化学工程与技术

Vol.5 No.4 (July 2015)

聚乙烯高整体性容器(HIC)处置方案研究
Study on Polyethylene High Integrated Container (HIC) Disposal

 

作者:

耿忠林 , 方祥洪 , 李 斌 :中电投远达环保工程有限公司,重庆

 

关键词:

高整体性容器处置设计HIC Disposal Design

 

摘要:

在放射性废固处理处置问题愈发突出的情况下,聚乙烯高整体性容器(HIC桶)在ALARA (合理可行尽可能低)、废物最小化、可操作性、系统复杂性及成本等各方面具有优势,HIC桶在美国等核技术发达国家广泛使用,具备良好的工程应用业绩,拥有被不断验证和改进的成熟配套设备,同样,在我国从山东海阳核电站开始,HIC桶将会陆续应用在放射性废物处理和处置上,这不可避免的会涉及HIC桶的贮存问题。本文结合国内的标准规范和海阳核电厂的工程应用,阐述了HIC废物桶在核电厂产生后的贮存要求和暂存库的设计考虑。

Under a more challengeable situation of radwaste treatment and disposal, high integrated con-tainer (HIC drum) has advantages in respect of ALARA, waste minimization, operability, system complexity and cost. In countries with nuclear technology highly developed, such as USA, HIC is widely used and has abundant project references, the complete equipment of which is conti-nuously verified and improved. Likewise in China, since firstly used in Shandong Haiyang nuclear power station, HIC will be subsequently applied in other radwaste treatment and disposal projects, which inevitably brings about the problem of HIC storage. By combining standards and regulations in China as well as project application of Haiyang nuclear power station, this article states the storage requirements of HIC waste drum generated in nuclear power plant and design considerations of interim store.

文章引用:

耿忠林 , 方祥洪 , 李 斌 (2015) 聚乙烯高整体性容器(HIC)处置方案研究。 化学工程与技术, 5, 72-79. doi: 10.12677/HJCET.2015.54012

 

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