INTEGRATING CIRCULAR ECONOMY PRINCIPLES INTO THE LIFE CYCLE ASSESSMENT OF MID-RISE RESIDENTIAL BUILDINGS USING MODIFIED AERATED CONCRETE
Keywords:
Modified aerated concrete, Energy-efficient housing, Mid-rise residential buildings, Technogenic waste, building waste sand and cast iron slag, Life Cycle Assessment (LCA), Circular economy, Thermal conductivity, Green economy, UzbekistanAbstract
The article examines the specifics of designing energy-efficient, mid-rise residential buildings. It analyzes historical and contemporary experiences in the design and construction of energy-efficient housing. The study explores the unique characteristics of energy-efficient buildings tailored to the climate conditions of the Northwestern region of Uzbekistan. The fundamental principles of designing energy-efficient buildings are outlined, and an experimental model of a mid-rise energy-efficient residential building is presented. Furthermore, the article highlights the relevance of energy-efficient residential housing for Uzbekistan, as well as the role of energy-efficient development in the advancement of new rural areas. Finally, a practical construction example is provided, demonstrating the efficiency of utilizing mid-rise multi-family buildings in the development of rural areas within the Tashkent region.
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