Polish Geological Institute

Department of Economical Geology     

Mineral Resources of Poland

Introduction

 

The Polish Geological Institute in the System of Management and Protecting of Polish Mineral Raw Materials MIDAS carries out the registration of data on all of the mineral raw material deposits and resources base and on the output and developing possibilities. The system is a base to carry out the registry of Polish mineral raw materials deposits and to prepare the paper “Bilans zasobow kopalin i wod podziemnych w Polsce” which has been issued annually since 1953. Usually the title of the paper mentioned about is translated as “Balance of Raw Material and Groundwater Resources in Poland” but in the authors opinion this translation should be changed into “Annual Report of Mineral Reserves/Resources and Groundwater Resources in Poland”.

The present publication “Mineral Resources of Poland” is based on the Polish paper mentioned about which was published in 2005 (as of 31 December 2004). The paper contains the data on 8.8 thousand deposits with the resources that amounts 193 milliard tons. The chapters referring to the particular Fuels and Mineral Commodities are presented in alphabetical order. The tables concerning the resources, output as well as Polish exports and imports of mineral raw materials have been taken from the Polish edition.

In the last five years the positive hydrocarbons exploration results had a significant impact on the mineral raw material deposits management. The most important were a discovery and an exploitation decision of natural gas fields Bronsko with more than 14,000 million m3 of economic reserves.  At the same time some of the smaller natural gas and crude oil fields were developed. Besides, hard coal and lignite output amounted to 100,000 and 60,000 tons per year accordingly and stabilized. It points out that the energetic raw materials are still very important for Polish extractive industry sector.

A substantial impact on Polish economy have also metallic raw materials as copper, silver, zinc and lead and also the numerous and big deposits of common rock raw materials as raw material base for building, ceramic, lime and cement industries. In the last few years some of chemical raw materials as sulfur, barite and fluorspar lost their magnitude.

The tables summarising the volume and the directions of imports and exports show only raw materials of major importance in the international turnover. The criterion for including the particular raw material in the table was the volume of its imports and exports in 2004, which had to reach the minimum value of PLN 10,000 thousand. The number of countries in the tables has been limited, in principle, to those whose turnovers with Poland amounted to not less than PLN 500 thousand.

The terminology and classification of the resources used in this paper is an attempt to adapt the national classification to the United Nations International Framework Classification for Reserves/Resources (Solid Fuels and Mineral Commodities) in principle accepted by the UN Economic and Social Council in Geneva, in 1996 (Workshop -1995, Energy/ WP.1R.77 -1997). The work on improvement and acceptation of the terminology is being carried on in non-European countries (Guidelines to the United Nations International Framework classification for reserves/resources 2000). The United Nations International Classification for Reserves/Resources is presented in Table I.1.

 The adaptation of Polish terminology to the UN Classification standards is a continuation of such attempts (M. Niec, 1995; M. Piwocki, S. Przenioslo, 1997; M. Niec, M. Piwocki, S. Przenioslo, 2000). The greatest terminological difficulties in the translation into English concerned the classification of resources. For instance, it worthy of notice that no distinction is made in Polish between the terms reserves” and resources” and they are expressed by one word zasoby”. This is reflected in the presentation of the total national resources.

 The Polish Geological Survey is responsible for estimation of national raw materials resources based on a geological study stage. The term “Total Resources” covers not only Proved Mineral Resources (in place) and/or Probable Mineral Resources but also Economic Reserves. Economic Reserves separately are specified in a document corresponding to Prefeasibility Study.

For better understanding and making possible the use of the original Polish publications concerning the management of resources, we present below the UN classification (Table I.1), followed the corresponding Polish terms.

For the most important Polish raw materials the table has been compiled (Table 1.2), containing Polish classification and UNFC classification of resources/reserves as of 31 December 2004. For oil and natural gas the data are assessed only within the national classification.

The example of adoption of the UNFC classification for two Polish oil/gas fields – Koscian and BMB – was presented during the session of Exports and Supply of Fossil Fuels in Geneva in 10-11 November 2004 (Hoffman M., Przenioslo S., 2004). The formal method of presenting such data regarding to hydrocarbons has not been established yet.

    Due to the lack of adequate data the Reserve Base assessed in Poland is bigger than the reserves assessed according to the UNFC by several to dozen percent.

 

Table I.2  The Resources/Reserves of most important raw materials in Poland

(in million tons)

 

Raw material

 

National Classification

UNFC Classification

Total Resources

(Potentially economic excluded)

Reserve

Remaining resources (Potentially economic included)

 

Including: Economic in situ (Reserve Base)

Backfilling sands

4,600.32

  370.31

    370.31

  5,397.16

Barite

       5.66

Bentonites and bentonitic clays

       2.73

      1.38

       1.38

         1.60

Building ceramics raw materials

3,972.13

  375.48

   375.48

  3,692.73

Ceramic clays

   140.53

      8.87

      8.87

     147.63

Chalk

   198.38

    16.58

    16.58

     194.43

Clay raw materials for cement production

   219.38

      2.01

      2.01

     263.04

Clay raw materials for light aggregate production

   385.36

    13.40

    13.40

     381.16

Copper ores

sliver

copper

2,030.67

   109.30

     39.86

   738.34

     43.46

     16.97

  738.34

    43.46

    16.97

2,179.44

  121.53

    37.08

Crude oil*)

19,519.00

16,218.00

 

 

Diatomiceous rock

     10.02

       0.21

      0.21

12.55

Dimension and crushed stones

8,201.85

2,869.92

2,869.92

5,846.18

Dolomites

  346.85

   133.43

  133.43

223.99

Feldspar raw materials

    86.84

       3.48

      3.48

96.54

Flinstones

    28.00

28

Fluorspar

      0.54

Foundry sands

  349.61

     67.52

    67.52

288.08

Glass sands

  601.40

   211.31

  211.31

526.86

Gypsum and anhydrites

  260.88

   115.43

  115.43

171.41

Hard coal

42,579.00

6,928.00

6,928.00

63,021.00

Kaolin raw materials

     215.20

     74.48

     74.48

186.77

Lignite

13,634.93

1,586.41

1,586.41

16,664.40

Limestones and marls for cement industry

12,513.54

2,303.94

2,303.94

10,887.24

Limestones and marls for lime industry

  5,508.02

   942.36

   942.36

   5,402.15

Magnesites

       13.24

       2.80

       2.80

12.62

Natural aggregates

14,637.32

2,191.30

2,191.30

12,836.68

Natural gas **)

154,355.00

80,723.00

 

 

Nickel ores

       14.64

Peat

       76.58

     31.27

     31.27

53.63

Phyllite, quartz and micaceous shales

       23.88

     10.80

     10.80

-

Potassium-magnesium salts

      669.11

Quartz sands for cellular concretes production

      241.70

     23.67

     23.67

221.16

Quartz sands for lime-sand brick production

     482.60

     57.01

     57.01

436.62

Refractory clays

        55.64

       3.53

       3.53

162.45

Refractory quartzites

        14.75

       7.87

       7.87

11.62

Rock salt

 80,187.64

4,357.32

4,357.32

99,198.82

Siliceous earth

          2.22

3.22

Sulfur

      468.47

     33.83

    33.83

464.41

Vein quartz

          6.59

       3.25

      3.25

3.69

Zinc and lead ores

Pb

Zn

      174.06

          3.09

          6.75

     27.89

       0.45

       1.17

    27.89

      0.45

      1.17

295.04

    3.89

    9.28

*)  Resources/Reserves extractable in million tons

**) Resources/Reserves extractable in million cubic meters

 

 

Back