Journal of Building Materials and Structures
Volume 4, Numéro 2, Pages 42-49

Recycling Of Rubber Waste In Sand Concrete

Authors : Guendouz Mohamed . Boukhelkhal Djamila .


The large development in the consumption of rubber is observed in the recent years, which leads to an increase of the production of rubber related waste. Rubbers are not hazardous waste, but they constitute a hazard for both environment and health, in case of fire in storage sites, in case of fire in the storage site. So, recycling appears as one of the best solutions for disposing of rubber waste.This paper presents an experimental investigation dealing with the valorisation of rubber waste, specifically rubber obtained from old shoes sole waste. The waste rubbers are used form (0/5 mm) to mixes as addition at percentage (10%, 20%, 30% and 40%) in sand concrete. The physical (workability, bulk density) , mechanical (compressive and flexural strength) and thermal properties are studied and analysed.The results indicate that the incorporation of particles rubber waste in sand concrete contributes to increase the workability and reduce the bulk density of all sand concrete. Our results show that performance (compressive and flexural strength) decreases when the rubber content increases. Nevertheless, the presence of rubber aggregate leads to a significant reduction in thermal conductivity, which improves the thermal insulation performances of sand concrete. This study insures that reusing of recycled rubber waste in sand concrete gives a positive approach to reduce the cost of materials and solve some environmental problems.


Rubber; recycling; sand concrete

Effect Of The Heat Curing On Strength Development Of Ultra-high Performance Fiber Reinforced Concrete (uhpfrc) Containing Dune Sand And Ground Brick Waste

Safi Brahim .  Aboutair Amel .  Saidi Mohammed .  Ghernouti Youcef .  Oubraham Chahrazade . 
pages 40-46.

Mechanical And Thermal Properties Of A Cellular Concrete Formulated From Dune Sand, Cement, Lime And Waste Brick Fillers

Zineb Damene .  Mohamed Sayah Goual .  Issam Saiti .  Abdelkarim Hinana . 
pages 10-14.

Characteristic Improvement Of Dune's Sand Concrete

Guettala A. .  Mezeghiche B. .  Chebili R. . 
pages 67-78.