Individual Project: Sustainable Masonry Construction Report, 2017/18

This project report delves into the realm of sustainable masonry construction, addressing the critical need for energy-efficient techniques in building practices. The report begins by identifying the problem of increasing energy demand and the necessity of adopting sustainable methods within the construction industry, specifically focusing on masonry. The research methods encompass exploring various solutions, including seismic retrofitting, PIR foam board retrofits, closed-cell spray foam retrofits, and the use of continuous insulation layers. A feasibility study evaluates these options, ultimately recommending the closed-cell spray foam retrofit as the best solution due to its integrated approach to energy efficiency. The report includes a critical analysis and evaluation of different techniques, followed by a conclusion and recommendations for future implementation. It is a student project submitted on Desklib, a platform providing AI-based study tools.