Magnesites

2021

Resources and output

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources of magnesites as of the end of 2021 decreased in comparison with the previous year due to the exploitation by 101.94 thousand tonnes and amounted to 13,399.57 thousand tonnes.

In 2021, the domestic output of magnesites (from the only deposit under exploitation – Braszowice) was equal only 65.82 thousand tonnes and increased by 0.57 thousand tonnes (0.87 %) in comparison with 2020. In the years 2011-2019, the exploitation remained within a range of 75-102 thousand tonnes, so the last two years with the exploitation level of about 60 thousand tonnes indicated the significant drop.

The figure given below shows changes in resources and output of magnesites in Poland in the years 1989-2021.

 

Table 2. List of magnesites deposits – thousand tonnes

Prospective resources, within three serpentine massives: Gogołów-Jordanów, Szklary and Groszowa-Braszowice, are assessed to be equal 3.25 million tonnes*.

Prepared by: Agnieszka Malon

* Sroga C., 2020 – ‘Magnezyty (magnesite)’. W: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31.12.2018 r.’ (red. Szamałek K., Szuflicki M., Mizerski W.): 350-352. PIG-PIB, Warszawa [in Polish].

2020

Resources and output

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources of magnesites as of the end of 2020 decreased in comparison with the previous year due to the exploitation by 133.95 thousand tonnes and amounted to 13,501.51 thousand tonnes.

In 2020, the domestic production of magnesites (from the only deposit under exploitation – Braszowice) was equal only 65.25 thousand tonnes and dropped by 26.24 thousand tonnes (29 %) since 2019. In the years 2013-2015, the exploitation remained at the quite stable level of about 90 thousand tonnes, whereas in the 2017-2018 period it was slightly above 100 thousand tonnes.

The figure given below shows changes in resources and output of magnesites in Poland in the years 1989-2020.

 

Table 2. List of magnesites deposits – thousand tonnes

Prospective resources, within 3 serpentine massives: Gogołów-Jordanów, Szklary and Groszowa-Braszowice, are assessed to be equal 3.25 million tonnes*.

Prepared by: Agnieszka Malon

* Sroga C., 2020 – ‘Magnezyty (magnesite)’. W: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31.12.2018 r.’ (red. Szamałek K., Szuflicki M., Mizerski W.): 350-352. PIG-PIB, Warszawa [in Polish].

2019

Resources and output

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources of magnesites as of the end of 2019 decreased in comparison with the previous year due to the exploitation by 0.08 million tonnes and amounted to 13.64 million tonnes.

In 2019, the domestic production of magnesites (from the only deposit under exploitation – Braszowice) was equal 91.49 thousand tonnes and dropped by 10.62 thousand tonnes since 2018. In the years 2013-2015, the exploitation remained at the quite stable level of 90 thousand tonnes, whereas in the 2016-2018 period it was slightly above 100 thousand tonnes.

The figure given below shows changes in resources and output of magnesites in Poland in the years 1989-2019.

 

Table 2. List of magnesites deposits – thousand tonnes

Prospective resources, within 3 serpentine massives: Gogołów-Jordanów, Szklary and Groszowa-Braszowice, are assessed to be equal 3.25 million tonnes*.

Prepared by: Agnieszka Malon

* Sroga C., 2020 – ‘Magnezyty (magnesite)’. W: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31.12.2018 r.’ (red. Szamałek K., Szuflicki M., Mizerski W.): 350-352. PIG-PIB, Warszawa.

2018

Magnesite (magnesium carbonate – MgCO₃) originates from a decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, 6 magnesite deposits have been documented in this region. The deposits are of the vein type, with individual veins attaining up to 3 m in thickness and characterized by a complex geological structure and a high variability in the raw material quality. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes*.

Magnesite is used mainly as a semi-manufactured material in the production of multi-component artificial fertilizers, in the purification of potable water and sewage treatment and as a mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2018 were estimated at 13.72 million tonnes and decreased due to the exploitation by 0.10 million tonnes in comparison with the previous year.

In 2018, the domestic production (from the only deposit under exploitation – Braszowice) of magnesites was equal slightly above 102 thousand tonnes and remained at the same level as in 2017 (Table 2). In the previous years (2013-2015) the output remained at the level of about 90 thousand tonnes, so the 2018 was the subsequent year with the production exceeding 100 thousand tonnes.

The figure given below shows changes in resources and output of magnesites in Poland in the years 1989-2018.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

* Sroga C., 2011 – ‘Magnezyty’. In: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ (ed. S. Wołkowicz, T. Smakowski, S. Speczik): 228-231. PIG-PIB, Warszawa.

2017

Magnesite (magnesium carbonate – MgCO₃) originates from a decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, 6 magnesite deposits have been documented in this region. The deposits are of the vein type, with individual veins attaining up to 3 m in thickness and characterized by a complex geological structure and a high variability in the raw material quality. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes*.

Magnesite is used mainly as a semi-manufactured material in the production of multi-component artificial fertilizers, in the purification of potable water and sewage treatment and as a mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2017 were estimated at 13.82 million tonnes and decreased due to the exploitation by 0.10 million tonnes in comparison with the previous year.

In 2017, the domestic production (from the only deposit under exploitation – Braszowice) of magnesite was equal 102 thousand tonnes and increased in comparison with 2016 by about 30 % (Table 2). It was the first year of the production exceeding 100 thousand tonnes, after the output drop in 2016 and after 3 years (2013-2015) of the output remaining at the similar level of about 90 thousand tonnes.

The figure given below shows changes in resources and output of magnesites in Poland in the years 1989-2017.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

* Sroga C., 2011 – ‘Magnezyty’. In: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ (ed. S. Wołkowicz, T. Smakowski, S. Speczik): 228-231. PIG-PIB, Warszawa.

2016

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been documented in this region. The deposits are of the vein type, with individual veins attaining up to 3 m in thickness and characterized by a complex geological structure and a high variability in the raw material quality. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes*.

Magnesite is used mainly as a semi-manufactured material in the production of multi-component artificial fertilizers, in the purification of potable water and sewage treatment and as a mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2016 were estimated at 13.92 million tonnes and decreased due to the exploitation by 0.08 million tonnes in comparison with the previous year.

In 2016, the domestic production (from Braszowice deposit under exploitation) of magnesite was equal 78 thousand tonnes and decreased in comparison with 2015 by about 20 % (table 2). It was the first year of the production declining, after 3 years of the output remaining at the similar level of about 90 thousand tonnes.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

* Sroga C., 2011 – ‘Magnezyty’. In: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ (ed. S. Wołkowicz, T. Smakowski, S. Speczik): 228-231. PIG-PIB, Warszawa.

2015

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been documented in this region. The deposits are of the vein type, with individual veins attaining up to 3 m in thickness and characterized by complex geological structure and high variability in quality of the raw material. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes*.

Magnesite is used mainly as semi-manufactured material in production of multi-component artificial fertilizers, in purification of potable water and sewage treatment and as mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2015 were estimated at 14.00 million tonnes and decreased due to the exploitation by 0.11 million tonnes in comparison with the previous year.

In 2015, domestic production of magnesite – from the only Polish deposit under exploitation – was equal 96 thousand tonnes, slightly decreasing in comparison with 2014 (table 2). It was the third successive year with the output remaining on the similar level of about 90 thousand tonnes.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

* Sroga C., 2011 – ‘Magnezyty’. In: ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ (ed. S. Wołkowicz, T. Smakowski, S. Speczik): 228-231. PIG-PIB, Warszawa.

2014

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been proven in this region. The deposits are of the vein type, with individual veins attaining up to 3 meters in thickness and characterized by complex geological structure and high variability in quality of the raw material. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes⁽¹⁾.

Magnesite is used mainly as semi-manufactured material in production of multi-component artificial fertilizers, in purification of potable water and sewage treatment and as mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2014 were estimated at 14.11 million tonnes and decreased by 0.27 million tonnes in comparison with the previous year. There was new resources calculation approved for Szklary deposit – as there was new nickel ores deposit (Szklary 1) documented within the area of Szklary deposit.

In 2014, domestic production of magnesite was equal 92 thousand tonnes, slightly decreasing in comparison with 2013.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

⁽¹⁾ C. Sroga, 2011 – ‘Magnezyty’ in ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ pod red. S. Wołkowicza, T. Smakowskiego, S. Speczika. PIG-PIB Warszawa.

2013

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been proven in this region. The deposits are of the vein type, with individual veins attaining up to 3 meters in thickness and characterized by complex geological structure and high variability in quality of the raw material. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes⁽¹⁾.

Magnesite is used mainly as semi-manufactured material in production of multi-component artificial fertilizers, in purification of potable water and sewage treatment and as mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources as of the end of 2013 were estimated at 14.38 million tonnes.

In 2013, domestic production of magnesite was equal 97 thousand tonnes, increasing for the 4^th consecutive year.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

⁽¹⁾ C. Sroga, 2011 – ‘Magnezyty’ in ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ pod red. S. Wołkowicza, T. Smakowskiego, S. Speczika. PIG-PIB Warszawa.

2012

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been proven in this region. The deposits are of the vein type, with individual veins attaining up to 3 meters in thickness and characterized by complex geological structure and high variability in quality of the raw material. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes⁽¹⁾.

Magnesite is used mainly as semi-manufactured material in production of multi-component artificial fertilizers, in purification of potable water and sewage treatment and as mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources for the end of 2012 were estimated at 14.48 million tonnes.

In 2012, domestic production of magnesite was equal 84 thousand tonnes, increasing in comparison with that from the previous year by 9 thousand tonnes.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

⁽¹⁾ C. Sroga, 2011 – ‘Magnezyty’ in ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ pod red. S. Wołkowicza, T. Smakowskiego, S. Speczika. PIG-PIB Warszawa.

2011

Magnesite (magnesium carbonate – MgCO₃) originates from decay of magnesium-rich igneous rocks under hydrothermal conditions and forms white accumulations.

Polish magnesite deposits are related to the Sobótka, Szklary, Grochowa-Braszowice massifs of Precambrian serpentinites and the Gogołów-Jordanów Massif of ultramafic rocks in the Lower Silesian region (map). Up to the present, six magnesite deposits have been proven in this region. The deposits are of the vein type, with individual veins attaining up to 3 meters in thickness and characterized by complex geological structure and high variability in quality of the raw material. Magnesite is currently exploited in an open strip mine at Braszowice only. Prospective resources are assessed to be equal 3.25 million tonnes⁽¹⁾.

Magnesite is used mainly as semi-manufactured material in production of multi-component artificial fertilizers, in purification of potable water and sewage treatment and as mineral additive to animal feed.

Table 1 shows resources and the state of development and exploration of magnesite deposits in Poland.

Table 1. Magnesites – million tonnes

Anticipated economic resources for the end of 2011 were estimated at 14.57 million tonnes.

In 2011, domestic production of magnesite was equal 75 thousand tonnes, increasing in comparison with that from the previous year by 12 thousand tonnes.

Table 2. List of magnesites deposits – thousand tonnes

Prepared by: Agnieszka Malon

⁽¹⁾ C. Sroga, 2011 – ‘Magnezyty’ w ‘Bilans perspektywicznych zasobów kopalin Polski wg stanu na 31 XII 2009 r.’ pod red. S. Wołkowicza, T. Smakowskiego, S. Speczika. PIG-PIB Warszawa.