The renovation program is designed to solve a complex of problems of the city, the priority of which is a comfortable ratio of building density and developed infrastructure. The draft regional standards for urban planning has been developed for a pragmatic and at the same time comfortable layout of buildings (urban blocks) with an infrastructural core. Nevertheless, such an approach contains a number of administrative risks that can be minimized by carrying out proper planning and execution within a scheduled time frame. To improve planning accuracy, it is possible to use a system-organized block diagram consisting of integrated resettlement units. To select the optimal relocation option, it is important to carry out a multivariate analysis.

The choice of the most suitable method can be based on various criteria, such as the dismantling period, production per 1 m3, noise exposure. Often it is quite difficult to determine the appropriate method of dismantling, taking into account the specification of the structure, its location, area wide, the complexity of the analysis of the building and other conditions. To make a decision on the choice of the most suitable method of dismantling, it is proposed to use the analytical hierarchical procedure of Saaty, based on a pairwise comparison of methods, and then determining the criteria for dismantling. This method of decision-making allows you to make decisions based on the specific conditions of dismantling and determine the proportion of each criterion for the most appropriate solution to the problem.

The article discusses the schedule for the production of dismantling works in normal and cramped conditions. The analysis of resources to reduce the production of work and ways to improve the manufacturability of the production of dismantling works. A combined method of work performance with the use of modernized construction equipment and an increase in output per unit of structure is considered.