Eco-friendly cement mortars using waste clay bricks and drinking water treatment sludge

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Using 10% drinking water treatment sludge improved compressive strength to 39.24 MPa in cement mortar, enhancing sustainability.
Excessive waste clay brick content above 50% reduced compressive and flexural strengths noticeably to 22.87 MPa and 4.47 MPa, respectively.
Two experimental series were conducted to evaluate the effects of drinking water treatment sludge and waste clay bricks on mortar performance.
This approach highlights sustainable alternatives that significantly lower CO2 emissions while reusing construction waste materials.

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Experimental assessment reports improved compressive and flexural strength in eco-friendly cement mortar, suggesting effective waste utilization.

Lagrani et al. (2025) studied this question.

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Experimental assessment reports improved compressive and flexural strength in eco-friendly cement mortar, suggesting effective waste utilization.