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T. Kovács 1 , J. Somlai 1 , A. Kopek 2 , G. Szeiler 1 , G. Pomázi, Z. Sas 3 , 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém (Hungary) 2 Balaton Uplands National Park, Csopak (Hungary) 3 Mecsek-ÖKO Zrt, Pécs (Hungary) 4 Social Organization for Radioecological Cleanliness, Veszprém (Hungary) RADIATION DOSE ORIGINATING FROM RADON AND RADIATION DOSE ORIGINATING FROM RADON AND RADON PROGENY EFFECTING WORKERS IN THE RADON PROGENY EFFECTING WORKERS IN THE SHOW CAVE OF TAPOLCA (HUNGARY) SHOW CAVE OF TAPOLCA (HUNGARY)

T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

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The show cave of Tapolca

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Page 1: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

T. Kovács1, J. Somlai1, A. Kopek2, G. Szeiler1, G. Pomázi, Z. Sas3,

1University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém (Hungary)2 Balaton Uplands National Park, Csopak (Hungary)

3 Mecsek-ÖKO Zrt, Pécs (Hungary)4 Social Organization for Radioecological Cleanliness, Veszprém (Hungary)

RADIATION DOSE ORIGINATING FROM RADON RADIATION DOSE ORIGINATING FROM RADON AND RADON PROGENY EFFECTING WORKERS IN AND RADON PROGENY EFFECTING WORKERS IN

THE SHOW CAVE OF TAPOLCA (HUNGARY)THE SHOW CAVE OF TAPOLCA (HUNGARY)

Page 2: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Entrance of the Entrance of the showshow cave cave and the and the loungelounge

Page 3: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

The show cave of TapolcaThe show cave of Tapolca

Page 4: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém
Page 5: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

16/2000. (VI. 8.) EüM16/2000. (VI. 8.) EüM

• Personal dosimetry is required (inspite of the sources are terrestrial radioisotopes) in the case of the following workplaces:

• 26.1. Spas, caves (therapy and show caves), underground mines, other underground workplaces

Page 6: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Radon reference level for workplaces:Radon reference level for workplaces:

ICRP 65 (1993): 500-1500 Bq/m3

ICRP 103 (2007): max. 1500 Bq/m3

ICRP (2009): max. 1000 Bq/m3

WHO (2009): max. 1000 Bq/m3

Hungary: max. 1000 Bq/m3

Page 7: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Radon measurements between Radon measurements between 12/03/2003 – 02/10/200312/03/2003 – 02/10/2003..

Page 8: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Average radon activity concentration Average radon activity concentration (kBq/m(kBq/m33))

12/03/2003 – 02/10/200312/03/2003 – 02/10/2003..

• Annual average >1000 Bq/m3

• Aeration is not allowed• Hazardous radiation workplace• Dosimetry required

Page 9: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Annual radon activity concentration in Annual radon activity concentration in the cave and the loungethe cave and the lounge

Page 10: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Monthly average radon activity Monthly average radon activity concentration in the cave and the lounge concentration in the cave and the lounge

(2006 – 2011)(2006 – 2011)

Page 11: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Outdoor temperature dependency of Outdoor temperature dependency of radon concentrationradon concentration

CaveCave

LoungeLounge

Page 12: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Outdoor air pressure dependency of Outdoor air pressure dependency of radon concentrationradon concentration

CaveCave

LoungeLounge

Page 13: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Annual effective dose of workersAnnual effective dose of workers

Page 14: T. Kovács 1, J. Somlai 1, A. Kopek 2, G. Szeiler 1, G. Pomázi, Z. Sas 3, 1 University of Pannonia, Institute of Radiochemistry and Radioecology, Veszprém

Thank you for your kind attention!Thank you for your kind attention!