PUMICE LAYER: A SOLUTION TO DIMINISH THERMAL ON HORIZONTAL LEFTOVER PLACE IN ROOFTOP

D. S. Mintorogo, W. Widigdo, A. Juniwati
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Abstract

There are many ways to solve thermal on buildings, such as the installation of horizontal and vertical sun-shading devices on four-direction facades. However, rooftops are often ignored. In low-rise to high-rise buildings’ rooftop, there are leftover places exposed to solar heat radiation all day. Some rooftop places are equipped with polymer thermal roof insulation, and some are even without outer thermal insulation. The research aims to find a solution to diminish the horizontal thermal radiation by using eco-friendly material, pumice, as an outer thermal insulation. Exploiting method was used on one roof model as a conventional rooftop (without outer insulation), and another as a modified rooftop model covered with pumice. Couple HOBO data logger U12-012 temperature sensors were used to measure rooftop surface temperatures and room model temperatures. Results show that the thermal radiation were blocked efficiently: 26 o C on pumice covered rooftop. It saved 8.4 o C room temperature.
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浮石层:一种减少屋顶水平剩余物热量的解决方案
解决建筑热问题的方法有很多,比如在四面立面上安装水平和垂直的遮阳装置。然而,屋顶经常被忽视。在低层到高层建筑的屋顶上,有一些剩余的地方整天暴露在太阳热辐射下。有的屋顶场所配有高分子保温屋面,有的甚至没有外保温。该研究的目的是通过使用环保材料浮石作为外保温材料,找到减少水平热辐射的解决方案。采用开发方法,将一个屋顶模型作为常规屋顶(无外保温),另一个屋顶模型作为浮石覆盖的改进屋顶模型。一对HOBO数据记录器U12-012温度传感器用于测量屋顶表面温度和房间模型温度。结果表明:浮石覆盖的屋顶有效阻挡了26℃的热辐射;它节省了8.4℃的室温。
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