Jan 01, E-waste plastic is a new category of waste plastic that needs more attention. In recent years, researchers have been investigating the feasibility of recycling e-waste plastic in

9 Apr 24, The Compressive Strength of E-waste concrete at replacement as coarse aggregate is higher

Jan 01, E-waste encompasses a number of materials, including cathode ray tubes, liquid crystal displays, printed circuit boards, plastics, and wires. Concrete plays a crucial role in civil

Jan 20, Self-weight of concrete reduces when there is rise in E-Waste percentage. Hence it can be consumed as a light weight concrete. The yield of concrete

E-waste in Concrete Concrete, without a doubt, is the widely used solid construction materials made by combining natural aggregate, moisture for curing and cement as a binders

Jan 01, An experimental study is made on the utilization of E-waste particles as fine and coarse aggregates in concrete with a percentage replacement ranging from to i.e.

Concrete passed the allowable compressive strength with the control sample, and e-wastes which yielded to an average value of 20.85 MPa, 21.75 Mpa, 24.75 MPa, and

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

conducting the tests on e-waste Concrete with E-waste and the results revealed that upto replacement e-waste for coarse aggregate in concrete shows improvement in compressive

Dec 27, The current annual production rate of E-waste is in the world and is expected to increase to 55 million tons per year by 2025. To reduce the detrimental impact on the environment and save natural resources, one of the best solutions is to incorporate waste plastic in the construction industry to produce green

Nov 25, Therefore total contribution percentage of factors (e- waste curing days) gives 4.3. Regression analysis Compressive strength for particular curing days and e-waste for M20 grade concrete can be calculated using Regression equation given below. Compressive strength 19.7 + 0.423 e-waste + 0.235 curing days Fig.

Jan 01, It was concluded that E-waste is the potentially viable material to be used as fine aggregate to produce durable concrete. Utilization of E-waste particles as fine aggregates in concrete with a percentage replacement ranging from to i.e. and on the strength criteria of M30 Concrete was

Research is being carried out on the utilization of E-Waste products in concrete. The use of E-Waste products in concrete not only makes it economical, but also helps in reducing disposal problems. Total replacement of concrete is not possible due to no material plays the role of concrete in terms of strength, durability and

Self-weight of concrete reduces when there is rise in E-Waste percentage. Hence it can be consumed as a light weight concrete. The yield of concrete reduces when E-Waste is used as a replacement material for sand. It is coherent that E-waste can be biased by using them as constructional

Apr 08, Article history 30 December March 2021 Published March 2021 In this digital era, usage of electric and electronic devices has become the need of people. Evolution of technology triggers the adoption of new devices over old and discarded appliances turned into the electronic wastes also termed as E-waste from

Grinded E-waste and plastic waste were replaced by and of the fine aggregates. Compressive strength and flexural strength were tested and compared with control concrete. Experiments done shows increase in compressive strength by and reduce cost of concrete production by at optimum percentage of grinded

8 hours First-ever U.S. Facility Transforms Unwanted Plastic Waste Into Concrete Additive. CRDC Global will be opened a RESIN8 Plant in York, PA. The Facility is the first of its kind in the US and the

Jan 01, E-waste encompasses a number of materials, including cathode ray tubes, liquid crystal displays, printed circuit boards, plastics, and wires. Concrete plays a crucial role in civil

Apr 01, improvement example of E-waste concrete is like that o f regular cement however there is a dec line in strength at all the relieving age s. The usage of mineral admixtures can be utilized to incre

conducting the tests on e-waste Concrete with E-waste and the results revealed that upto replacement e-waste for coarse aggregate in concrete shows improvement in compressive Tensile strength. By comparing the results with conventional concrete at 28 days strength it is observed that the strength of concrete is reduced by

The wastes may be used either as fine filler or aggregates in concrete and bituminous based constructions efficiently. Usage of conserves the natural resources also. Present study magnifies the scenario of application of electronic wastes in different forms i.e., plastic, metal etc. in bituminous and concrete based

Recycle of E-Waste in Concrete. P. Selvam, Gopala krishna Gvt. Published 2020. Environmental Science. Disposal of E-waste is a typical task faced in many regions across the globe. Computer wastes that are land filled produces contaminated leachates, which eventually pollute the groundwater. Acids and sludge obtained from melting computer chips

Sep 25, In the present study the influence of E-waste as a partial replacement of coarse aggregate in concrete mixture is investigated. The mix design of M20 grade of concrete for normal mix (without E-waste) and with a partial replacement of coarse aggregates with E-waste material with and is carried