Building Structure Using Industrial Waste, Recycling And Reuse Of Construction Materials: A Sustainable Solution

Abstract

The Construction Sector Is Increasingly Challenged To Minimize Environmental Harm, Preserve Natural Resources, And Address The Growing Accumulation Of Industrial And Construction Waste. Sustainable Building Structure Using Industrial Waste, Recycling And Reuse Of Construction Material Examines The Potential Of Incorporating Materials Like Fly Ash, Slag, Silica Fume, And Construction And Demolition Waste As Eco-friendly Replacements For Traditional Building Materials. The Study Focuses On Evaluating Their Physical Characteristics, Structural Behavior, And Long-term Durability To Determine Their Effectiveness In Practical Construction Applications. Also, By Encouraging Recycling And Reuse, This Project Seeks To Reliance On Natural Aggregates, And Advance Circular Economy Principles Within The Industry. It Also Analyses The Economic Advantages, Including Lower Material Costs, Reduced Landfill Disposal, And Improved Waste Management Practices. The Results Indicate That Recycled Waste Materials Can Achieve Reliable Structural Performance While Offering Notable Environmental And Financial Benefits. Overall, The Study Shows That The Use Of Industrial And Construction Waste In Building Systems Is A Viable Strategy For Promoting Sustainable Infrastructure And Ensuring More Responsible Utilization Of Available Resources. Experimental Testing Was Carried Out To Evaluate Compressive Strength, Durability, And Material Performance Of Waste-incorporated Concrete Mixes.

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