former USSR and former East Germany.

The fertilizer industry was a very important part of the central planned economy and its production capacity matched the demand for fertilizers by Polish agriculture. There were almost no fertilizer exports. Fertilizer production and distribution were subsidized by the State and the demand for low-cost products exceeded production substantially. Mineral fertilizers were much more easily available for the state farms, which were supported for political reasons, than to the individual ones. State farms, covering about 17 percent of the agricultural land, consumed more than 30 percent of the total fertilizers sold in the country.

In 1991, the first year of transformation to a market oriented economy, the subsidy on fertilizers was removed and the demand from an impoverished agriculture dropped dramatically. The fertilizer factories reacted by reducing production and starting to export fertilizers. Few plants were closed. At present five large nitrogen plants and six phosphorus and compound fertilizer plants are operating in Poland (Table 9, Figure 6). The production capacity of these factories, particularly the phosphorus plants, is not yet fully realized and a substantial part of the production is exported to European countries and overseas.

Table 9. The large Polish fertilizer plants (capacities in thousand tonnes product per annum)

Plant

Fertilizers produced

Capacities

Zaklady Azotowe Pulawy

Urea

730

Ammonium nitrate

1 220

UAN (solution)

900

Zaklady Chemiczne Police

Urea

400

NP. fertilizers

460

NPK fertilizers

960

Zaklady Azotowe Kedzierzyn

Urea

175

Calcium amm. nitrate

1120

UAN (solution)

150

Zaklady AzotoweTarnow

Calcium amm. nitrate

450

Ammonium sulphate

410

Zaklady Azotowe Wloclawek

Ammonium nitrate

790

Zaklady Nawozów Gdansk

Triple superphosphate

150

NPK, PK fertilizers

310

Kopalnie Zaklady Tarnobrzeg

Single superphosphate

550

NP, NPK & PK

200

Superfosfat Zaklady Szczecin

Single superphosphate

480

NPK & PK fertilizers


Zaklady Chemiczne Lubon

Single superphosphate

250

NPK, NP, PK

320

Fabryka Nawozów Ubocz

Single superphosphate

250

NPK fertilizers

160

Zaklady Przemyslu Wroclaw

Single superphosphate & NPK fertilizers

300

Zaklady Chemiczne Zlotniki

NMg, Mg fertilizers


Source: Górecki and Biskupski, 1998.

Mineral fertilizer consumption

Domestic fertilizer consumption reached its lowest level in 1992 (1 135 thousand tonnes total NPK and 62 kg NPK/ha of agricultural land) and has been slowly recovering ever since. In 2001 consumption reached 1 615 thousand tonnes, of which 55 percent was accounted for by N, 20 percent by P2O5 and 25 percent by K2O. The share of nitrogen in the total NPK is much higher than before 1990 and nitrogen consumption is increasing at a faster rate compared with phosphorus and potassium.

Figure 6: Location of fertilizer plants in Poland

Table 10. Production, consumption and trade of mineral fertilizers (1998 to 2000)

Fertilizers

Item

Thousand tonnes nutrient

1998

1999

2000

Nitrogen N

Production

1 406

1 272

1 576

Consumption

832

862

861

Import

127

245

126

Export

637

438

686

Unaccounted*

64

217

155

Phosphorus P2O5

Production

593

535

639

Consumption

317

308

297

Import

29

36

38

Export

194

173

135

Unaccounted*

111

90

245

Potassium K2O**

Consumption

380

387

368

* Unfortunately the data concerning exports and imports are not fully available and reliable. The data concerning production and consumption in agriculture are reliable.

** There is no production of potassium in Poland. The consumption is that of imported material.

The consumption of nutrients varies greatly between the different regions of Poland. The average figures for the years 1999 to 2001 are shown in Table 11.

Table 11. Consumption of mineral fertilizers (kg/ha of agricultural land)

Region or province

N

P2O5

K2O

NPK

Dls

37.4

16.9

20.1

74.4

Kuj

76.9

16.8

22.5

116.2

Lub

39.7

17.8

20.8

78.2

Lus

51.0

16.5

17.8

85.2

Lod

48.3

11.2

13.0

72.5

Mal

33.2

18.2

19.3

70.7

Maz

35.6

17.9

21.8

75.3

Opl

68.4

22.6

36.7

127.7

Pdk

23.6

12.6

13.8

50.0

Pod

41.9

16.6

17.8

76.4

Pom

58.2

29.0

37.3

124.5

Sls

36.3

11.2

16.1

63.6

Swi

36.2

14.9

13.6

64.7

Wrm

44.5

12.3

16.3

73.1

Wlp

67.4

17.4

23.9

108.7

Zpm

62.1

15.8

26.2

104.2

Poland

47.4

16.7

20.9

85.1

Source: GUS, 2000-2002.

The consumption of mineral fertilizers in Poland increased by about 10 percent in 2001 compared with the figure for 1997-1999. It concerned all nutrients almost proportionally and therefore the N:P2O5:K2O ratio remained practically unchanged (1:0.35:0.44). The highest rates of mineral fertilizers, exceeding 110 kg NPK/ha, are applied in five regions in western and northern Poland (Kuj, Opl, Pom, Wlp, Zpm) (Figure 7). In the eastern and southern parts of the country, the consumption of mineral fertilizers is below 75 kg NPK/ha of agricultural land. These figures are to some extent misleading because of the different proportions of set-aside land, practically unfertilized, in the various regions of Poland.

Figure 7. Consumption of fertilizers by region, 1999-2001 (kg nutrient/ha)

The products sold in Poland in 1998 are shown in Table 12 and the relative importance of the different products is shown in Figure 8 for nitrogen and Figure 9 for phosphorus.

Until 1994 practically the whole amount of fertilizers was distributed in solid form. A new product, urea ammonium nitrate solution (UAN), launched by the Zaklady Azotowe, Pulawy S.A. plant, challenged the established distribution system for fertilizers. At the beginning of 1990s UAN was sold exclusively on foreign markets. The export of this product in 1993 and 1994 reached the level of about 600 000 tonnes. Since 1994, with the logistical and financial support of ZA Pulawy plant, a network of liquid fertilizer storage and distribution stations has been built, mainly in the Northern and Western regions of Poland. The storage stations are usually provided with two tanks each of 20 m3 capacity, located on a pad to secure against the accidental leakage of UAN. Due to the lower production and transport costs, the price per nitrogen unit in UAN is a few to several percent lower in comparison to solid nitrogen fertilizers. The consumption of UAN, starting from 25 000 tonnes in 1994, has been increasing steadily to the estimated amount of over 100 000 tonnes recently.

Table 12. Structure of fertilizer consumption in Poland ('000 tonnes nutrient)


2000

Percent

Nitrogen

Ammonium sulphate

14

1

Urea

223

25

Ammonium nitrate

400

45

Calcium amm. nitrate

148

16

Nitrogen solutions

41

4

Ammonium phosphate N

10

1

NPK N

60

8

Total N

896

100

Phosphate

Single superphosphate

18

7

Triple superphosphate

20

8

Other straight P2O5

-

-

Amm. phosphate P2O5

26

9

PK P2O5

25

9

NPK P

181

67

Total

270

100

Potash

Potassium chloride

160

43

PK K2O

30

8

NPK K2O

180

49

Total K2O

370

100

Total N + P2O5 + K2O

1536


Source: IFA.

Figure 8. Structure of nitrogen fertilizer consumption

Figure 9. Structure of phosphorus fertilizer consumption


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