Using Geiger Dosimetry EKO-C Device to Detect Ionizing Radiation Emissions from Building Materials

The purpose of the article is to check and assess what radiation is emitted by particular building materials with the passage of time. The analysis was performed with the EKO-C dosimetry device from Polon-Ekolab. The scope of the work included research on sixteen selected construction materials, divided into five groups. The analysis of the results showed that samples such as bricks (first group) and hollow blocks (second group) emit the highest radiation in the tested objects. When comparing these materials, the highest value was recorded when measuring the ceramic block of 15.76 mSv center dot yr(-1). Taking into account the bricks, the highest value of radiation was shown by a full clinker brick, 11.3 mSv center dot yr(-1). Insulation materials and finishing boards are two other groups of building materials that have been measured. They are characterised by a low level of radiation. In the case of materials for thermal insulation, the highest condition was demonstrated by graphite polystyrene of 4.463 mSv center dot yr(-1), while among finishing boards, the highest value of radiation was recorded for the measurement of gypsum board of 3.76 mSv center dot yr(-1). Comparing the obtained test results to the requirements of the Regulation of the Council of Ministers on ionizing radiation dose limits applicable in Poland, it can be noted that the samples examined individually do not pose a radiation risk to humans. When working with all types of samples, the radiation doses are added up. According to the guidelines of the regulation, the total radiation dose does not exceed 50 mSv center dot yr(-1) and does not constitute a threat to human health.

Automated summary

The article examines and evaluates the radiation emitted by different building materials over time using the EKO-C dosimetry device. It found that bricks and hollow blocks emit the highest radiation, while insulation materials and finishing boards have lower levels of radiation. According to the test results and government regulations, individually tested samples do not pose a radiation risk to humans, and the total radiation dose when using all types of samples does not exceed the limit.