• ANALYSIS AND FORMULATION OF COMBUSTIBLE COMPONENTS IN NON-HAZARDOUS SOLID WASTES

    Author(s):
    William C. McGinnis, Lawrence K Wang (see profile) , Mu-Hao Sung Wang
    Editor(s):
    Hung-ping Tsao
    Date:
    2022
    Group(s):
    Science, Technology, Engineering, Arts and Mathematics (STEAM)
    Subject(s):
    Factory and trade waste, Refuse and refuse disposal, Integrated solid waste management, Strategic planning, Mathematical models
    Item Type:
    Book chapter
    Tag(s):
    STEM, Steam, waste management, plant management, refuse derived fuel
    Permanent URL:
    https://doi.org/10.17613/0p7c-wp38
    Abstract:
    Wang, LK, McGinnis, WC and Wang, MHS (2022). Analysis and formulation of combustible components in non-hazardous solid wastes. In: “Evolutionary Progress in Science, Technology, Engineering, Arts and Mathematics (STEAM)”, Wang, LK and Tsao, HP (eds.), 4 (9A), STEAM-VOL4-NUM9A-SEPT2022. https://doi.org/10.17613/0p7c-wp38. 36 pages. September 2022., Lenox Institute Press, Massachusetts, USA. ......ABSTRACT: The non-hazardous solid wastes from industrial plants are similar to municipal solid wastes (MSW). An industrial plant is planning to reuse its own non-hazardous solid wastes as a supplemental source of fuel to its incinerator. The objectives of this research are: (a) to determine the energy values using both the modified Dulong Formula, and a traditional method; and (b) to determine the empirical chemical formula of the plant's own solid wastes using the values of ultimate analysis. This publication introduces the various solid wastes, (such as food, paper, cardboard, plastics, textiles, rubber, leather, garden trimming, wood, glass, tin cans, nonferrous metals, ferrous metals, dirt, and ashes), and their physical and chemical compositions (such as, percent by weight, dry weight, moisture content, inert residue, and energy content). Using the available typical MSW information, the energy values for the target industrial non-hazardous combustible solid wastes (excluding the wastes of glass, tin cans, nonferrous metals, ferrous metals, dirt, and ashes) were determined to be 5776 Btu/lb with the modified Dulong Formula and 6045 Btu/lb with the traditional method. The two calculated energy values are very close. The empirical chemical formula of the target solid waste was determined to be C664 H1741 O745 N14.4 S. This formula can be used by the plant's planners and managers in evaluating the feasibility of alternative uses of the target solid waste such as heat generation and materials recycling.
    Notes:
    KEYWORDS: Industrial Non-hazardous Solid Waste, Municipal Solid Waste (MSW), Food Waste, Cardboard , Plastic, Rubber. Leather, Garden Trimming, Wood, Refuse Ash, Energy Value Analysis, Formulation, Model, Solid Waste Management, Planning
    Metadata:
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    Published as:
    Book chapter     Show details
    Pub. DOI:
    https://doi.org/10.17613/0p7c-wp38
    Publisher:
    Lenox Institute Press, MA, USA.
    Pub. Date:
    September 2022
    Book Title:
    “Evolutionary Progress in Science, Technology, Engineering, Arts and Mathematics (STEAM)”
    Author/Editor:
    Wang, LK and Tsao, HP (eds.)
    Chapter:
    9A
    Page Range:
    1 - 36
    ISBN:
    978-0-9890870-3-2
    Status:
    Published
    Last Updated:
    1 year ago
    License:
    All Rights Reserved
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