Conforto térmico com uso de partículas de vidro incorporado a tinta

Abstract

Since the 1960s, many things have changed in society, compared to the first 21st century that we are living in. The increase in population in urban centers and the increase in solid waste generation contribute to the formation of greenhouse gases, causing climate changes. There is also a greater occurrence of climatic phenomena such as El Niño and La Niña, so it is necessary to adapt with climatological changes. The work seeks to contribute with changes caused by time in a positive way, comparing three types of prototypes, one without painting, one painted with ink and the other painted with ink incorporated in the glass powder. When the average temperature and thermal conduction properties of each prototype were checked, it was claimed that statistically there were no differences between the prototypes painted with paint and paint and glass powder according to the conditions of painting, plywood plate and amount of glass powder embedded in the paint in which they were exposed. With the applicability of glass it can also reduce the large accumulation of solid waste in dumps, landfills and landfills, contributing environmentally.