Structural Analysis And Feasibility Design Of Pervious Baffle Walls In Sewer For Wastewater Treatment

Abstract

This Research Investigates The Structural Analysis And Feasibility Of Foam-based Pervious Baffle Walls For Wastewater Treatment Applications. Conventional Baffle Walls Are Impermeable And Subjected To High Hydrostatic Pressure, Leading To Cracking And Durability Issues. The Proposed System Utilizes Pervious Concrete Incorporating Foam And Fly Ash To Reduce Self-weight And Allow Controlled Water Flow. Experimental And Analytical Studies Were Conducted To Evaluate Compressive Strength, Permeability, And Structural Performance. The Results Demonstrate That The System Provides An Effective Balance Between Strength And Permeability, Making It A Sustainable And Cost-effective Solution For Sewer Infrastructure. If Demand Of Energy Is Higher, Then It Will Generate The Electricity In Thermal Power Plant And This Power Plant Having Waste Material Like Fly Ash. With Rapid Growth Of Industrial Development With Large Demand Of Electricity Has Led To 100 Million Tones Fly Ash (around 70% Of Fly Ash) Being Discharged Every Year Worldwide. In This Project Research, We Used This Fly Ash To Create The Wastewater Concrete Blocks To Purify The Wastewater And In Making Of This Concrete Block.

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