Evaluation of the Level of Radioactivity of the Samples Taken From the Mining Squares of the Company Lualaba Mining Resources Sas

Abstract

Purpose: This investigation focuses on measuring the radiation levels in mining squares run by the company Lualaba Mining Resources Sas. Worker and environmental exposure to radioactive levels that might be dangerous can result from mining operations. Therefore, the purpose aim this investigation is to assess and gauge radioactivity that exists in these mining areas, as well as to pinpoint its origins and examine the way it may affect occupational and environmental safety. This investigation has significance since Lualaba Mining Resources Sas located near Shinkolobwe, one of the Democratic Republic of the Congo’s most important uranium deposits. This uranium resource complicates radiation assessments in Lualaba Mining Resources Sas' mining areas.
 Methodology: A variety of samples, including rock, and soil will be taken from the mining squares under consideration as part of the suggested technique used in this investigation. The level of ionizing radiation was measured using radiation detection tools such as Thermo scientific FH40G-L10SN43, Polymaster PM1703GN and HDS101G counters. To assess compliance and possible dangers, the collected data were compared to recognized radiation safety requirements.
 Findings: The evaluation's findings show that the radiation levels in the mined squares are higher than background values. The primary causes of radioactivity are thought to be naturally occurring radioactive elements found inside the geological formations being mined. The assessment clarifies the radiation levels in the company's mining areas, emphasizing the need for strict safety regulations to safeguard both employees and the environment.
 Unique contributor to theory, policy and practice: The research places a strong emphasis on continual monitoring, personnel training, and the implementation of best practices to reduce any possible health and environmental concerns connected to mining-related radioactivity.