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Nuclear Engineering and Uranium Mining Fundamentals - Postgraduate Training and Research Initiatives

机译:核工程和铀矿业基础 - 研究生培训和研究举措

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UNSW Australia offers a nuclear engineering specialisation in the Masters of Engineering Science degree. The course continues 30 years of leadership in energy research and education at UNSW. The course is the only dedicated nuclear engineering program offered in Australia and includes an elective course in the fundamentals of uranium mining, which is the subject of this presentation. The uranium mining course is presented by academic experts and mining industry personnel and runs in a distance education format over several weeks including online forums and webinars. This postgraduate training is therefore accessible to personnel working at sites around the world. The presentation will outline the content of this training course, designed at a fundamental level to cover all stages of uranium mining from exploration and ore geology, to mine feasibility and design, mine operation, mine closure and rehabilitation. Mining methods for efficient and safe extraction of uranium that are covered in the course include open cut, underground and in situ recovery (ISR) leach methods, along with fundamentals of ground control, mine ventilation and mineral processing. Technical aspects of mining and milling operations are complemented with consideration of health and safety, economic, community, environmental and regulatory issues associated with uranium mining, presented within a risk management framework. Teaching is enlivened with current research that seeks solutions to technical challenges associated with uranium mining. The presentation will also highlight recent research by our staff and students related to uranium mining including:- assessment of the supply train for uranium mining - a study of climate change adaptions- water use productivity and reuse in the global uranium mining industry- groundwater modelling in a highly seasonal mining environment and the effectiveness of engineered reactive and low permeability barriers to groundwater flow- reactive groundwater transport of actinide analogues to radionuclides, through clayey materials using centrifuge permeameter technology- uranium (VI) absorption on natural mineral assemblages.
机译:UNSW澳大利亚在工程科学学位大师提供核电工程专业化。该课程在联合国联合国人士继续在能源研究和教育方面持续30年。该课程是澳大利亚唯一提供的专用核工程方案,包括铀矿业基础知识的选修课,这是本演示文稿的主题。铀矿业课程由学术专家和矿业人员介绍,并在几周内以远程教育格式运行,包括在线论坛和网络研讨会。因此,本研究生培训可以在全球网站上工作的人员访问。该介绍将概述本培训课程的内容,设计在基本一级,以涵盖铀矿化矿石的所有阶段,以挖掘矿井可行性和设计,矿山运营,矿井关闭和康复。课程中覆盖的高效和安全提取的采矿方法包括开放式切割,地下和原位恢复(ISR)浸出方法,以及地面控制,矿井通风和矿物加工的基础。在风险管理框架内介绍了与铀矿业有关的健康和安全,经济,社区,环境和监管问题的挖掘和铣削行动的技术方面。教学具有目前的研究,寻求解决与铀矿业相关的技术挑战的解决方案。展示还将突出近期与铀矿业有关的学生的最新研究,包括:评估铀矿业供应列车 - 气候变化适应的研究 - 在全球铀采矿业 - 地下水建模中使用生产力和再利用一种高度季节性的采矿环境和工程反应性和低渗透性屏障的有效性,通过粘土材料对天然矿物组合上的离心髓表技术 - 铀(VI)吸收的粘土材料对放射性核素的地下水与放射性核素的地下水 - 反应性地下水传输。

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