Review on the role of solid waste materials in soft soils reengineering
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Date
2019
Authors
Journal Title
Journal ISSN
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Publisher
Materials Science for Energy Technologies
Abstract
Environmental degradation resulting from CO2 emission and the constant collapse of foundation of facilities
more especially pavements in Nigeria has posed serious threat to the overall economic growth of the
nation. More so, Nigeria lacks an efficient solid waste disposal mechanism and policies hence indiscriminate
disposal of waste poses yet another threat. This review work has brought to bear the interrelations
between these problems. Geotechnical engineering in this paper serves as a locus to bring these threatening
environmental conditions into workable and beneficial stream. First this paper tries to outline
selected solid waste materials from which geomaterials utilized in the stabilization of soft soils are
derived by direct combustion or crushing. Secondly, the utilization of these derivatives, which serve as
alternative cement in stabilization of soft soils presents construction methods devoid of CO2 emission
because these materials are eco-friendly. Lastly, by adapting the use of these materials in soil strength
improvement, the solid wastes find their way out through the recycling process and eventual usage as
geomaterials sources. Research results have shown that these materials derived from solid waste because
of their high aluminosilicate content improved the mechanical and strength properties of soils.
Description
Keywords
Solid waste recycling, Geopolymer cements, Moisture bound materials, Geomaterials, Soils reengineering
Citation
Onyelowe, KC (2019). Review on the role of solid waste materials in soft soils reengineering. Materials Science for Energy Technologies , 2 (1), 46-51. https://doi.org/10.1016/j.mset.2018.10.004