Production well filter zone must comply a number of technical and economic requirements to maintain design oil production parameters. Howewer, despite the relevance of the problem, in the thematic literature and regulatory documentation on cementing operations, the issue of taking into account geological and technological, physical, chemical and geomechanical parameters of the productive formation around the producing wells is practically not paid to attention. Mainly, there are considered the cementing process in drilling operations along the wellbore as a whole. This article presents the results of laboratory, experimental and theoretical studies related to the development and application of technology that ensures the cementing works quality and safety, aimed at supporting the production wells filter zone in fields operating under «Azneft» PU. A technology has been developed for a reasonable and economical selection of materials and component composition, regulators and additives for setting and hardening of cement slurry, taking into account factors affecting the strength properties of the resulting cement stone in contact with the aggressive environment of the reservoir system. Technology is based on a comparative of the stresses arising in the resulting cement stone and drainage zone, checking the properties of the cement powder used in accordance with the filter zone current state. By using the research results carried out some of regulatory documents were adopted regulating the choice of cement composition for the well filter zone according to the formation geological and technological parameters. Application of the proposed approach is possible for wells of any field. Keywords: cementing; cement slurry; well filter zone; cement slurry flow ability; lightweight cement slurry; cementing of well filter zone with maintenance of its capacity.