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Treatment of toxic and hazardous organic wastes by wet oxidation process with oxygenated water at low temperature; Trattamento dei rifiuti tossici e nocivi organici mediante il processo di ossidazione ad umido con acqua ossigenata a bassa temperatura

Abstract

The wet oxidation process using air or molecular oxygen is a well-known process from long time. It is suitable to oxidize several types of waste refractory to the usual biological, thermal and chemical treatments. The drastic operating conditions (high pressures and temperatures) prevented its industrial development. In the last years a new interest was assigned to the process for the treatment of nuclear wastes (organic resins and exhaust organic wastes); the treatment is carried out at widely reduced operating conditions (atmospheric pressure and boiling temperature) by means of metallic catalysts and hydrogen peroxide. With some limits, the wet oxidation with hydrogen peroxide at low temperature can be applied to conventional waste waters containing toxic organic compounds. In the present report are summarized the activities developed at ENEA Fuel Cycle Department by the task force 'Deox' constituted by laboratory and plant specialists in order to verify the application of the wet oxidation process to the treatment of the toxic wastes. (author)
Authors:
Piccinno, T; Salluzzo, A; Nardi, L; [1]  Gili, M; Luce, A; Troiani, F; [2]  Cornacchia, G [3] 
  1. ENEA - Dipartimento Ciclo del Combustibile, Centro Ricerche Energia, Casaccia (Italy)
  2. ENEA - Dipartimento Ciclo del Combustibile, Centro Ricerche Energia, Saluggia (Italy)
  3. ENEA - Dipartimento Ciclo del Combustibile, Centro Ricerche Energia, Trisaia (Italy)
Publication Date:
Nov 15, 1989
Product Type:
Technical Report
Report Number:
ENEA-RT-COMB-89-18
Resource Relation:
Other Information: Country of input: International Atomic Energy Agency (IAEA); 30 refs, 9 tabs, 10 figs
Subject:
11 NUCLEAR FUEL CYCLE AND FUEL MATERIALS; CATALYSTS; HAZARDOUS MATERIALS; HYDROGEN PEROXIDE; ORGANIC WASTES; RADIOACTIVE WASTE PROCESSING; TOXIC MATERIALS; WET OXIDATION PROCESSES
OSTI ID:
21317027
Research Organizations:
ENEA, Rome (Italy)
Country of Origin:
Italy
Language:
Italian
Other Identifying Numbers:
Other: ISSN 0393-6252; TRN: IT03$0023028186
Availability:
Available from INIS in electronic form
Submitting Site:
INIS
Size:
52 pages
Announcement Date:
Jun 03, 2010

Citation Formats

Piccinno, T, Salluzzo, A, Nardi, L, Gili, M, Luce, A, Troiani, F, and Cornacchia, G. Treatment of toxic and hazardous organic wastes by wet oxidation process with oxygenated water at low temperature; Trattamento dei rifiuti tossici e nocivi organici mediante il processo di ossidazione ad umido con acqua ossigenata a bassa temperatura. Italy: N. p., 1989. Web.
Piccinno, T, Salluzzo, A, Nardi, L, Gili, M, Luce, A, Troiani, F, & Cornacchia, G. Treatment of toxic and hazardous organic wastes by wet oxidation process with oxygenated water at low temperature; Trattamento dei rifiuti tossici e nocivi organici mediante il processo di ossidazione ad umido con acqua ossigenata a bassa temperatura. Italy.
Piccinno, T, Salluzzo, A, Nardi, L, Gili, M, Luce, A, Troiani, F, and Cornacchia, G. 1989. "Treatment of toxic and hazardous organic wastes by wet oxidation process with oxygenated water at low temperature; Trattamento dei rifiuti tossici e nocivi organici mediante il processo di ossidazione ad umido con acqua ossigenata a bassa temperatura." Italy.
@misc{etde_21317027,
title = {Treatment of toxic and hazardous organic wastes by wet oxidation process with oxygenated water at low temperature; Trattamento dei rifiuti tossici e nocivi organici mediante il processo di ossidazione ad umido con acqua ossigenata a bassa temperatura}
author = {Piccinno, T, Salluzzo, A, Nardi, L, Gili, M, Luce, A, Troiani, F, and Cornacchia, G}
abstractNote = {The wet oxidation process using air or molecular oxygen is a well-known process from long time. It is suitable to oxidize several types of waste refractory to the usual biological, thermal and chemical treatments. The drastic operating conditions (high pressures and temperatures) prevented its industrial development. In the last years a new interest was assigned to the process for the treatment of nuclear wastes (organic resins and exhaust organic wastes); the treatment is carried out at widely reduced operating conditions (atmospheric pressure and boiling temperature) by means of metallic catalysts and hydrogen peroxide. With some limits, the wet oxidation with hydrogen peroxide at low temperature can be applied to conventional waste waters containing toxic organic compounds. In the present report are summarized the activities developed at ENEA Fuel Cycle Department by the task force 'Deox' constituted by laboratory and plant specialists in order to verify the application of the wet oxidation process to the treatment of the toxic wastes. (author)}
place = {Italy}
year = {1989}
month = {Nov}
}