Life cycle low-carbon management system improvement of the integrated development of buildings

Abstract

The sustainable development of the country's construction industry in the context of limited availability of resources involves the implementation of eco-oriented principles for assessing all stages of the life cycle into the life cycle management of construction projects, as well as the search for new organizational and technological solutions in construction. This in turn implies a shift towards green, low-carbon building, as well as improved tools for quantifying, monitoring and managing the carbon footprint of buildings. The intensive growth of complex development and the increased attention to global climate change make the issues of reducing the carbon impact that occurs during construction and pre-construction stages an urgent and promising area of research. In accordance with the Strategy for the Socio-Economic Development of Russia with Low Greenhouse Gas Emissions until 2050, the regulation and reduction of carbon impact and, as a result, the transition to low-carbon construction depends, first of all, on the scientific study of the issue.The authors propose recommendations for improving the tools for assessing the carbon impact of construction projects at the pre-operational stages of their life cycle, which are applicable in the formation of an effective state order for the creation of construction products that meet modern conditions of environmental friendliness and carbon neutrality. This can be effective in creating an institution of extended responsibility for construction participants, including a mechanism for certification of low-carbon building products.