Delphi DETOX

Table 16.5 lists the surrogate (simulated) waste streams that were part of this study. The ash stream represents radioactive waste from the inventory of US Department of Energy (DOE) facilities. The Delphi DETOX streams are secondary waste generated during destruction of organics from similar waste streams [57]. The soil represents the waste from Argonne National Laboratory s inventory that was included in a site treatment plan for actual treatment. 

T0193 Current Environmental Solutions, L.L.C., In Situ Corona T0194 Current Environmental Solutions, L.L.C., Six-Phase Soil Heating T0197 Dames and Moore, Two-Phase Vacuum Extraction T0199 Dehydro-Tech Corporation, Carver-Greenfield Process T0200 Delphi Research, Inc., DETOX... 

T0192 CURE International, Inc., CURE Electrocoagulation Wastewater Treatment System T0200 Delphi Research, Inc., DETOX... 

Delphi Research, Inc., has developed DETOX technology for the moderate-temperature (150 to 200°C), low-pressure [20 to 200 pounds per square inch gauge (psig) (140 to 1400 kP)]... 

Delphi Research, Inc. (Delphi), estimates the capital cost of a 50-gaI (190-Iiter) reactor capable of processing 10 to 50 lb (4.5 to 23 kg) of waste per hour at 100,000 to 200,000. The capital cost of a permanent facility with a 5000-gal (19,000-liter) reactor capable of processing 100 to 500 lb (45 to 230 kg) of waste per hour would be 2 to 4 million. Based on a scale-up of bench-scale results, Delphi estimated that operating costs for DETOX technology would range between 150 and 1500/ton ( 165 to 1650/metric ton) of organic wastes processed (D123728,... 

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