Abstract
The predominance of green spaces on the coatings of buildings and structures contributes to the formation and development of a new urban space, improves the environment, reducing greenhouse gas emissions into the atmosphere. The aim of the research is to study the various types of greening systems form a variable base of organizational and technological modelling, which allow to adopt the rational organizational and technological decisions in the construction. The research methodology and research methods are based on the theory and practice of constructing organizational and technological models and methods of rational planning in construction, decision theory, expert assessments, and comparison methods. As the results of streamlining the technological processes and operations of the roofing device with modular greening systems, the organizational and technological sequence of the roofing device with the modular greening system is formed. Application of the approaches of organizational-technological modeling in the construction of buildings with green roofs will allow verification with a limited set of experimental data.
Highlights
The studies of the technological parameters of the device of operated roofs with various types of greening systems form a variable base of organizational and technological modeling and allow the adoption of rational organizational and technological decisions in this area
The studies were carried out using the methodology of a systematic approach to the scientific problem of studying in relation to roofing systems with greening systems based on the selection of rational parameters of technological processes
The effects of substrate depth on plant community, the diffusion of green technologies under uncertainties, the thermal performance evaluation of green roof system and some problems of green roof system have been investigated in the recent articles [1-6]
Summary
The studies of the technological parameters of the device of operated roofs with various types of greening systems form a variable base of organizational and technological modeling and allow the adoption of rational organizational and technological decisions in this area. To assess compliance with the principles of green construction in Russia and foreign countries, existing systems have been developed that provide certification of residential and public buildings. The national Russian standards in the green construction and energy-efficient building materials include the following standards: GOST R 51387-99 "Energy conservation. The main provisions"; GOST 28329-89 "Gardening of cities"; GOST R 51541-99 Energy Saving.
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