Methods of organizing work on construction and demolition waste recycling

Author:

Saimanova Olga,Teplykh Svetlana,Alpatov Vadim

Abstract

The research is aimed at finding new ways that contribute to environmental improvement. It is evident that there is a great need at the moment to find optimal methods of construction and demolition waste recycling while renovating urban areas. The researchers examine the recycling method which is characterized as one of the most effective ways to solve the problem of construction waste disposal. In this paper the authors resort to the method of comparison as well as to graphical, tabular, and abstract-logical methods. They analyze two main methods used to carry out recycling operations: the first method involves recycling waste at the site of construction using mobile crushing plants and the second involves recycling at stationary crushing and grading complexes. Then the authors point out advantages and disadvantages of these methods and examine the efficiency of a stationary complex. The researchers also calculate the prime cost of construction waste processing at a stationary crushing and grading complex and its payback period. It is concluded that the use of a stationary complex for construction and demolition waste recycling is technically and economically feasible.

Publisher

EDP Sciences

Reference15 articles.

1. Shilkina S.V., Global trends in waste management and analysis of the situation in Russia, Rus. J. of Resources, сonservation and recycling, 7, 1 (2020)

2. Saimanova О.G., Epifanova I.V., Plekhanova A.A., Renovation of housing stock as a way to solve the problem of old and emergency stock, Innovative development strategies in Construction and urban economy: Proceedings of the IV International Conference of SamSTU (2018)

3. Saimanova О.G., Solopova N.V., Construction Technologies (2021)

4. Oleynik P.P., Brodskiy V.I., Bull. of the Dnieper State Ac. of Civil Eng. & Arch., 10 (2013)

5. Huang B., Wang X., Kua H., Geng Y., Bleischwitz R., Ren J., J. of Resources, Cons. & Rec., 129 (2018)

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