Accounting Methods of Building Carbon Emission in Embodied Stage
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Beschrijving
Bol
In recent years, the severe changes in global climate caused by human destruction of the natural environment, unhealthy production and lifestyle patterns, and the extensive use of conventional energy sources have drawn increasing attention from many countries. As a sector characterized by high energy consumption and concentrated carbon emissions over a short period, the construction industry has become a focal point in efforts to reduce carbon emissions during the embodied phase of buildings. Therefore, during the schematic design stage, it is imperative to develop a rapid and feasible method for quantifying carbon emissions in the embodied phase. Achieving this goal can provide valuable guidance for carbon emission forecasting, environmental impact assessment, and design optimization in future architectural planning.
In recent years, the severe changes in global climate caused by human destruction of the natural environment, unhealthy production and lifestyle patterns, and the extensive use of conventional energy sources have drawn increasing attention from many countries. As a sector characterized by high energy consumption and concentrated carbon emissions over a short period, the construction industry has become a focal point in efforts to reduce carbon emissions during the embodied phase of buildings. Therefore, during the schematic design stage, it is imperative to develop a rapid and feasible method for quantifying carbon emissions in the embodied phase. Achieving this goal can provide valuable guidance for carbon emission forecasting, environmental impact assessment, and design optimization in future architectural planning.
AmazonPagina's: 232, Paperback, Scholars' Press
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