APPLICATION ASPECTS OF METHODOLOGY OF CREATION OF THE UNIFIED BUILDING WASTE TREATMENT SYSTEM
Pages 201-2013
Methodology of research of economic efficiency of management and control of hazardous waste treatment includes determination and formulation of fundamental algorithms, guidelines and restrictions as the basic constituents. These make it possible to perform the research more consistently, in an unbiased manner, in the context of the set goals and objectives. The priority for formation of the model of the unified building waste treatment system is the determination of restrictions dictated by the legislative framework in the sphere of environmental protection, public health, waste treatment, radiation, fire and technical security, traffic and cargo transportation safety rules, urban planning, as well as by technological and economic conditions, territorial, natural and climatic features, industrial and production capacities, potential risks. The article considers various aspects of methodology of creation of economical model of the unified building waste treatment system generated with regard to the requirements of regulatory legal acts in the sphere of hazardous waste treatment, environmental safety, rational use of natural resources and environmental protection in terms of sustainable innovative development of the Russian economy at the present stage. Approaches to the unified building waste treatment system creation methodology proposed by the authors is an attempt to find scientifically based organizational and managerial ways of solution of urgent and crucial tasks of ecological security, energy and resource saving, conservation, recycling of waste into secondary products; the sustainable innovative development of the Russian state is impossible without the aforesaid solution.
- modeling and management of construction material waste streams;
- waste treatment and waste utilization;
- waste recycling;
- ecologically safe waste treatment;
- environmental protection;
- building waste;
- rational use of natural resources;
- unified building waste treatment system;
- resource saving;
- methodology;
DOI: 10.22227/1997-0935.2017.2.201-213