A REVIEW ON- ECONOMIC FEASIBILITY AND POTENTIAL ENVIRONMENTAL BENEFITS OF LARGE-SCALE BAMBOO LEAVES ASH UTILIZATION WILL BE CRITICAL FOR ITS WIDESPREAD ADOPTION

Bamboo Leaf Ash has emerged as a promising supplementary cementitious material capable of addressing both environmental and economic challenges associated with conventional cement production. The high silica content and pozzolanic activity of BLA contribute to improved concrete performance when utilized at optimum replacement levels ranging from 10–15%. Environmental assessments consistently demonstrate reductions in greenhouse gas emissions, embodied energy, resource depletion, and landfill disposal. Life Cycle Assessment studies indicate that BLA can substantially lower the environmental footprint of concrete production, thereby supporting global decarbonization objectives. From an economic perspective, BLA offers cost savings through reduced cement consumption and utilization of readily available agricultural biomass waste. The establishment of localized collection and processing systems may further enhance economic viability while creating employment opportunities in rural communities. Despite these benefits, widespread adoption requires standardized production procedures, quality control protocols, supportive government policies, and greater industry acceptance. Overall, Bamboo Leaf Ash represents a sustainable and economically feasible alternative that aligns with circular economy principles and sustainable construction goals.

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