Study On The Architectural Design Of Indoor PM2.5 Pollution Control

Under the background of vigorously promoting green building in China,passive building,low-carbon building and ecological building have become the main focus of the modern building industry.Most of these architectural studies focus on the energy conservation and emission reduction of buildings and the improvement of space comfort,but no effective solutions have been proposed on how to control PM2.5 pollution in the inner space of buildings.Taking PM2.5 in the inner space of buildings as the research object,this paper firstly reviews the relevant theories and practices of controlling PM2.5 pollution in the inner space of buildings at home and abroad,and defines the research methods of this paper.At the same time,according to the research results,the paper elaborates the PM2.5 pollution and control status in the inner space of buildings in xuzhou.Then,through the theoretical analysis and experimental research on the control of PM2.5 in the inner space of the building,the correlation between the architectural design and the PM2.5 in the control room is found,and the feasible method for the control of PM2.5 pollution in the inner space of the building is discussed.Thirdly,based on the above experimental research results and the climatic characteristics of xuzhou region,a detailed analysis was made on the specific design cases of xuzhou dalong lake architects to effectively control PM2.5 pollution in its internal space,and the software Fluent was used to verify the rationality and feasibility of the design.Through the study of paper in the architectural design by using the principle of negative oxygen ion can be settlement of PM2.5 in the space,decorate tourmaline material reasonably,and by the means of architectural design affecting the tourmaline anion settlement PM2.5 efficiency of wind speed,humidity and area of each factors in collaborative design,in order to realize the building interior space is an increase in the number of negative oxygen ions,thus achieve the goal of PM2.5 pollution control building interior space.There are 72 pictures,3 tables,and 56 references in this paper.