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Radiological impact assessment in Bagjata uranium deposit: a case study

机译:Bagjata铀矿床的放射学影响评估:一个案例研究

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The uranium ore mining facility, in addition to the desirable product, produces wastes in the form of environmental releases or effluents to air, water and soil. The toxicological and other (non-radiological) effects are generally addressed in EIA/EMP studies as per MOEF guidelines. Since the uranium ore is radioactive, it is desirable to conduct a study on radiological effects considering the impacts of radiological releases to the environment. Before undertaking the commercial mining operations at Bagjata uranium deposit in the Singhbhum east district of Jharkhand, pre-operational radiological base line data were generated and a separate study on radiological impact on various environmental matrices was conducted inline with the International Atomic Energy Agency's laid out guidelines. The paper describes the philosophy of such studies and the findings that helped in formulating a separate environmental management plan.
机译:除了理想的产品外,铀矿石开采设施还产生了环境释放形式或向空气,水和土壤排放的废物。根据MOEF指南,在EIA / EMP研究中通常会解决毒理和其他(非放射)影响。由于铀矿石具有放射性,因此最好考虑放射性释放对环境的影响,对放射性影响进行研究。在进行贾尔肯德邦Singhbhum东区Bagjata铀矿床的商业采矿作业之前,已生成了放射前的基线数据,并根据国际原子能机构的规划指南对放射性对各种环境基质的影响进行了单独研究。 。本文介绍了此类研究的理念和发现,这些发现有助于制定单独的环境管理计划。

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