Crossed electric and magnetic fields separate ionized high-level nuclear waste by mass, cutting storage volume and isolating more radioactive fractions.
A ventilated storage pad routes air beneath radioactive casks, enabling closer triangular placement and simpler inspections.
Nitric acid cleaning apparatus dissolves uranium oxide from contaminated components using ultrasound and convective flow, enabling radiological approval.
Solid cylindrical modules eliminate crevices to simplify decontamination while blocking ionizing radiation.
A strainer system uses a pressure released membrane to isolate and activate modules within the plenum duct.
Negative electrical current drives aluminum dissolution in nitric acid, eliminating the need for external heating and reducing energy consumption.