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Secure Wireless Systems for the Nuclear Industry - 650m Underground in a Uranium Mine

机译:核工业安全无线系统-铀矿地下650m

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摘要

Deep underground in northern Canada lies an extensive uranium mine where the workers and control systems benefit from the use of wireless systems and technology. Having the preprocessing facility located 650m underground along with millions of dollars of equipment and tens of workers with radioactive walls and a frozen subterranean lake right above you defines a hazardous environment. Control systems and their associated human machine interfaces must be clear, easy to operate and failsafe. Coupled into the mix are wireless systems being used for asset tracking (humans, machines), video safety and security systems, VoIP communications, and process system field instruments with wireless connectivity. The situation is technologically complex with the tunnels behaving as multipath-laden, radioactive, pseudo-waveguides and logistically complex in synchronization of the control and human systems both above and below ground. An overall review of the situation just described married to issues associated with the extraction and processing of underground Uranium ore deposits concentrating on issues involving nuclear plant instrumentation, controls and human machine interface technology is presented.
机译:加拿大北部的地下深处有一座铀矿,工人和控制系统在此受益于无线系统和技术的使用。预处理设施位于650m地下,加上数百万美元的设备和数十名带有放射性墙的工人以及就在您上方的冰冻地下湖,这定义了一个危险的环境。控制系统及其相关的人机界面必须清晰,易于操作且具有故障安全性。结合使用的还有用于资产跟踪(人员,机器)的无线系统,视频安全系统,VoIP通信以及具有无线连接功能的过程系统现场仪器。这种情况在技术上很复杂,隧道表现为多径,放射性,伪波导,并且在地面和地下的控制系统和人为系统同步时在逻辑上也很复杂。本文介绍了对上述情况的整体回顾,并与地下铀矿床的开采和加工相关的问题相关,集中讨论了涉及核电站仪器仪表,控制和人机界面技术的问题。

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