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@article{164386,
        author = {BASWESHWAR M BANSODE and Sagar Kantibhai Ladva and Raghunathsingh Sujansingh Devda and Hitesh Rajesh Purohit},
        title = {Bio Brick},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {10},
        number = {12},
        pages = {693-696},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=164386},
        abstract = {In the age of sustainability, it's necessary to help the reduction of natural coffers to maintain requirements and ecology. Hence, in the process of manufacturing slush and fly ashbio-bricks, accoutrements like cover ash and bacterial results (Bacillus Megaterium and Bacillus Subtilis) are extensively used. The trial was carried out at colorful pH situations (introductory, acidic, neutral) and at different temperatures (4, 31, 60 °C) with two different kinds of water (lab grade, groundwater) to find the optimum blend proportion of a slipup. Bricks were cast by the MICP system wherebio-mineralization (a process that converts CaCl2, urea, and bacteria into CaCO3) takes place. An experimental program has been carried out at colorful periods of bricks in order to determine the physical and mechanical parcels of bricks, similar as compressive strength, water immersion, hardness, size, shape, and color. The trial results are used to determine the effect of bacterial results and fly ash content on the unburnt slipup’s parcels. The bricks tested showed comparatively better parcels than the conventional and hence they're good to be used in temporary construction.},
        keywords = {Sustainability, Ecodesign, New product development.},
        month = {},
        }