The Revision Requirements of China's Radiation Environment Monitoring Standard System

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In order to establish and improve the radiation environment monitoring standard system, to provide technical support for the radiation environment monitoring system, this work first retrieve the radiation environment monitoring standards, and clear the domestic status of the radiation environment monitoring standards. According to environmental Protection Department of the relevant documents and other relevant information, the radiation environment monitoring standards and methods have been accessed , to find the missing items and issues proposed revision of the system requirements. Summarizing radiation environment monitoring national standards, standards of environmental protection industry, the nuclear industry standard, there are 28 standard missing items need to the health industry standards, inspection and quarantine industry standards, a total of 145 of these standards of environmental radiation monitoring, radiation monitoring of pollution sources, emergency response and early warning and monitoring from a management and technology meet the basic needs of the radiation environment monitoring. Research found that the standards in the revised 57 and in the formulation of 47, develop. After the revision of China's standards system will be further improved. The radiation environment monitoring work will be further strengthened.

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353-358

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October 2013

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© 2014 Trans Tech Publications Ltd. All Rights Reserved

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[1] Nuclear safety and radiation environment management division of MEP. HJ/T 61-2001. technical specification of environmental radiation monitoring [S]. (2001).

Google Scholar

[2] MEP. National environmental protection Twelfth Five Year, development plan of science and technology . Beijing:MEP, (2011).

Google Scholar

[3] MEP. Nuclear safety and radioactive pollution prevention Twelfth Five Year Plan and the 2020 forward Vision. Beijing:MEP, (2012).

Google Scholar

[4] MEP. Twelfth Five Year, national environmental protection planning regulations and environmental economic policy construction. Beijing:MEP , (2012).

Google Scholar

[5] MEP. No.

Google Scholar

[2012] 20. The views on accelerating the improvement of environmental protection science and technology standards system. Beijing:MEP, (2012).

Google Scholar

[6] State Bureau of Environmental Conservation. GB11215-1989. The general provisions of nuclear radiation environment quality evaluation [S]. (1989).

Google Scholar

[7] Nuclear and Radiation Safety Center, MEP, Suzhou Thermal Power Research Institute. GB 14587-2011. Technology requirements for radioactive liquid effluents from nuclear power plant emission[S]. (2011).

Google Scholar

[8] Yue Qingyu. GB/T 14583-1993. Regulations of environmental terrestrial gamma radiation dose rate determination[S]. (1993).

Google Scholar

[9] The science and Technology Standards Division of Ministry of environmental protection. No.

Google Scholar

[2008] 115, A letter of national standard for environmental protect environment radiation monitoring regulations, (Draft). Beijing: The Ministry of environmental protection science and Technology Standards Division, (2008).

Google Scholar

[10] Environmental impact assessment division of Ministry of environmental protection. No.

Google Scholar

[2008] 788. The letter of opinion on the general provisions of effluent monitoring for nuclear facilities , (Draft) and total six environmental protection standard. Beijing:Environmental impact assessment division of Ministry of environmental protection, (2008).

Google Scholar

[11] Environmental impact assessment division of Ministry of environmental protection. No.

Google Scholar

[2008] 813. The letter of opinion on Method for determination of trace uranium in environmental samples. , (Draft) and total two environmental protection standard. Beijing: Environmental impact assessment division of Ministry of environmental protection, (2008).

Google Scholar

[12] State environmental protection administration radiationmonitoring technical center. No〔2008〕8. The letter of opinion on The detailed rules for the implementation of 14C monitoring in biological samples , (Draft) and total the four nvironmental protection standard. Hangzhou: State environmental protection administration radiationmonitoring technical center, (2008).

Google Scholar

[13] Nuclear Safety Bureau of MEP. Summary of standards related to nuclear and radiation safety (Draft). Beijing:Nuclear Safety Bureau of MEP.

Google Scholar

[14] MEP. No〔2003〕56, Environmental monitoring programs nationwide (Interim). Beijing:MEP, (2003).

Google Scholar

[15] MEP. Evaluation program of monitoring ability of radiation environment. Beijing:Nuclear safety and radiation environment management division of MEP, (2011).

Google Scholar

[16] Environmental Measurements Laboratory. Tc-01-RC. TECHNETIUM-99 IN WATER AND EGETATION.

Google Scholar

[17] Environmental Measurements Laboratory. Tc-02-RC. TECHNETIUM-99 IN WATER - TEVA Resin. U.S. Department of Energy. (1999).

Google Scholar

[18] ASTM. D7168–11. Standard test method for 99Tc in water by solid phase extraction disk. ASTM.

Google Scholar

[19] Milton Kahn, Jamb Kleinberg. NAS-NS-3062. Radiochemistry of lodine. EPA, (1977).

Google Scholar