Feasibility Study of Materials on Developing Green Materials to Achieve Sustainability in Building Construction

The industrial operations and infrastructure-related activities are causing global environmental challenges. Therefore, there is growing interest in developing renewable technologies and using sustainable materials. Sustainable, easily attainable, durable, easily maintained, and adaptable building materials are the wave of the future. The idea of using a wide variety of eco-friendly materials in building construction stems from the fact that these products have desirable qualities such as low carbon footprints, quick installation times, and resistance to earthquakes and fire. In order to meet this demand, scientists studied the effects of combining different types of plastic, marble dust, fly ash, glass fiber-reinforced gypsum, light-transmitting concrete, and bamboo. In the preliminary analysis, a questionnaire was distributed to various stakeholders to gather their thoughts on environmentally friendly materials. Following the first survey, the data is analyzed utilizing Statistical Package for the Social Sciences (SPSS) software to rank the detected risks related to building activities. There was a massive survey with questionnaires and plenty of numbers crunched. Materials like GFRG panels, plastic waste, AAC blocks, fly ash, etc., have seen increased adoption due to positive responses. The analysis’s primary finding is that sustainable use of green materials in building construction is feasible thanks to the widespread availability of low-cost, high-performance green materials on the market.