Utilization of ash from power plants for high embankments on soft soil

Author:

Jocković Sanja,Pujević Veljko,Marjanović Miloš

Abstract

The ash landfills are a major environmental issue. The use of ash for the highway and railway substructure achieves a double benefit: it significantly reduces the deposited quantities of ash as well as the consumption of natural materials such as crushed stone, gravel and sand. The investigation of engineering properties of fly ash from the power plant in Serbia was conducted at the Laboratory of Soil Mechanics at the Faculty of Civil Engineering in Belgrade. Relevant physical and mechanical properties of ash and mixtures with binders (cement/lime) were investigated. The ash was also tested from the aspect of the potential environmental impact, which primarily depends on the leaching behaviour of the present trace elements. The results of the study showed that fly ash meets technical and environmental requirements and that has the potential for use in highway substructure, such as construction of embankments and stabilization of soft soils. Benefits of utilization of ash and slag was shown in the case of the construction of a high embankment on soft soil on the highway section Obrenovac-Ub in Serbia.

Publisher

EDP Sciences

Subject

General Medicine

Reference14 articles.

1. American Coal Ash Association, Fly ash facts for highway engineers, Technical Report No. FHWA-IF-03–019, FHWA, USA, (2003)

2. Pandian N. S., Krishna K. C., Leelavathamma B., Effect of fly ash on the CBR behaviour of soils, Indian Geotechnical Conference, Allahabad (2002)

3. Ramadas T. L., Kumar N. D., Yesuratnam G., A study on strength and swelling characteristics of three expansive soils treated with fly ash, International Symposium on Ground Improvement (IS-GI Brussels 2012) - Recent Research, Advances & Execution Aspects of Ground Improvement Works, Brussels (2012)

4. Kumar S. M. Prasanna, Cementitious compounds formation using pozzolans and their effect on stabilization of soils of varying engineering properties, 2011 Int. Conf. on Environment Science and Eng. IPCBEE, Singapore (2011)

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