The study finds that incorporating 10% waste plastic in cement tile production resulted in optimal properties. The use of waste plastic as a partial replacement for fine aggregate in cement tile production can be a sustainable solution for managing waste plastic while improving the properties of the final product.
The effect of waste ceramic tile as a coarse aggregate replacement for natural coarse aggregate in concrete on workability, compressive strength, split tensile strength, water …
The aim of our project was to replace the normal aggregate to tile or ceramic waste. As we know the normal aggregate we use comes from natural resources and from the current scenario we know that the natural resources are reducing day by day and its high time that we should start replacing them with other materials.
1.5. TILE AGGREGATE CONCRETE Crushed tiles are used in lieu of coarse aggregate, and tile powder is used in place of fine aggregate in this. Crushed tiles were used to replace fine and coarse aggregates separately, as well as in combinations (replacing coarse and fine aggregates at the same time in a single mix).
Seeing the properties of ceramics waste such as wrecked tiles should be involved in concrete as a substitute to conventional construction material. This help to solution the …
This research looked at varying percentages of natural coarse aggregate partially substituted with Coarse Ceramic Aggregate (CCA) in the same mixture design …
the cost of concrete and reducing waste to the environment from landfills. The use of ceramic waste powder in cement concrete increases up to 20% increase in tensile strength. Substantial loss of strength has been observed with more than 20% ceramic waste replacement. Compressive strength of ceramic waste concrete is
Tile waste that has been crushed is utilised at a rate of 35 % as a partial replacement for coarse aggregate. In addition, a percentage of crushed ceramic powder equal to 25 %, 30 %, or 35 % of fine aggregate can be used in its place in place of the fine aggregate [4]. ... the partial replacement of aggregate with waste ceramic tile helps in ...
Repurposing waste materials as additives in concrete represents an alternative approach. For instance, ceramic tile waste (CTW) may replace a portion of the aggregate and cement used in concrete. ... Prior studies suggest that the use of ceramic tile aggregate (CTA) to concrete in the appropriate proportions could enhance its …
A coarse aggregate replacement scheme in concrete is investigated with three different waste ceramic tile materials in replacement ratios including 20%, 25%, 35%, 50%, 65%, 75%, 80% and .
Hebhoub et al. (), using the marble waste in the concrete manufacturing solves this problem environmentally and economically, especially with a 75% replacement value -of any formulation- under constant water to cement ratio.The use of the marble waste as replacement for coarse and fine aggregate separately or together leads to an …
58 Gemeda Etefa and Alemu Mosisa: Waste Rubber Tires: A Partial Replacement for Coarse Aggregate in Concrete Floor Tile Production either recycled or discarded as a waste [1].
DOI: 10.14419/ijet.v7i2.12.11513 Corpus ID: 149783509; Experimental Study on High Strength Concrete by Partial Replacement of Fine Aggregate by Ceramic Tile waste @article{Dhanasekar2018ExperimentalSO, title={Experimental Study on High Strength Concrete by Partial Replacement of Fine Aggregate by Ceramic Tile waste}, …
The disposal of ceramic tile waste poses a significant environmental challenge in the construction industry. This study aims to explore the influence of calcium carbonate (CC) on the properties of self-compacting concrete (SCC) incorporating porcelain tile waste as a coarse aggregate replacement.
For instance, ceramic tile waste (CTW) may replace a portion of the aggregate and cement used in concrete. This study extensively examines the literature …
Khaloo (1995) investigated the use of crushed tile as a source of coarse aggregate in concrete. The crushed tile had a lower density and a much higher water absorption value compared to those of natural crushed stones. The resulting concrete made with crushed tile as the coarse aggregate had a lower density and higher compressive (+2% ...
Takakoi, et al [6] studied the properties of concretes produced with waste ceramic tile aggregate and observed that the optimal replacement of ceramic tile aggregate for sand falls within 25% to ...
The Use of Ceramic Tile Waste as Aggregate . in Concrete . E. H. Wadie, E. F. Sadek, M. M. Abdel Wahab . Abstract—This paper presents the results of an experimental studyto investigate the potential of using recycled ceramic as aggregate in concrete. The ceramic aggregate used in this study wasrecycled from industrial ceramic tile waste in Egypt.
The present study focuses on the evaluation of the maximum replacement of natural aggregate of cut waste rubber tires in the production of concrete floor tiles. ... this study shows that it is possible to use waste (used) rubber tire in concrete tile production as a partial replacement of coarse aggregates. But the percentage should be limited. ...
The paper suggests that the replacement of waste tile aggregate should be in the range of 5-30% and also it is suitable for ordinary mixes like M15 and M20. Pozo J. and Romero M. (2014) The study concentrates on the ceramic waste from industries in Spain. The concrete design is done as per the Spanish concrete code and the recycled ceramic ...
Several researchers studied the use of ceramic tile waste as fine ceramic aggregate (FCA) and coarse ceramic aggregate (CCA) separately or simultaneously. Tavakoli et al. [24] considered two phases, one for fine tile aggregate replacement (0–) and another for coarse tile aggregate replacement (0–40%). They found a …
To manufacture concrete from tile waste, replacement with 20 mm along the range, tile waste with "0%, 5%, 10%, 15%, 20%, and 25%," and fly ash was used to partially replace cement. Roof tile aggregate concrete achieves its average maximum compressive strength at a replacement rate of 25%. 4. When normal concrete is used to replace 25% of ...
and aggregate 32.6 g/cm and 2.55 g/cm3 respectively. Water absorption of ceramic sand and aggregate is 7 and 4.8 respectively which is higher than natural sand and [14]aggregate 2 and 0.2 respectively. Anderson et.al studied the properties of floor tiles obtained from demolition site as ceramic waste for the replacement of coarse aggregate.
Crushed waste ceramic tiles were utilised in concrete as a replacement for natural coarse aggregates. The crushed waste ceramic tiles made up 10 %, 20 %, 30 %, …
fine aggregate in the same way as ceramic tiles can be used as a partial substitute for coarse aggregate. Crushed waste ceramic tiles, as well as crushed waste ceramic tile powder, are used to substitute coarse and fine aggregates. 0 percent, 15 percent, 30 percent, 45 percent, and 50 percent of the coarse aggregates were substituted with ...
Use of waste tile aggregate as replacement for coarse aggregate helps to reduce overexploitation as well as manage the waste. The amount of tile waste on earth is enough for use as an aggregate in concrete. Tile is produced from natural materials sintered at high temperatures. There are no harmful chemicals in tile.
The use of waste materials is associated with key environmental approaches: waste management, waste reuse, waste reduction, waste regeneration and natural resource efficiency. While alternative materials such as wastes are employed in many domains of application, it is necessary to address technical factors, economical …
A mix ratio of 1: 1.11: 2.72 (cement: sand: stones) for nominal C30 concrete was produced with (0, 10, 20, 30, 40, 50 and 100) percent volume ceramic waste aggregate replacement for crushed ...
M20 grade concrete is adopted.This paper suggests that the replacement of waste tile aggregate should be in the range of 5-30% and also it is suitabl e to ordinary mix es like M10,M15 etc. T ...
30.3.1 Properties of FSC in Fresh State. The effect of floor tile waste on slump flow diameter results for all FSC mixes is given in Table 30.2.These results displayed that the workability of flowable sand concrete decreases with the increase of floor tile waste, which is may be due to the angular shape, rough surface texture and higher …
