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Fan Xianhua Zhang Cunping Lin Meiqiong He Zhouguo Xie Wucheng Zhang Yuhua Yan Tao Tan Jiali (China Institute of Atomic Energy,Beijing, 102413) Yu Xilai Zhou Hanchen Li Cheng (Beijing Institute of Nuclear Engineering, P. O. Box 840, Beijing, 100840). TBP/KEROSENE PYROLYSIS AND COMBUSTION AT PILOT SCALE[J]. Atomic Energy Science and Technology, 1999, 33(6): 546-546. DOI: 10.7538/yzk.1999.33.06.0546
Citation: Fan Xianhua Zhang Cunping Lin Meiqiong He Zhouguo Xie Wucheng Zhang Yuhua Yan Tao Tan Jiali (China Institute of Atomic Energy,Beijing, 102413) Yu Xilai Zhou Hanchen Li Cheng (Beijing Institute of Nuclear Engineering, P. O. Box 840, Beijing, 100840). TBP/KEROSENE PYROLYSIS AND COMBUSTION AT PILOT SCALE[J]. Atomic Energy Science and Technology, 1999, 33(6): 546-546. DOI: 10.7538/yzk.1999.33.06.0546
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  • Pyrolysis and combustion technology is an available method to treat spent organic solvent——intermediate level radioactive TBP/kerosene. The pilot system with the treatment capacity of 25 kg·h -1 is designed and installed. Influences of technical parameters such as pyrolysis temperature, feeding rate, feed composition, etc, on pyrolysis rate and fixation rate of phosphorus indicate that pyrolysis rate of TBP and fixation rate of phosphorus are more than 99 5 % at given condition, the decontamination factors(DF) of U,Sr and Cs in the whole system are more than 10 6.
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