| Summary: | 碩士 === 逢甲大學 === 建築碩士在職學位學程 === 107 === Air pollution is the invisible killer of 『health』, the indoor air quality is not necessarily better than the outside.Luxury and style are the symbol of modern architecture. In order to pursue the magnificent facade, a large amount of building materials are used to decorate and decorate, thus causing pollutants, resulting in poor air quality, which makes people susceptible to respiratory diseases.A measured study found that up to 87% of indoor air quality is unqualified, and the highest rate of formaldehyde in the master bedroom is 40%, followed by volatile organic compounds. The unqualified space is the most in the living room and master bedroom. The failure rates were 35.7% and 26.3%, respectively.A lot of people buy houses only pay attention to decoration, layout and furniture, but ignore the impact of indoor environmental quality on human health. Living and eating are the same. If you live in the wrong house, you will get sick, but the nervous system is damaged, suffering from depression, memory confusion. Severe cases of renal dysfunction, lung poisoning, asthma attacks, leukemia, brain lesions and lung cancer, etc., to stay away from these lesions, of course, must improve the quality of living environment.
In the study conducted a series of air quality testing studies on the indoor space of the Ding Tai Ran Collection Residential Building in Taichung City.Divided into residential, public, parking and other spaces for the survey, to explore the current status and problems of air quality, and to analyze the factors affecting air quality.testing of indoor air quality pollutant contents of the specified EPA 101 years according to the Executive Yuan on November 23 regulations include: chemical (CO2, CO, O3, HCHO, TVOC), physical (PM10, PM2.5) and biological (Bacteria, Fungi) and other nine kinds of factors, the actual use of contaminated instruments measured values.
The research method is as follows:
1. The survey method: the instrument for a long time to detect the concentration of pollutants for eight hours, in the residential space for the detection of the module.
2. The analysis method: the use of linear line chart analysis and correlation analysis of the degree of correlation for a pollutant.
3. During the construction of its main indoor pollutants and concentrations of the changes in the situation.
The main results in this study are as follows:
1. The correlation of CO for each pollutant factor is:
(1) CO to floor, belonging to low (negative) correlation,
R2 = 0.0748, R = -0.2735.
(2) CO is temperature (high) (positive) correlation,
R2 = 0.4695, R = 0.6852.
(3) CO vs. humidity, which is moderate (positive) related,
R2 = 0.3081, R = 0.5551.
(4) CO is a low (negative) correlation with CO2,
R2 = 0.0860, R = -0.2933.
(5) CO to HCHO, which is low (positive) related,
R2 = 0.0011, R = 0.0332.
(6) CO vs. TVOC, which is moderate (negative) related,
R2 = 0.1368, R = -0.3699.
(7) CO vs. O3, which is low (negative) related,
R2 = 0.0485, R = -0.2202.
(8) CO vs. PM2.5, which is moderate (positive) related,
R2 = 0.1043, R = 0.3230.
(9) CO is highly (positive) related to PM10,
R2 = 0.6648, R = 0.8154.
2. The ability of Baihejing to purify various pollutants in
different spaces
(1) Residential space：The ability of Baihejing to purify CO, CO2, HCHO and TVOC is -0.1308, -13.1480, -0.0029, -0.0053, respectively.
(2) Public space：The ability of Baihejing to purify CO, CO2, HCHO and TVOC is -0.0132, -2.3681, -0.0002, -0.0015, respectively.
(3) Parking space：The ability of Baihejing to purify CO, CO2, HCHO, O3, PM2.5 and PM10 is -0.0330, -1.5604, -0.0002, -0.0002, -0.0824, -0.2912, respectively.
Keywords：Super High Building ,Air Quality, Public Space
|
|---|
