The present paper reports on a multilevel experimental research work carried out to support an actual in-situ bioremediation of a kerosene contaminated site. The remediation project consists in a soil stripping with air followed by a bioventing step to effetc the biodegradation of the residual non-volatile part of pollutants. The experimental work was aimed at verifying the actual biotreatability of many soil samples taken at different locations and at different depths in the contaminated site and to investigate the influence of the relevant parameters and variations such as: nutrients supply (N, P in different forms) and their optimal amounts, soil pH correction, inoculation with specialised microflora.
Nocentini, M., Pinelli, D., Pasquali, G., Fava, F., Prandi, A. (1998). Biotreatability and feasibility tests for a bioremediation process: A case study for a kerosene contaminated soil. ANNALI DI CHIMICA, 88(3-4), 177-187.
Biotreatability and feasibility tests for a bioremediation process: A case study for a kerosene contaminated soil
Nocentini M.;Pinelli D.;Pasquali G.;Fava F.;Prandi A.
1998
Abstract
The present paper reports on a multilevel experimental research work carried out to support an actual in-situ bioremediation of a kerosene contaminated site. The remediation project consists in a soil stripping with air followed by a bioventing step to effetc the biodegradation of the residual non-volatile part of pollutants. The experimental work was aimed at verifying the actual biotreatability of many soil samples taken at different locations and at different depths in the contaminated site and to investigate the influence of the relevant parameters and variations such as: nutrients supply (N, P in different forms) and their optimal amounts, soil pH correction, inoculation with specialised microflora.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
