Drilling waste is generated in the process of oil and gas production. In our country, sludge pits are most often used for their utilization, which are located directly on the territories of drilling stations, which requires significant free space. The fewer areas are allocated for waste storage, the more opportunities will be for rational use of land resources. Especially in the war and post-war period, the availability of vacant areas is of great importance. In order to reduce the level of danger posed by sludge pits, as well as to reduce the area for their placement, the problem of utilization of drilling waste, namely drilling mud is studied. The properties of waste are established and the results of monitoring the state of the environment in the area of waste disposal are analyzed. The situations in the absence of waste in a certain area and in the period when the waste began to be used in the technological process are comparatively analyzed. The expediency of using the method of waste disposal, which consists in using the dry residue of drilling mud in the reclamation of landfills, is substantiated. The application of this method gives an environmental effect on the reuse of drilling waste, as well as solves the problem of reclamation of landfills. Thus, a number of measures are implemented to prevent the adverse effects of drilling waste and solid waste landfill on the environment. No negative impact on the environment was observed when the solid residue of drilling mud was used as an insulating material and technical soil was applied for strengthening the slopes at the landfill. There was a tendency of improved water quality. No negative impact on soils and groundwater was recorded. Compaction of household waste with dry drilling mud residue did not worsen the landfill degassing process. Extraction and utilization of biogas took place in the optimal mode. Based on our research findings, we have come to the conclusion that the dry residue of drilling mud obtained by the technology “Filter Pool” should be used not only for layering and strengthening the slopes of the landfill, but also in the process of reclamation. This gives both economic and environmental effects. At the same time, the number of drilling mud pits is reduced, waste disposal issues are resolved, the estimated cost of landfill and landfill reclamation works is reduced, and the costs of drilling waste disposal are reduced