Paper Title
Evaluating the Addition of Plastic in Sustainable and Resilient Earth Construction

Abstract
In the current need to reduce the significant carbon footprint and sustainable impact of the construction industry, compressed earth blocks (CEBs) have gained attention due to their low energy requirements and reduced carbon footprint compared to the use of concrete. However, the mechanical properties of CEBs can limit their structural applications. This study explores incorporating plastic waste—polypropylene—into CEBs to enhance their strength and durability while providing an innovative solution for recycling plastic waste. Through a series of mechanical tests, including compressive strength, water absorption, and thermal resistance, we assess the structural viability of plastic-enhanced CEBs. The results demonstrate that adding 10% percent of plastic significantly improves the compressive strength and water resistance of CEBs without compromising their environmental benefits. This research contributes to sustainable construction practices by providing an eco-friendly building alternative that reduces plastic pollution and promotes efficient waste utilization. Keywords - Earth Construction; Plastic Stabilized; Compressed Earth Blocks; Resilience Testing