Integrating Air Vents and Polystyrene in Light Weight Brick to Maintain HVAC

Abstract

The main objective of this project is to implement Integrating Air Vents and Polystyrene in Light Weight Brick to Maintain HVAC

Methods: The brick firing process temperature, PSF types and mix content, densities, water absorption, compressive strength are all examined and analyzed in this analysis. Although the use of polystyrene is implemented in the building sector to maintain the thermal efficiencies in the buildings. But still it is rarely used due to the lack of scientific knowledge on the behaviour of polystyrene in maintaining of the thermal efficiency. This analysis considers giving an overview of the requirements and importance of maintaining the temperatures in the buildings.

Findings: More over the importance of an application of Thermal Insulating Brick (TIB) in building sector is emphasized and shown in this paper. Comparison of conventional light weight brick is done with polystyrene in light weight brick. Hence from results it can conclude that polystyrene in light weight brick gives effective outcome in terms of performance, test capability and life time. Performance will be improved, test capability will be increased and life time will be increased.

Novelty: As a result, the present analysis aims to decrease the density of the bricks and enhance their thermal insulation properties. Polystyrene foam has become one of the substances that are used to create pores in the raw materials for bricks.