Abstract
The irradiation of residual muds samples from a wastewater treatment plant at gamma radiation dose of 15 kGy removes from muds on average: fats and oils (33%), detergent (92%), phenols (50%) and over 99% of microorganisms of total account. The evaluation of irradiated residual mud and without irradiation as soil conditioner in oat growing (avena safira), was realized by triplicate, using different rates (80, 60, 40 and 20%) of frank sandy soil and irradiated and non-irradiated residual mud. The growing with rates 60/40 % of soil and irradiated mud respectively, resulted being more adequate as soil conditioner. It is important to clarify that for putting residual mud it is necessary that metals concentration not exceed the maximum permissible levels for the soil type and the corresponding growing. (Author)
Moreno, A J;
Colin, C A;
Gomeztagle, M M;
Frias, P H
[1]
- Instituto Nacional de Investigaciones Nucleares, A.P. 18-1027, 11801 Mexico D.F. (Mexico)
Citation Formats
Moreno, A J, Colin, C A, Gomeztagle, M M, and Frias, P H.
Irradiation of residual muds and its use in the oat cultivation; Irradiacion de lodos residuales y su uso en el cultivo de avena.
Mexico: N. p.,
1997.
Web.
Moreno, A J, Colin, C A, Gomeztagle, M M, & Frias, P H.
Irradiation of residual muds and its use in the oat cultivation; Irradiacion de lodos residuales y su uso en el cultivo de avena.
Mexico.
Moreno, A J, Colin, C A, Gomeztagle, M M, and Frias, P H.
1997.
"Irradiation of residual muds and its use in the oat cultivation; Irradiacion de lodos residuales y su uso en el cultivo de avena."
Mexico.
@misc{etde_20181103,
title = {Irradiation of residual muds and its use in the oat cultivation; Irradiacion de lodos residuales y su uso en el cultivo de avena}
author = {Moreno, A J, Colin, C A, Gomeztagle, M M, and Frias, P H}
abstractNote = {The irradiation of residual muds samples from a wastewater treatment plant at gamma radiation dose of 15 kGy removes from muds on average: fats and oils (33%), detergent (92%), phenols (50%) and over 99% of microorganisms of total account. The evaluation of irradiated residual mud and without irradiation as soil conditioner in oat growing (avena safira), was realized by triplicate, using different rates (80, 60, 40 and 20%) of frank sandy soil and irradiated and non-irradiated residual mud. The growing with rates 60/40 % of soil and irradiated mud respectively, resulted being more adequate as soil conditioner. It is important to clarify that for putting residual mud it is necessary that metals concentration not exceed the maximum permissible levels for the soil type and the corresponding growing. (Author)}
place = {Mexico}
year = {1997}
month = {Jul}
}
title = {Irradiation of residual muds and its use in the oat cultivation; Irradiacion de lodos residuales y su uso en el cultivo de avena}
author = {Moreno, A J, Colin, C A, Gomeztagle, M M, and Frias, P H}
abstractNote = {The irradiation of residual muds samples from a wastewater treatment plant at gamma radiation dose of 15 kGy removes from muds on average: fats and oils (33%), detergent (92%), phenols (50%) and over 99% of microorganisms of total account. The evaluation of irradiated residual mud and without irradiation as soil conditioner in oat growing (avena safira), was realized by triplicate, using different rates (80, 60, 40 and 20%) of frank sandy soil and irradiated and non-irradiated residual mud. The growing with rates 60/40 % of soil and irradiated mud respectively, resulted being more adequate as soil conditioner. It is important to clarify that for putting residual mud it is necessary that metals concentration not exceed the maximum permissible levels for the soil type and the corresponding growing. (Author)}
place = {Mexico}
year = {1997}
month = {Jul}
}