Radioactive Decontamination TRIZ Cases
- Vitrified CBPC for Volatile Radioisotope Immobilization
Room temperature curing of magnesium oxide and phosphate slurry captures volatile fission products before high temperature vitrification reduces waste volume.
- Mercury Vaporization for Gamma Spectrometry Shielding Reduction
Converting liquid mercury to gas eliminates shielding interference, enabling accurate radionuclide quantification and targeted decontamination.
- Fluidized Bed Reactor for Ion Exchange Resin Oxidative Degradation
A fluidized bed reactor oxidizes ion exchange resin waste using a transition metal catalyst and controlled gas flow.
- Nitrous Effluent Calcination Anti-Sticking Additives
Iron and rare earth nitrates replace aluminum dilution adjuvants to prevent calcination tube clogging while reducing glass production volume.