Abstract

Construction of Water Absorbing Pavements by using Asphalt

Highlights

  • As the population of world are continuously increasing day by day with an expanding world, the demand or necessity for extensive Road networks

  • The uses of recycled materials in external surface layer can contribute to further improvement of engineering characteristics of Asphalt pavement materials as well as payment performance, representing the value of added solid waste, the selection of waste materials to be used for pavement construction Asphalt surface layer is of importance is the use of waste material should not adversely affect on the structure and functional aspects of the Pavement

  • The porous pavement is a storm water drainage system which allows rainwater and runoff to make through the payments eventually seeping into the underlying soil. permeable pavement in beneficial to the environment because it reduce storm water volume treat the storm water quality, and replenish the ground water supply and lower air temperatures on hot days

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Summary

INTRODUCTION

As the population of world are continuously increasing day by day with an expanding world, the demand or necessity for extensive Road networks. The fabric and steel form the structural skeleton of the tyre with the rubber forming the “flesh” of the tyre in the tread, side wall, apexes, liner and shoulder wedge This engineering process is necessary to transform natural rubber in a product able to ensure performance, durability and safety. E) Porous asphalt pavements are an alternative Technology that differs from traditional Asphalt pavement designs in that the structure permits fluids to pass freely really through it, reducing or controlling the amount of runoff from the surrounding area, by allowing precipitation and runoff to flow through the structure this payment type functions are as additional storm water management technique accounting from groundwater recharge both includes improve Stormwater management improve skid resistance production of spray two drivers and pedestrians as well as a potential noise reduction. 1) to study of porous pavement. 2) Planning and designing of porous pavement. 3) Environmental consideration of porous Asphalt. 4) Development of permeable pavement

ENVIRONMENT BENEFITS
CONCLUSION
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