• SUSTAINABLE IMPLEMENTATION OF NATURAL STONE WASTE AS CEMENT REPLACEMENT TOWARDS OPTIMIZED CONCRETE

    Author(s):
    Yousef M. El-Shafie
    Editor(s):
    Yuriy I. Pankivskyi, Lawrence K Wang (see profile) , Mu-Hao Sung Wang
    Date:
    2023
    Group(s):
    Science, Technology, Engineering, Arts and Mathematics (STEAM), Science, Technology, Engineering and Mathematics
    Subject(s):
    Stone industry and trade, Building materials, Cement, Refuse and refuse disposal, Recycled products
    Item Type:
    Book
    Tag(s):
    Solid Waste Reuse, environmental conservation, concrete additive
    Permanent URL:
    https://doi.org/10.17613/5vdn-4f05
    Abstract:
    El-Shafie, Y.M. (2023). "Sustainable implementation of natural stone waste as cement replacement towards optimized concrete", In: "Environmental Science, Technology, Engineering, and Mathematics (STEM)", Wang, L.K., Wang, M.H.S., and Pankivskyi, Y.I. (Series Editors). 129 pages. May 2023. Lenox Institute Press, Auburndale, Massachusetts, USA. https://doi.org/10.17613/5vdn-4f05 ..... ABSTRACT: The main prospective is the natural characteristics of the stones. Thus, the optimal exploitation corresponds to their potentials and use possibilities. Ornamental stones include marble, granite and other refined stone types. The use of natural stones encompasses the extraction, transportation, manufacturing (sawing, polishing and cutting operations), shredding, installation and disposal process, which is a burden on the environment and causes health issues, in addition to economic issues. The process of recycling waste from the global industries is very profitable. However, waste is still not exploited in the best way on the industrial and investment level. Thus, the generated stone waste could be implemented in concrete composites in different additive percentage in order to rationalize the use of natural resources. The approach is to capacitate the concrete to absorb other industries waste and by-products. Therefore, the use of stone waste powder has a synergic effect positively on the environment, flora and fauna in addition to reducing the carbon footprint of cement, as a result of less energy consumption.
    Notes:
    CEMENT REPLACEMENT – BUILDING MATERIALS – SUSTAINABLE ENVIRONMENTAL APPROACHES – WASTE TREATMENT – STONE SLUDGE POWDER - LIGHTWEIGHT STRUCTURES – OPTIMIZED CONCRETE ADDITIVES
    Metadata:
    xml
    Published as:
    Book     Show details
    Pub. DOI:
    10.17613/5vdn-4f05
    Publisher:
    LENOX INSTITUTE PRESS, Massachusetts, USA
    Pub. Date:
    May 2023
    Version:
    5B
    Volume:
    2023
    ISBN:
    978-0-9890870-3-2.
    Status:
    Published
    Last Updated:
    7 months ago
    License:
    All Rights Reserved
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