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Costing Methods and Funding Schemes for Radioactive Waste Disposal Programmes

By: Material type: TextTextSeries: Description: 1 online resource (115 pages)Content type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9201118201
  • 9789201118202
Subject(s): Genre/Form: LOC classification:
  • TD898 .C678 2021
Online resources: Available additional physical forms:
Contents:
1. introduction -- 1.1. Background -- 1.2. Objective -- 1.3. Scope -- 1.4. Structure -- 2. WASTE MANAGEMENT POLICY, STRATEGIES AND OPTIONS -- 2.1. Policy -- 2.1.1. Basis for legal and regulatory framework -- 2.1.2. Definition and allocation of roles -- 2.1.3. Basis for waste management programme development -- 2.1.4. Adequate allocation of financial and human resources -- 2.1.5. Public confidence enhancement -- 2.2. Strategies -- 2.2.1. Radioactive waste inventory -- 2.2.2. Legal and regulatory framework -- 2.2.3. Institutional framework -- 2.2.4. Stakeholder expectations
2.3.1. Trenches -- 2.3.2. Engineered structures -- 2.3.3. Disposal facilities at intermediate depth -- 2.3.4. Geological disposal facility -- 2.3.5. Borehole disposal facility -- 3. COST ESTIMATE METHOD -- 4. WORK BREAKDOWN STRUCTURE OF THE DISPOSAL PROGRAMME -- 4.1. Disposal programme management -- 4.2. Stakeholder involvement -- 4.2.1. Regulatory authorities -- 4.2.2. Local communities -- 4.2.3. Waste producers -- 4.2.4. Other stakeholders -- 4.3. Disposal system development -- 4.3.1. Process initiation -- 4.3.2. Siting and authorization for construction
4.4. Disposal implementation -- 4.4.1. Non-nuclear surface facilities -- 4.4.2. Radiologically controlled surface facilities -- 4.4.3. Waste transport and transfer -- 4.4.4. Disposal facilities -- 4.4.5. Access facilities to underground repository -- 5. COST ASSESSMENT OF THE WORK BREAKDOWN STRUCTURE -- 5.1. Cost database -- 5.1.1. Historical data and cost normalization -- 5.1.2. Cost categories -- 5.1.3. Quality assurance and traceability -- 5.2. Data sources and cost examples of a waste disposal programme
5.2.2. Stakeholder involvement -- 5.2.3. Disposal system development -- 5.2.4. Disposal implementation -- 6. RISKS AND UNCERTAINTIES -- 6.1. Identification of risks and uncertainties -- 6.1.1. Disposal programme management -- 6.1.2. Stakeholder involvement -- 6.1.3. Disposal system development -- 6.1.4. Disposal implementation -- 6.2. Sensitivity and scenario analysis -- 6.3. Risk management -- 6.4. Provisions -- 6.4.1. Contingencies for in-scope uncertainties -- 6.4.2. Provisions for risks -- 7. FUNDING THE DISPOSAL PROGRAMME
7.1.1. Waste producers -- 7.1.2. The State -- 7.2. Contribution plan -- 7.2.1. Target fund value -- 7.2.2. Contribution schedule -- 7.3. Fund management -- 7.3.1. Fund ownership -- 7.3.2. Investment strategy -- 8. CONCLUSIONS -- REFERENCES -- Annex PURCHASING POWER PARITIES -- ABBREVIATIONS -- CONTRIBUTORS TO DRAFTING AND REVIEW
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Description based upon print version of record.

Includes bibliographies and index.

Intro -- 1. introduction -- 1.1. Background -- 1.2. Objective -- 1.3. Scope -- 1.4. Structure -- 2. WASTE MANAGEMENT POLICY, STRATEGIES AND OPTIONS -- 2.1. Policy -- 2.1.1. Basis for legal and regulatory framework -- 2.1.2. Definition and allocation of roles -- 2.1.3. Basis for waste management programme development -- 2.1.4. Adequate allocation of financial and human resources -- 2.1.5. Public confidence enhancement -- 2.2. Strategies -- 2.2.1. Radioactive waste inventory -- 2.2.2. Legal and regulatory framework -- 2.2.3. Institutional framework -- 2.2.4. Stakeholder expectations

2.3. Waste disposal options -- 2.3.1. Trenches -- 2.3.2. Engineered structures -- 2.3.3. Disposal facilities at intermediate depth -- 2.3.4. Geological disposal facility -- 2.3.5. Borehole disposal facility -- 3. COST ESTIMATE METHOD -- 4. WORK BREAKDOWN STRUCTURE OF THE DISPOSAL PROGRAMME -- 4.1. Disposal programme management -- 4.2. Stakeholder involvement -- 4.2.1. Regulatory authorities -- 4.2.2. Local communities -- 4.2.3. Waste producers -- 4.2.4. Other stakeholders -- 4.3. Disposal system development -- 4.3.1. Process initiation -- 4.3.2. Siting and authorization for construction

4.3.3. Ongoing science and engineering during project implementation -- 4.4. Disposal implementation -- 4.4.1. Non-nuclear surface facilities -- 4.4.2. Radiologically controlled surface facilities -- 4.4.3. Waste transport and transfer -- 4.4.4. Disposal facilities -- 4.4.5. Access facilities to underground repository -- 5. COST ASSESSMENT OF THE WORK BREAKDOWN STRUCTURE -- 5.1. Cost database -- 5.1.1. Historical data and cost normalization -- 5.1.2. Cost categories -- 5.1.3. Quality assurance and traceability -- 5.2. Data sources and cost examples of a waste disposal programme

5.2.1. Disposal programme management -- 5.2.2. Stakeholder involvement -- 5.2.3. Disposal system development -- 5.2.4. Disposal implementation -- 6. RISKS AND UNCERTAINTIES -- 6.1. Identification of risks and uncertainties -- 6.1.1. Disposal programme management -- 6.1.2. Stakeholder involvement -- 6.1.3. Disposal system development -- 6.1.4. Disposal implementation -- 6.2. Sensitivity and scenario analysis -- 6.3. Risk management -- 6.4. Provisions -- 6.4.1. Contingencies for in-scope uncertainties -- 6.4.2. Provisions for risks -- 7. FUNDING THE DISPOSAL PROGRAMME

7.1. Funding sources and mechanisms -- 7.1.1. Waste producers -- 7.1.2. The State -- 7.2. Contribution plan -- 7.2.1. Target fund value -- 7.2.2. Contribution schedule -- 7.3. Fund management -- 7.3.1. Fund ownership -- 7.3.2. Investment strategy -- 8. CONCLUSIONS -- REFERENCES -- Annex PURCHASING POWER PARITIES -- ABBREVIATIONS -- CONTRIBUTORS TO DRAFTING AND REVIEW

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