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Imaging to study dust re-suspension phenomena in case of loss of vacuum accidents inside the pharmaceutical industries

机译:成像以研究制药行业内部发生真空事故时灰尘重新悬浮的现象

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Dust explosion is one of the most dangerous hazards in process industries. The several accidents happened in the last hundred years led to guidelines to prevent and mitigate industries. Unless these, dust explosion events still happen. Development of advanced tools is necessary to reach a definitive way to face these threats. Dust concentration, particle size, velocity, moisture and turbulence of dust are important parameters in determination of dust explosion severity. Therefore, in industries with high risk of dust explosion, these parameters should be monitored and controlled. In this work, the authors show their experimental facility and software to monitor dust velocity. The experiments are performed inside STARDUST-U, an experimental facility to test dust re-suspension in case of Loss of Vacuum Accidents.
机译:粉尘爆炸是加工业中最危险的危害之一。过去一百年来发生的几起事故导致了预防和缓解行业的指导方针。除非这些,否则仍然会发生粉尘爆炸事件。必须开发先进的工具,才能以明确的方式应对这些威胁。尘埃浓度,粒径,速度,湿度和尘埃湍流是确定尘埃爆炸严重性的重要参数。因此,在粉尘爆炸风险高的行业中,应监控这些参数。在这项工作中,作者展示了他们的监测粉尘速度的实验设备和软件。实验在STARDUST-U内部进行,STARDUST-U是用于在发生真空事故的情况下测试灰尘重新悬浮的实验设备。

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