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Robotic recovery of highly radioactive resin.

机译:机器人高放射性树脂的复苏。

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摘要

As the ALARA coordinator at Waterford 3 Nuclear Steam Electric Station, I have seen radiological challenges in many forms. Some are handled as routine with little effort, while others can severely challenge even the finest Health Physics staff. One such event occurred on 26 December 1997, during a routine recirculation of the Spent Resin Tank, when contents of an unknown origin spilled from the tank. Technicians performing initial actions to contain the spill monitored radiation levels of 5-20 rem h21 (50-200 mSv) at waist level. Based on photographs and visual accounts it was estimated that approximately 30-40 ft3 (0.57-1.12 m3) of resin had spilled into the pump room. A sample of the resin indicated that dose rates at the floor would exceed 100 rem h21 (1 Sv h21). It was clear, given the volume of material spilled and dose rates in the room, that robots would be required for any type of recovery effort. This presented another problem in that Waterford 3 did not own a robot, and we had no experience in this area.
机译:3核的协调员和沃特福德蒸汽电车站,我见过放射在许多形式的挑战。日常很少的努力,而另一些人则可以即使是最好的保健物理学严重挑战员工。1997年,在一次例行的再循环树脂罐,当一个来历不明的内容从槽中溢出。最初的行动包含泄漏监测辐射水平的5 - 20 rem h21 (50 - 200 mSv)腰部水平。据估计,大约30 - 40发生(0.57 - -1.12 m3)树脂泄漏在泵的房间。表明剂量率在地板上超过100雷姆h21 (1 Sv h21)。鉴于材料泄漏的体积和剂量在房间里,机器人将是必需的对于任何类型的恢复工作。在沃特福德3没有自己的另一个问题机器人,我们在这方面没有经验。

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