Table 6 Mass balance for treatment of 1 m3 various wastes in a mobile wet-oxidation plant, data taken from13.
From: Fenton and Fenton-like wet oxidation for degradation and destruction of organic radioactive wastes
Inputs (kg) | ||||||
|---|---|---|---|---|---|---|
Waste | Water | H2O2 (50%) | Acid/alkali | Additivesa | Scrubber liquor | |
PWR IX resin | 1100 | 700 | 4000 | 1302 | 44 | 200 |
Spent IX resin (mixed decon) | 1100 | 1551 | 4600 | 1451 | 44.2 | 200 |
SGHWR sludge | 1200 | 559 | 3171 | 1938 | 35.53 | 71 |
Lewatit DN KR cation resin (inactive only) | 1150 | 1820 | 5260 | 1637 | 141.5 | 0 |
Outputs (kg) | ||||||
Treated product total | Largest components of treated product | Aqueous distillate | Off gas | Scrubber liquor | ||
|---|---|---|---|---|---|---|
PWR IX resin | 601.22 | 391 water 122 sulfate | 54 calcium 11 carbon | 5538 | 1026 | 208 |
Spent IX resin (mixed decon) | 581.77 | 378 water 102 sulfate | 66 calcium 11 carbon | 7007 | 1171 | 208 |
SGHWR sludge | 848.10 | 551 water 159 sulfate | 98 calcium 25 other ions | 5172 | 814 | 74 |
Lewatit DN KR cation resin (inactive only) | 1116.00 | 725 water 259 sulfate | 64 calcium 44 sodium | 7624 | 1396 | 0 |
