Development of a Soil-Waste Interaction Matrix.

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Environment Canada, Environmental Protection Service] , [Canada
Waste disposal sites, Refuse and refuse disposal, Soils -- Classific
SeriesEnvironmental Protection Service report series -- no. 4-EC-76-10
LC ClassificationsTD796.7 .D48 1976
The Physical Object
Pagination89 p.
ID Numbers
Open LibraryOL16866087M
ISBN 100662003071
LC Control Number2008396116

W~er Research Vol. [1, pp. to Pergamon Press Printed in Great Britain. DEVELOPMENT OF A SOIL-WASTE INTERACTION MATRIX FOR ASSESSING LAND DISPOSAL OF INDUSTRIAL WASTES C. PHILLIPS*, J. NATI-D,VAN1 Chemical Engineering Research Consultants Ltd, College Street, Toronto, Ontario M5S IA4, Cited by: The associated development costs are also Development of a Soil-Waste Interaction Matrix.

book and are estimated at approximately $6 million over the next ten years. Conclusions and Recommendations Conclusions.

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The overall objective of this study was to provide a state-of-the-art assessment of pollution prediction techniques for waste disposal siting. Discontinuous flows resulting from discrete natural rain events induce temporal and spatial variability in the transport of bacteria from organic waste through soils in which the degree of saturation varies.

Transport and continuity of associated pathways are dependent on structure and stability of the soil under conditions of variable moisture and ionic strength of the soil Cited by: 1. Environmental impact assessment of industrial solid or liquid waste disposal on land is characterized by a soil—waste interaction matrix.

Procedures Author: Manoj Datta. Data types can then be categorized to form a decision matrix to meet the specifications of the data type needed for each intended data use. Guide to Site and Soil Description Development of a Soil-Waste Interaction Matrix.

Description Development of a Soil-Waste Interaction Matrix. FB2

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