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    An Overview Study of Concrete With Partial Replacementof Crushed Sand With Ceramic Tile Waste

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    International Journal of Innovative Science and Research Technology
    These days, due to the increase in construction

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    Volume 8, Issue 5, May 2023 International Journal of Innovative Science and Research Technology

    ISSN No:-2456-2165

    An Overview Study of Concrete with


    Partial Replacement of Crushed Sand with
    Ceramic Tile Waste
    Dr. Gajendra R. Gandhe1 Shardul P. Joshi2
    Head of Department, Department of civil, Student, Department of civil,
    Deogiri Institute of Engineering and Management Deogiri Institute of Engineering and Management
    Studies Aurangabad, Maharashtra, India Studies Aurangabad,Maharashtra, India

    Abstract:- These days, due to the increase in powder are used as alternative materials to fine aggregate
    construction, there is a lack or shortage in the supply of [4].
    natural sand. Due to large demand and low supply, the
    cost factor gets increased, just as we depreciate the II. CERAMIC TILE WASTE
    natural sand sources.
    Clay is used in the manufacturing of ceramic tiles.
    We are using ceramics in construction in various Durability hardness and high resistance to heat, and
    forms, like tiles, sanitary work, etc. After demolition, this chemicals are some properties of ceramic waste tiles. The
    ceramic tile waste is the biggest challenge to decompose. use of ceramic tiles waste in concrete formation resolves
    By using this ceramic tile waste is a partial replacement some disposable problems and affects the properties of fresh
    with crushedsand, which is an alternative to natural sand and hardened concrete they can use as a replacement [4].
    and is currently used in practice.
    Ceramic waste is obtained from Industrial waste and
    Keywords:- Waste Ceramic Tile ,Crushed Sand, residential waste which cannot be reprocessed having a
    Compressive Strength. thickness range from 5 mm to 15 mm stone grinding
    machine milled ceramics of 5 mm for fine aggregate and 10
    I. INTRODUCTION mm for coarse aggregate and can replace natural sand [5].

    As per test results Crushed sand with conventional Ceramic Waste aggregate is obtained mainly from the
    concrete, can be used as fine aggregate in concrete ceramic floor, wall tiles, ota, Lagos, etc which is having a
    production. As per test results Crushed sand can be used as water absorption percentage of 0.55% the ceramic pieces
    replacement shows similar results for compressor strength were crushed and sieved through corresponding types of
    modulus of fracture and lower degree of shrinkage [1]. equipment and we obtained angular-shaped granules [6].

    Construction and Demolition are based on having a Ceramic waste is divided into two types according to
    large proportion in the environment which is hazardous to Torgal and Jalali (2018) red paste contains products like
    human health, so it becomes necessary to manufacture C & brick, block, and roof tile. while white paste contains wall
    D concrete. To save natural sand resources partial or full tiles, floor tiles, sanitary ware, etc. while white paste uses
    replacement of natural sand must be done with M sand, more in practice due to its higher volume [7].
    Query sand dust, and ceramic waste. Natural sand gets
    replaced by ceramic aggregates [2]. A. Effect of Ceramic Waste On Workability Of Concrete
    Slump value is inversely proportional to ceramic waste
    The construction industry demands more use of natural content in concrete. whichmeans ceramic waste content has a
    resources which results in a threat to the environment.To higher water absorption value. the cohesiveness of the
    overcome these issues some parallel ways are needed to find concrete is affected by the inclusion of ceramic waste [8].
    an alternative. Removal of waste is the biggest problem in the
    front right now, which contains construction and demolition The water-cement ratio is inversely proportional to the
    waste up to 75% of total waste production. Construction and workability of fresh Concrete. Also, the amount of tile is
    Demolition waste contains around 54% of ceramic waste inversely proportional to the slump value of concrete. The
    partial replacement of ceramic tile waste affects the data is based on two major components the mixing water-
    properties of fresh and hardened concrete which can solve cement ratio and waste ceramic tile content [3].
    the problem and make concrete economical [3].
    B. Effect of ceramic waste on concrete density
    The combination of cement, coarse aggregate, fine The Measurement of concrete solidity is known as the
    aggregate, and water known as concrete has been widely density of concrete. Observation found that concrete density
    used in construction due to its durability. Fine aggregate and gradually increases with curing. Ceramic waste lighter than
    coarse aggregate are natural and cement is manufactured.As normal course aggregate results in a lower density of
    the population increased the demand for natural sand i.e. concrete. self-weight of concrete decrease due to the addition
    fine aggregate also increased and the deflection of natural of ceramic waste [8].
    resources started.waste ceramic tile and periwinkle shell

    IJISRT23MAY014 www.ijisrt.com 514


    Volume 8, Issue 5, May 2023 International Journal of Innovative Science and Research Technology
    ISSN No:-2456-2165
    The water-cement ratio is inversely proportional to REFERENCES
    concrete mass density. That an increase in the water-cement
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    As compared to reference concrete above 20 percent of http://iaeme.com/Home/issue/IJCIET?Volume=8&Iss
    ceramic waste in additionthe compressive strength decreases. ue=8
    At 10 percent replacement of ceramic waste highest strength [3.] Md Daniyal, Shakeel Ahmad : Application Of Waste
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    strength of concrete [8]. [4.] J. Bommisetty, T. S. Keertan, A. Ravitheja et al.,
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    D. Effect of ceramic waste on tensile strength of Concrete Replacement Of Aggregates In Concrete. Materials
    Strength is inversely proportional to the addition of Today: Proceedings,
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    E. Effect of ceramic Waste on flexural strength concrete Volume-9, Issue-2, Desember 2019.
    The force required to bend a beam under the action of a [6.] P.O. Awoyera et al., Characterization Of Ceramic
    force is known as the flexural test. To test specimen Waste Aggregate Concrete, HBRC Journal (2016),
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    516-1959 [9]. And it is observed that with the increase in the [7.] Adeniran Jolaade Adeala & Adeleke Adekunle
    amount of ceramic waste flexural strength increases. Due to Adeala , Structural Behaviour Of Crushed Fine
    the Pozolonic properties of ceramic waste flexural strength Ceramic Tiles As Partial Substitute Of Fine
    increases. water cement ratio is reduced due to the water Aggregates In The Production Of Concrete.
    absorption capacity of ceramic waste [3]. International Journal of Innovative Science and
    ResearchTechnology ISSN No:-2456-2165
    III. CONCLUSION [8.] E. Ikponmwosa and S. O. Ehikhuenmen The Effect Of
    Ceramic Waste As Coarse Aggregate On Strength
    Ceramic mix concrete shows an increase with partial Properties Of Concrete. Nigerian Journal of
    replacement and then a decrease for factors like Technology · July 2017 DOI: 10.4314/njt.v36i3.5
    compression strength and tensile strength. Further https://www.researchgate.net/publication/341274168
    development is required to improve compression strength and [9.] IS:515 - 1959 IS Specification for natural and
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    replacement with ceramic waste. Further development Concrete [CED 2: Cement andConcrete]
    creates opportunities to make advancements in concrete
    strength.

    Crushed sand replacement is a solution to the disposal


    of Waste and lightweight concrete formation. Also, it is
    economical.

    Proper mix design, proper execution, and proper curing


    are the factors that affect the strength and durability of
    concrete. To make further development improving strengths
    need to apply effective methods.

    IJISRT23MAY014 www.ijisrt.com 515

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