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Main Title

Long-Term Effects of Land Application of Domestic Wastewater: Tooele, Utah, Slow Rate Site. Volume 2: Engineering Soil Properties.

Author

Anderson, Loren R. ; Reynolds, J. H. ; Miller, R. W. ; Campbell, W. F. ; Beck, D. G. ;

CORP Author

Utah Water Research Lab., Logan.;Robert S. Kerr Environmental Research Lab., Ada, OK. Wastewater Management Branch.

Year Published

1979

Report Number

EPA-68-03-2360; EPA/600/2-79/171B;

Stock Number

PB80-108723

Additional Subjects

Irrigation ; Soil properties ; Municipalities ; Comparison ; Sands ; Clay soils ; Leaching ; Permeability ; Silts ; Compressive properties ; Soil texture ; Field tests ; Utah ; Land application ; Sewage irrigation ; Tooele(Utah)

Holdings

Library	Call Number	Additional Info	Location	Last Modified	Checkout Status
NTIS	PB80-108723	Some EPA libraries have a fiche copy filed under the call number shown.		07/26/2022

Collation

93p

Abstract

A high quality secondary sewage effluent was applied to three soil types and its effects on the shear strength, consolidation properties, and permeability of the soils was studied. The three soil types were a poorly graded sand, a clayey silt, and a highly plastic clay. Each soil was divided into nine samples. Six samples were leached with secondary sewage effluent and three with distilled water. After a suitable amount of leachate has passed through the samples, direct shear tests, standard consolidation tests, and falling head permeability tests were performed. The shear strengths of the sand and silt were not appreciably affected by the application of wastewater. The shear strength of the clay was slightly increased by the wastewater effluent. The compressibility, rate of consolidation, and permeability of the silt increased with application of the effluent whereas the clay samples were not affected by the application.

Supplementary Notes