A. M. Al -Madany, H., H. Al-Suhaili, R. (2011). PHYSICAL MODEL OF KEROSENE PLUME MIGRATION IN AN UNSATURATED ZONE OF THE SANDY SOIL. , 17(1), 130-141.
Hussein A. M. Al -Madany; Rafa H. Al-Suhaili. "PHYSICAL MODEL OF KEROSENE PLUME MIGRATION IN AN UNSATURATED ZONE OF THE SANDY SOIL". , 17, 1, 2011, 130-141.
A. M. Al -Madany, H., H. Al-Suhaili, R. (2011). 'PHYSICAL MODEL OF KEROSENE PLUME MIGRATION IN AN UNSATURATED ZONE OF THE SANDY SOIL', , 17(1), pp. 130-141.
A. M. Al -Madany, H., H. Al-Suhaili, R. PHYSICAL MODEL OF KEROSENE PLUME MIGRATION IN AN UNSATURATED ZONE OF THE SANDY SOIL. , 2011; 17(1): 130-141.

PHYSICAL MODEL OF KEROSENE PLUME MIGRATION IN AN UNSATURATED ZONE OF THE SANDY SOIL

Journal of Engineering
Article 1, Volume 17, Issue 1, 2011, Pages 130-141
Authors
Hussein A. M. Al -Madany; Rafa H. Al-Suhaili
Abstract
Physical model tests were simulated non-aqueous phase liquid (NAPL) spill in two-dimensional domain above the water table. Four laboratory experiments were carried out in the sand-filled tank. The evolution of the plume was observed through the transparent side of this tank and the contaminant front was traced at appropriate intervals. The materials used in these experiments were Al-Najaf sand as a porous medium and kerosene as contaminant.
The results of the experiments showed that after kerosene spreading comes to a halt (ceased) in the homogeneous sand, the bulk of this contaminant is contained within a pancake-shaped lens situated on top of the capillary fringe.
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