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profi le usage of e waste in concrete

  • Utilization of Various Waste Materials in Concrete a .

    concrete without using E- waste aggregates. By conducting tests for both the specimens the hardened properties of con-cretewere studied.The e-waste contents were calculated on weight basis as coarseaggregate in the conventional mix. The fineness modulus of coarse aggregate with various E- waste

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  • Review of E-Waste Material used in Making of Concrete

    overview on possible use of E-waste in concrete by the different researchers. There research shows strongly possibility of E-waste being used as substitute of fine aggregate. More use of this tends to decreases the use natural aggregates in concrete and it . Review of E-Waste Material used in Making of Concrete (IJSTE/ Volume 2 / Issue 07 / 015)

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  • UTILIZATION OF E- WASTE AND PLASTIC BOTTLE WASTE IN .

    UTILIZATION OF E- WASTE AND PLASTIC BOTTLE WASTE IN CONCRETE

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  • AN EXPERIMENTAL STUDY ON USE OF E- WASTE GLASS AS .

    Keywords: Concrete, E-waste glass, Mix Design, Compressive Strength, Tensile strength. Cite this Article: Sherin K Rahman, Akshay A, Mewanaibiang W Kharlukhi, K J Vignesh and Nitty Rose Thomas, An Experimental Study On Use of E-Waste Glass As Aggregate In Concrete Blocks, International Journal of Civil Engineering and

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  • How can e-waste be recycled/used to make concrete? - Quora

    Nov 06, 2016 · In today's technology most of e-waste generally have PCB (Printed Circuit Board) on which various type of surface mount or DIP components are installed. this PCB's are generally made up of "copper clad laminated sheets" and IC's and other componen.

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  • An Experimental Study on Use of E-Waste Materials in .

    An Experimental Study on Use of E-Waste Materials in Concrete for Rigid Pavements AnupamKumar Sharma1, Nitin Dutt Sharma2 Abstract-E-Waste can be defined as discarded computers, office electronic equipment, entertainment . electronicsdevice, mobile phones, television sets, and refrigeratorscontain potentially harmful components such as lead,

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  • Replacement of fine aggregate with plastic in concrete

    Concrete and accordingly, anything that is formed in a soft state and industry is considered as the most feasible application. Recycled plastic can be used as coarse aggregate in concrete. Choi et al. studied the use of plastic waste PET bottles as aggregates on some properties of concrete. Their Results showed that decrease in weight using .

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  • Use of Waste Materials in Highway Construction

    FinalReport SynthesisStudy USEOFWASTEMATERIALSIN HIGHWAYCONSTRUCTION To: H.L.Michael,Director May21,1991 JointHighwayResearchProject ProjectNo.C-36-50K FUeNo:6-19-11 .

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  • Waste plastic in concrete could support sustainable .

    Sep 13, 2018 · The Bath-led research has shown how replacing 10 per cent of sand in concrete with waste plastic may help to reduce the vast amounts of plastic waste on India's streets, and deal with a .

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  • What to do with "concrete waste" at any type of concrete .

    The 5 Best Ways to Handle Waste Concrete. It's usually not waste, so stop calling it that! Change the mindset of your operation! If it's really waste, bite the bullet and haul it to a landfill (usually at huge costs)! If your material has any sort of value, and you realize it's a potential resource, instruct everyone to stop calling it waste .

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  • Use of Plastics and E-waste in Concrete

    As replacement for fine aggregate in concrete, plastic and e-waste was suggested based on experiments conducted and theoretical data from publications. O SlideShare utiliza cookies para otimizar a funcionalidade e o desempenho do site, assim como para apresentar publicidade mais relevante aos nossos usuários.

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  • Waste Management Standards - ASTM International

    ASTM's waste management standards provide the guides, practices, and test methods pertinent to the process of handling residential, commercial, and industrial wastes. This process involves the collection, transport, processing, and recycling or disposal (whichever is applicable) of waste materials for health, environmental, and/or aesthetic .

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  • Use of non metallic e waste as a coarse aggregate in a .

    Title: Use of non metallic e waste as a coarse aggregate in a concrete, Author: eSAT Journals, Name: Use of non metallic e waste as a coarse aggregate in a concrete, Length: 5 pages, Page: 1 .

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  • Use of non metallic e waste as a coarse aggregate in a .

    Title: Use of non metallic e waste as a coarse aggregate in a concrete, Author: eSAT Journals, Name: Use of non metallic e waste as a coarse aggregate in a concrete, Length: 5 pages, Page: 1 .

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  • Utilization of Various Waste Materials in Concrete a .

    concrete without using E- waste aggregates. By conducting tests for both the specimens the hardened properties of con-cretewere studied.The e-waste contents were calculated on weight basis as coarseaggregate in the conventional mix. The fineness modulus of coarse aggregate with various E- waste

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  • A Review Paper on Use of E-Waste in Concrete

    study, we can use Electronic waste into the concrete by replacing the fine aggregate. 9. Salman Siddique, et al. (March 2015) They made an experimental study to describe the strength development pattern of E-waste concrete is similar to that of conventional concrete but there is a decrease in strength at all the curing ages.

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  • (PDF) Use of waste materials in concrete: A review

    Use of waste materials in concrete: A review. . This literature study consists of two parts i.e. the use of waste as a substitute for cement and as a substitute for aggregates. Leading waste .

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  • An Experimental Study on Concrete by using E- Waste as .

    concrete with the addition of Electronic waste in concrete. It is found that the use of Electronic waste aggregates results in the formation of light weight concrete. In this research article Coarse aggregate is partially replaced by E- waste from 0% to 30% Then in these mix 10%, 20% and 30% of fly ash is also added by partial replacement of .

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  • Partial Replacement of E-plastic Waste as Coarse-Aggregate .

    Workability test results: Slump Cone Test was conducted on fresh concrete with varying percentage of E-plastic to know the workability of concrete as the amount of E-plastic waste increases. where 0% is S1 is Conventional Mix or normal concrete mix, S2 with E plastic of 0% of, S3 with 20% of E plastic and S4 with 30% of E plastic and Graph 1 .

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  • USING WASTE PLASTIC AS SUPER LIGHTWEIGHT AGGREGATE IN CONCRETE

    Nov 01, 2018 · USING WASTE PLASTIC AS SUPER LIGHTWEIGHT AGGREGATE IN CONCRETE RAFSANZANI BIN MOHD. ASARI (AP160308) CONSTRUCTION MATERIALS & TESTING UTHM.

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  • A Study of Strength of Concrete by using E-Waste Material

    A Study of Strength of Concrete by using E-Waste Material Mukesh U. Donadkar1 Prof. S. S. Solanke2 1M. Tech. Scholar Assistant2 Professor 1,2Department of Civil Engineering 1,2GHRCE, Nagpur Abstract—Concrete is a heterogeneous mix of cement, water and aggregates. It is widely identify that proportioning and

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  • STUDY ON PROPERTIES OF CONCRETE WITH ELECTRONIC .

    Electronic waste is an emerging issue posing serious pollution problems to the human and the environment. The disposal of which is becoming a challenging problem. For solving the disposal of large amount of E-waste material, reuse of E-waste in concrete industry is considered as .

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  • Investigation on Partial Replacement of Coarse Aggregate .

    of E-waste material, reuse of E-waste in concrete industry is considered as the most feasible application. Now a day's use of concrete is very large so availability of natural material is reduced and there is no material to fulfill the requirement of industries. Thus the use of E-waste materials in concrete .

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  • EXPERIMENTAL STUDY ON E–WASTE CONCRETE AND .

    cement for the comparative study of E–waste concrete and conventional concrete. River sand was used as coarse aggregate as per IS 383–1970 for E–waste and conventional concrete. E–waste is the material for replacement of coarse aggregate. Aggregates are the important component gives body to the concrete, reduce shrinkage and greater

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  • IRJET- A Review Paper on Use of E-Waste in Concrete by .

    A Review Paper on Use of E-Waste in Concrete Prof Ankur Gupta1, Abhinav Singh2, Utkarsh Singh3, Archna Singh4, Chhavi Tomar5 1,2,3,4Dept. .

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  • Literature Review on Different Plastic Waste Materials Use .

    Literature Review on Different Plastic Waste Materials Use in Concrete Dr Muhammad Maqbool Sadiq1, Muhammad Rafique Khattak2 Assistant Professor, at NUST, Islamabad 1 (Student of MSc Structure Engineering at NUST, Islamabad) 2 Abstract –Plastic waste is silent threat to the environment and their disposal is a serious issue for waste managers .

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  • Use of Blast Furnace Slag Aggregate in Concrete

    Use of Blast Furnace Slag Aggregate in Concrete K.G. Hiraskar and Chetan Patil Abstract-The Iron industries produce a huge quantity of blast furnace slag as by–product, which is a non–biodegradable waste material from that only a small percentage of it is used by .

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  • PCBs in Building Materials 4. PCBs in Building Materials

    PCB remediation waste. This reinterpretation allows building materials (i.e. substrates) that are "coated or serviced" with . PCB bulk product waste. at the time of designation for disposal to be managed and disposed of as . PCB bulk product waste. However, PCB contaminated substrates that remain in place after the . PCB bulk product waste

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  • Health consequences of exposure to e-waste: a systematic .

    Exposure to e-waste is a complex process in which many routes and sources of exposure, different lengths of exposure time, and possible inhibitory, synergistic, or additive effects of many chemical exposures are all important variables. Exposure to e-waste is a unique variable in itself and the exposures implicated should be considered as a whole.

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  • e-Waste Recycling – Southland disAbility Enterprises Ltd

    Todd and his team recycle all of SdE's electronic waste as well as metals and polystyrene. Products can include: Decoder Boxes (Set Top Boxes) Plasma, LCD & LED screens Laptops Gaming Machines Computer Towers Hard Drives Head Phones Cell Phones Radios Stereos Speakers Power Supplies Wire Insulated Wire Mobile Telephones Appliances (Toasters, Jugs, Toastie.

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