2014年-世界发展银行全球_Technical_Assessment_of_Romanias_National_GHG_Inventory___Analysis_and_Recommendations_73页_1mb

Summary of Romania's Climate Change and Low Carbon Green Growth Program - Technical Assessment of National GHG Inventory

Core Content

This document presents a technical assessment of Romania's National Greenhouse Gas (GHG) Inventory as part of the Climate Change and Low Carbon Green Growth Program. The assessment is aimed at improving the coherence, consistency, and efficiency of the GHG inventory system in alignment with UNFCCC and EU requirements.

Romania is a Party to the UNFCCC and the Kyoto Protocol, and has been fulfilling its obligation to report national GHG emissions annually. The report highlights the institutional framework, legal basis, and data collection procedures currently in place, while also identifying challenges and proposing recommendations for improvement.

Main Viewpoints

• Romania's GHG Inventory Process: The country has an established system for compiling and reporting GHG emissions, with the Ministry of Environment and Climate Change (MECC) as the main responsible body. The National Institute for Statistics (NSO) plays a crucial role in data collection and reporting to Eurostat.

• International Alignment: The process is aligned with the IPCC framework and the Framework for the Development of Environmental Statistics (FDES). However, there are discrepancies in definitions and methodologies between the IPCC and IEA that need to be addressed.

• Data Collection and Verification: Data for the GHG inventory is collected from various sectors, including Energy, Industrial Processes, Solvents and other product use, Agriculture, LULUCF, and Waste management. The EPA and NSO are key players in data verification and quality control.

• Forecasting Requirements: The EU requires emission projections by March 2015, which necessitates the development of forecasting models and legal provisions to support this activity.

• Legal and Institutional Framework: The legal basis includes EU Directives, Decisions, and Regulations, as well as national legislation. The current framework is dispersed and difficult to navigate, requiring a more centralized and comprehensive Codex of environmental laws.

• Need for Institutional Support: There is a clear need for institutional and personnel support to ensure the effectiveness and sustainability of the GHG inventory process. This includes training, compensation, and career development for staff involved.

Key Information

Current Institutional Setup

• Main body: Ministry of Environment and Climate Change (MECC)
• Collaborators: National Institute for Statistics (NSO), Local Environmental Protection Agencies (EPAs), and other relevant ministries
• Reporting entities: Commercial enterprises, government agencies, and public institutions

Legal Framework

• Includes 16 EU Directives, 6 Decisions, and 18 Regulations
• National legislation includes 2 Governmental Decisions, 2 Ministerial Orders, and 2 Protocols of Cooperation
• Codex of environmental laws is recommended to centralize and simplify legal provisions

Data Sources

Challenges Identified

• Data Gaps and Inconsistencies: Discrepancies between IPCC and IEA definitions of the energy sector
• Statistical Infrastructure: Limited quality control systems and data processing algorithms
• Legislative Gaps: No specific legal provisions for emission projections
• Standards and Classification: Inconsistent use of emission factors (EFs) and classification systems
• Organizational Barriers: Limited coordination between MECC and NSO, and high staff turnover

Recommendations

1. Enhance Cooperation between MECC and NSO:

   • Establish a protocol of cooperation to address discrepancies in energy data
   • Implement intermediate verification stages by NSO to improve data consistency

2. Improve Data Flow and Verification:

   • Conduct annual checks with the Register of Commerce to identify entities in special situations
   • Ensure full dissemination of data processing algorithms
   • Integrate with the environmental authorization system and emergency monitoring system

3. Develop Forecasting Capabilities:

   • Draft legal documents to enable emission projections by March 2015
   • Implement models and algorithms for forecasting GHG emissions
   • Coordinate with academic and technical NGOs to support impact assessments

4. Strengthen Legal and Institutional Arrangements:

   • Create a Codex of environmental laws to centralize all relevant legislation
   • Reactivate and expand the role of the National Committee on Climate Change
   • Improve training, compensation, and career development for MECC and EPA personnel

5. Improve Information Flow and Reporting:

   • Develop a diagram to depict the information flow and verification cycles
   • Ensure data quality feedback mechanisms are in place
   • Improve data consistency and correlation with economic dynamics

Conclusion

The report concludes that Romania needs to strengthen its institutional and legal framework to ensure the efficiency and reliability of its GHG inventory system. This includes improving cooperation between MECC and NSO, enhancing data collection and verification processes, and developing forecasting capabilities. The Codex of environmental laws and structured personnel support are also essential for long-term sustainability and compliance with international standards.

The implementation of these recommendations is expected to reduce inefficiencies, improve data consistency, and enhance Romania's capacity to respond to climate change mitigation and adaptation requirements.