Radiation exposure from the raw material and residues of workers in the industrial complex "NEWCO FERRONIKELI COMPLEX L.L." - drenas
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Abstract
In this study there are determined the levels of radiation doses to non enhanced materials (raw
material) and the changing level of these doses of radiation after the technological enhances of the materials,
respectively NORM (Naturally Occurring Radioactive Material) & TENORM (Technologically Enhanced
Naturally Occurring Radioactive Material).
The directly field measurements are conducted by the detectors: Gamma spectrometer Gr-130;
Inspector–EXP-Radiation Alert, TA-PUG-7A and Gama monitor- SGM-29-246. The field measurements
indicate that the level of radiation dose of the natural background, raw material (ore, lignite and limestone)
and residues (Converter slag, Electro filter dust, Slag from electric furnace and Sludge from electric
converter gas scrubber) are from 75.00 nSv/h to 110.00 nSv/h.
Then samples from the field are treated in terms of physic-chemical aspect in the Centre of Applied
Nuclear Physics in Tirana, where are determined the radionuclide’s and also is determined the concentration
of radiation, respectively in the laboratory of Gamma Spectrometry with Gamma instrument spectrometer -
CANBERRA It is determined the Radionuclide and specific activity from Converter slag residues [Bq/kg]
and the specific activity Gamma Total.
material) and the changing level of these doses of radiation after the technological enhances of the materials,
respectively NORM (Naturally Occurring Radioactive Material) & TENORM (Technologically Enhanced
Naturally Occurring Radioactive Material).
The directly field measurements are conducted by the detectors: Gamma spectrometer Gr-130;
Inspector–EXP-Radiation Alert, TA-PUG-7A and Gama monitor- SGM-29-246. The field measurements
indicate that the level of radiation dose of the natural background, raw material (ore, lignite and limestone)
and residues (Converter slag, Electro filter dust, Slag from electric furnace and Sludge from electric
converter gas scrubber) are from 75.00 nSv/h to 110.00 nSv/h.
Then samples from the field are treated in terms of physic-chemical aspect in the Centre of Applied
Nuclear Physics in Tirana, where are determined the radionuclide’s and also is determined the concentration
of radiation, respectively in the laboratory of Gamma Spectrometry with Gamma instrument spectrometer -
CANBERRA It is determined the Radionuclide and specific activity from Converter slag residues [Bq/kg]
and the specific activity Gamma Total.
Article Details
How to Cite
Hasani, Fadil, Fatbardh Sallaku, and Nexhat Balaj. 2012. “Radiation Exposure from the Raw Material and Residues of Workers in the Industrial Complex ‘NEWCO FERRONIKELI COMPLEX L.L.’ - Drenas”. Review on Agriculture and Rural Development 1 (1. suppl.):266-71. https://analecta.hu/index.php/rard/article/view/13217.
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