Recycled materials in concrete barriers

Peter A. Claisse; A. Atkinson; Eshmaiel Ganjian; M. Tyrer

Recycled materials in concrete barriers

Peter A. Claisse, A. Atkinson, Eshmaiel Ganjian, M. Tyrer

School of Energy, Construction and Environment

Research output: Chapter in Book/Report/Conference proceeding › Chapter

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Abstract

This paper reports results from a research programme into the use of concrete in the construction of barriers to contain leachate from waste in landfills. The barriers are of composite multi-layer construction with layers of' concrete above and below a clay core. This work is intended to provide a financially attractive alternative to current technologies such as bentonite and high-density polyethylene membranes. A wide range of different materials have been tested for use in the concrete including different slags, ashes, and other industrial by-products. Many of the mixtures do not contain any constituents, which have commercial value. The results indicate that the barriers are durable but the concept of durability must be carefully understood in this context.

Original language	English
Title of host publication	SP212-59: Proceedings of the 6th Canmet/ACI conference on the Durability of Concrete
Publisher	American Concrete Institute
Pages	951-971
Publication status	Published - 2003

Bibliographical note

Keywords

chemical buffering
concrete
permeability
supplementary cementing materials
waste disposal

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title = "Recycled materials in concrete barriers",

abstract = "This paper reports results from a research programme into the use of concrete in the construction of barriers to contain leachate from waste in landfills. The barriers are of composite multi-layer construction with layers of' concrete above and below a clay core. This work is intended to provide a financially attractive alternative to current technologies such as bentonite and high-density polyethylene membranes. A wide range of different materials have been tested for use in the concrete including different slags, ashes, and other industrial by-products. Many of the mixtures do not contain any constituents, which have commercial value. The results indicate that the barriers are durable but the concept of durability must be carefully understood in this context. ",

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T1 - Recycled materials in concrete barriers

AU - Claisse, Peter A.

AU - Atkinson, A.

AU - Ganjian, Eshmaiel

AU - Tyrer, M.

PY - 2003

Y1 - 2003

N2 - This paper reports results from a research programme into the use of concrete in the construction of barriers to contain leachate from waste in landfills. The barriers are of composite multi-layer construction with layers of' concrete above and below a clay core. This work is intended to provide a financially attractive alternative to current technologies such as bentonite and high-density polyethylene membranes. A wide range of different materials have been tested for use in the concrete including different slags, ashes, and other industrial by-products. Many of the mixtures do not contain any constituents, which have commercial value. The results indicate that the barriers are durable but the concept of durability must be carefully understood in this context.

AB - This paper reports results from a research programme into the use of concrete in the construction of barriers to contain leachate from waste in landfills. The barriers are of composite multi-layer construction with layers of' concrete above and below a clay core. This work is intended to provide a financially attractive alternative to current technologies such as bentonite and high-density polyethylene membranes. A wide range of different materials have been tested for use in the concrete including different slags, ashes, and other industrial by-products. Many of the mixtures do not contain any constituents, which have commercial value. The results indicate that the barriers are durable but the concept of durability must be carefully understood in this context.

KW - chemical buffering

KW - concrete

KW - permeability

KW - supplementary cementing materials

KW - waste disposal

M3 - Chapter

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EP - 971

BT - SP212-59: Proceedings of the 6th Canmet/ACI conference on the Durability of Concrete

PB - American Concrete Institute

ER -