A scheme and procedure for carrying out emanation tests of radon-protective coatings on standard concrete samples are proposed. The results of testing the material "Silor-Ultra" as an effective radon protective coating are shown.

Keywords: radioactivity, radon, radiometer, concrete, standard sample, antiradon protection, radon protection coating, radon insulation, emanation tests

The paper considers the feasibility of creating unique laboratories on the territory of radon anomalies. Today there is a need to create unique regional radon laboratories, where the existing buildings themselves will be an emanation environment (camera), inside which it is possible to conduct a wide range of studies. The construction and rapid reconstruction of such laboratories with the use of innovative materials can be more effective in comparison with traditional construction practices. As a building material is proposed to use a wooden building block for the construction of low-rise buildings. Buildings and structures of this unit are quickly erected without the use of specialized equipment. It is also easy to dismantle the building and transfer it to another location, which is necessary for radon studies. The article identifies two principal provisions. The first is the possibility and the need to create laboratory "reference" polygons on radon anomalies to study various technical, design or methodological solutions that can radically change the radon situation inside the model of a real building. It does not exclude the combination of functions of several laboratories in one. Second-the construction and reconstruction of such a "reference" structure can be more effective in terms of both labor costs and terms of work, in comparison with traditional construction practice.

Keywords: radioactivity, radon, anomaly, laboratory, landfill, construction, reconstruction, innovation, building block, precast housing, waste management