The Application of chemical processes to separate the valuable s... Plant Karlsruhe (See reprocessing plant Karlsruhe. – Wiederaufarbeitungsanlage Karlsruhe) was designed for a throughput of a maximum of 35 t Natural radioactive element with the atomic number 92. The n... at 200 days of operation per year with an Process by which the share of a certain isotpe in an element... of up to 3% U-235 equivalent. The disintegration of the See 'nuclear fuel'. elements was effected in the chop-leach process, the U/Pu separation in the dual-cyclical Process for the reprocessing of spent nuclear fuel to separa... with 30% See tributyl phosphate. in n-dodecane. Since the commissioning of the plant in 1971, about 200 t irradiated See 'nuclear fuel'. was reprocessed and more than 1 t Plutonium - the 94th element in the classification of elemen... separated until the end of the operation in 1990. The total Plutonium - the 94th element in the classification of elemen... separated in this plant is equal to an Ability to do work or diffuse heat. The unit of energy is th... content of 1.5 million t hard coal at a fissile share of 70%. The high active liquid waste of 60 m3 which resulted during the Application of chemical processes to separate the valuable s... is stored on the premises of the See reprocessing plant Karlsruhe.. The Plant on the premises of the reprocessing plant Karlsruhe fo... is presently erected on the premises of the See reprocessing plant Karlsruhe. for the waste As a rule, radioactive waste becomes suitable for ultimate d... in order to obtain a product suitable for ultimate disposal. The dismantling work of the See reprocessing plant Karlsruhe. began in 1996.