SN/T 5292-2021 in English

VALID

Specification for management of radioactive waste in customs laboratories

Issued on:2021-11-22
Implemented on:2022-06-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $250.00
$243.00

Standard No:	SN/T 5292-2021
Document status:	VALID
Title in English:	Specification for management of radioactive waste in customs laboratories
Title in Chinese:	海关实验室放射性废弃物管理规范
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2021-11-22
Implemented on:	2022-06-01
Professional Classification:	SN-Import&Export Inspection
Related Keywords:	radioactive waste management requirements exempt waste ≤release level k-40 low level waste mixed waste standard waste category activity concentration range typical
Related Topics:	radioactive waste waste customs abandoned Radioactive Laboratory Analysis Trace Radiation Laboratory Laboratory Management Group High Energy Physics Laboratory p3 lab, management p3 laboratory management laboratory radioactivity analysis laboratory radioactivity analysis Standard biological laboratory radioactive waste Cube Lab Management Radiometric Laboratory Environmental Radiation Laboratory Environmental Radiation Laboratory Environmental Radiation Laboratory Environmental Radiation Laboratory customs regulations indoor radiation laboratory modern physics laboratory Railway related laboratories who manages the lab External Laboratory Management Standardize laboratory management Measurement Laboratory Management Thallium Laboratory Management What does the laboratory manage Who manages the lab Laboratory five-double management How to manage the laboratory How to manage the laboratory Instruments in a radiological laboratory About Chemistry Laboratory Management and How to deal with obsolete specifications Laboratory Management Validation Laboratory Management Validation Domestic Laboratory Management radioactive waste Thallium Laboratory Management p3 laboratory management Waste Management by Country Laboratory management norms abroad Lean Laboratory Management Laboratory Waste Disposer Science and Technology Festival Laboratory Open Science and Technology Festival Laboratory Open Laboratory management at home and abroad storage of radioactive waste laboratory emissions Radiological laboratory main equipment to regulate waste Physics laboratory instrument abandoned laboratory About Laboratory Radioactive Reference Materials Domestic Laboratory Management Domestic and foreign laboratory management physics experiments abandoned laboratory Offshore Energy Laboratory Chemistry laboratory waste disposal methods Condensed Matter Physics Laboratory Laboratory chemical waste disposal Laboratory about hydrates radioactivity How to dispose of laboratory waste Laboratory comprehensive wastewater discharge Laboratory biological waste disposal methods Radioactive waste emissions at home and abroad What are the physical properties laboratories? School laboratory wastewater discharge Principles and treatment methods of laboratory radioactive waste Waste discharge level two related to molecular laboratories Marine debris related Laboratory management follows Standardized sea trial management procedures Primary school laboratory waste disposal methods Laboratory waste storage device technology Scrap radiation Customs experiment Liquid waste management Radioactive waste detection Laboratory waste acid discharge Customs laboratory audit Laboratory wastewater treatment specifications National Radiological Laboratory Construction Technical Management of Radiochemistry Laboratory

Introduction

Analysis of the core content of the standard

Waste category	Activity concentration range	Typical nuclides	Management requirements
Exempt waste	≤release level	K-40, etc.	Conventional treatment
Extremely short-lived waste	T_1/2<100 days	I-131	Release after decay
Extremely low level waste	1-100 times the control value	C-14	Simple protection
Medium level waste	≤4E+11 Bq/kg	Pu-239	Professional disposal

Key technical points

Activity concentration determination requires the use of equipment such as high purity germanium gamma spectrometer for detection. When the activity is lower than 1E+02 Bq/kg, the indirect inference method can be considered. Mixed nuclides must meet the superposition formula of ∑(C_i/C_ui)≤1.

Analysis of implementation difficulties

Case: A laboratory disposes of mixed waste containing Tc-99 (1E+05 Bq/kg) and Co-60 (5E+03 Bq/kg). According to Table A.2, the clearance levels are 1E+04 Bq/kg and 1E+01 Bq/kg respectively. Therefore, (1E+05/1E+04)+(5E+03/1E+01)=10+500=510＞1, and it is determined to be radioactive waste.

Analysis of Standard Evolution

Compared with GB 14500-2002, the innovations of this standard include:
1. Clarify the special management requirements for small-batch wastes in tons
2. Add a new classification for extremely short-lived wastes (half-life < 100 days)
3. Refine the graded protection system for temporary storage sites

Suggestions for Compliance Operations

Establish a waste delivery record system with double verification
Medium-level waste storage areas should be equipped with online dose monitors
Conduct surface contamination and dose rate inspections every quarter

More samples: JJG 21-2008 DL/T 5154-2012 YD/T 3934-2021

Sample only — not a preview of SN/T 5292-2021

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