1 Introduction
1.1 Purpose
This guide provides guidance for the units responsible for design, construction, operation and decommissioning of nuclear facilities to carry out radioactive waste minimization (hereinafter referred to as “waste minimization”), and also provides reference for regulatory authorities to conduct nuclear safety review, supervision and management.
Appendixes I, II and III have the equal force as the text.
Annexes A, B and C are informative.
1.2 Scope
This guide is mainly applicable to the waste minimization in the design, construction, operation and decommissioning stages of PWR nuclear power plants and it may also be referenced by nuclear facilities such as other reactor nuclear power plants, nuclear fuel cycle facilities and research reactors.
2 Objectives and principles
2.1 Overall objectives
In the procedure of design, construction, operation and decommissioning of nuclear facilities, measures such as source control, recycling and reuse, clearance, optimized waste treatment and strengthened management are taken and cost and benefit analysis is conducted to enable the final amount of radioactive solid waste (volume and activity) as low as reasonably possible.
2.2 Basic principles
The waste minimization of nuclear facilities shall be based on the premise of ensuring safety, with waste disposal as the core, and follow the principles of giving priority to source control, whole procedure management, all-member responsibility and continuous optimization for the purpose of realizing waste minimization through technical and management measures.
2.3 Target value of waste minimization
The annual amount of radioactive solid waste from nuclear facilities shall be as low as reasonably possible by adopting practical design and management measures and comparing with international best practices.
Annex A specifies requirements for annual amount of single-unit waste packages from PWR nuclear power plants in major nuclear energy countries in the world and waste packages from newly built PWR nuclear power units specified in nuclear power plant user requirement documents in US and Europe.
3 Waste minimization in design and construction stages
3.1 General requirements
3.1.1 Appropriate design measures shall be taken to reduce the generation of radioactive waste from the source and keep the amount of radioactive waste as low as reasonably possible.
1 Introduction
1.1 Purpose
1.2 Scope
2 Objectives and principles
2.1 Overall objectives
2.2 Basic principles
2.3 Target value of waste minimization
3 Waste minimization in design and construction stages
3.1 General requirements
3.2 Reduce the generation of radioactive waste from the source
3.3 Design of radioactive waste treatment system
4 Waste minimization in operation stage
4.1 General requirements
4.2 Waste minimization management measures
4.3 Continuous improvement of waste minimization
4.4 Requirements for waste minimization during safe shutdown of nuclear facilities
5 Waste minimization in decommissioning stage
5.1 General requirements
5.2 Waste minimization management measures
5.3 Waste minimization technology in decommissioning stage
Terms and definitions
Appendix I Contents related to waste minimization in the preliminary and final safety analysis reports of PWR nuclear power plant
Appendix II Contents related to minimization of annual scrappage in operation stage of PWR nuclear power plant
Appendix III Contents related to waste minimization in the decommissioning safety analysis report of PWR nuclear power plants
Annex A Requirements for annual amount of single-unit waste packages from PWR nuclear power plants in major nuclear energy countries in the world and waste packages from newly built PWR nuclear power units specified in nuclear power plant user requirement documents in US and Europe
Annex B Commonly used radioactive solid waste treatment technologies
Annex C Good practice of waste minimization in nuclear power plants in China
Standard
HAD 401/08-2016 Minimization of Radioactive Waste in Nuclear Facilities (English Version)
Standard No.
HAD 401/08-2016
Status
valid
Language
English
File Format
PDF
Word Count
8000 words
Price(USD)
400.0
Implemented on
2016-10-21
Delivery
via email in 1 business day
Detail of HAD 401/08-2016
Standard No.
HAD 401/08-2016
English Name
Minimization of Radioactive Waste in Nuclear Facilities
Chinese Name
核设施放射性废物最小化
Chinese Classification
Professional Classification
HAD
ICS Classification
Issued by
National Nuclear Safety Administration
Issued on
2016-10-21
Implemented on
2016-10-21
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
Language
English
File Format
PDF
Word Count
8000 words
Price(USD)
400.0
Keywords
HAD 401/08-2016, HADT 401/08-2016, HADT 40108-2016, HAD401/08-2016, HAD 401/08, HAD401/08, HADT401/08-2016, HADT 401/08, HADT401/08, HADT40108-2016, HADT 40108, HADT40108
Introduction of HAD 401/08-2016
1 Introduction
1.1 Purpose
This guide provides guidance for the units responsible for design, construction, operation and decommissioning of nuclear facilities to carry out radioactive waste minimization (hereinafter referred to as “waste minimization”), and also provides reference for regulatory authorities to conduct nuclear safety review, supervision and management.
Appendixes I, II and III have the equal force as the text.
Annexes A, B and C are informative.
1.2 Scope
This guide is mainly applicable to the waste minimization in the design, construction, operation and decommissioning stages of PWR nuclear power plants and it may also be referenced by nuclear facilities such as other reactor nuclear power plants, nuclear fuel cycle facilities and research reactors.
2 Objectives and principles
2.1 Overall objectives
In the procedure of design, construction, operation and decommissioning of nuclear facilities, measures such as source control, recycling and reuse, clearance, optimized waste treatment and strengthened management are taken and cost and benefit analysis is conducted to enable the final amount of radioactive solid waste (volume and activity) as low as reasonably possible.
2.2 Basic principles
The waste minimization of nuclear facilities shall be based on the premise of ensuring safety, with waste disposal as the core, and follow the principles of giving priority to source control, whole procedure management, all-member responsibility and continuous optimization for the purpose of realizing waste minimization through technical and management measures.
2.3 Target value of waste minimization
The annual amount of radioactive solid waste from nuclear facilities shall be as low as reasonably possible by adopting practical design and management measures and comparing with international best practices.
Annex A specifies requirements for annual amount of single-unit waste packages from PWR nuclear power plants in major nuclear energy countries in the world and waste packages from newly built PWR nuclear power units specified in nuclear power plant user requirement documents in US and Europe.
3 Waste minimization in design and construction stages
3.1 General requirements
3.1.1 Appropriate design measures shall be taken to reduce the generation of radioactive waste from the source and keep the amount of radioactive waste as low as reasonably possible.
Contents of HAD 401/08-2016
1 Introduction
1.1 Purpose
1.2 Scope
2 Objectives and principles
2.1 Overall objectives
2.2 Basic principles
2.3 Target value of waste minimization
3 Waste minimization in design and construction stages
3.1 General requirements
3.2 Reduce the generation of radioactive waste from the source
3.3 Design of radioactive waste treatment system
4 Waste minimization in operation stage
4.1 General requirements
4.2 Waste minimization management measures
4.3 Continuous improvement of waste minimization
4.4 Requirements for waste minimization during safe shutdown of nuclear facilities
5 Waste minimization in decommissioning stage
5.1 General requirements
5.2 Waste minimization management measures
5.3 Waste minimization technology in decommissioning stage
Terms and definitions
Appendix I Contents related to waste minimization in the preliminary and final safety analysis reports of PWR nuclear power plant
Appendix II Contents related to minimization of annual scrappage in operation stage of PWR nuclear power plant
Appendix III Contents related to waste minimization in the decommissioning safety analysis report of PWR nuclear power plants
Annex A Requirements for annual amount of single-unit waste packages from PWR nuclear power plants in major nuclear energy countries in the world and waste packages from newly built PWR nuclear power units specified in nuclear power plant user requirement documents in US and Europe
Annex B Commonly used radioactive solid waste treatment technologies
Annex C Good practice of waste minimization in nuclear power plants in China