2013年-世界发展银行全球_Towards_Cleaner_Industry_and_Improved_Air_Quality_Monitoring_in_Kazakhstan_204页_9mb

Summary of "Towards Cleaner Industry and Improved Air Quality Monitoring in Kazakhstan"

Core Content

This document outlines a comprehensive assessment of Kazakhstan's current air quality monitoring system and proposes strategies for modernization in line with international standards, particularly those of the European Union (EU). It also discusses the environmental permitting system and industrial emissions registration to support the transition to a cleaner and more sustainable economy as part of the Green Economy Concept (2013-2020).

Main Viewpoints

1. Air Quality Monitoring Network in Kazakhstan

• The current air quality monitoring network is outdated and insufficient for a large country with significant industrial activity.
• Monitoring sites are limited, and the selection of pollutants does not align with current health priorities.
• Monitoring methods are manual, slow, and not representative of actual pollution patterns.
• Legal standards for air quality are not updated to reflect the latest understanding of health impacts.

2. Health and Economic Impacts of Air Pollution

• Air pollution in Kazakhstan causes serious health and environmental issues, particularly in urban and industrialized areas.
• Particulate matter (PM) pollution is identified as one of the most harmful pollutants.
• It is estimated that particulate matter pollution causes approximately 2,800 premature deaths annually and costs the economy over US$1.3 billion (or 0.9% of GDP).
• Reducing PM concentrations by even 1 μg/m³ can save US$57 million annually in health costs.

3. Need for Modernization and Harmonization

• Modernization of the air quality monitoring network is essential to improve data accuracy, coverage, and timeliness.
• The proposed modernization includes:
  • Establishing 31 fixed monitoring stations and 3 mobile stations in the 11 pilot cities.
  • Monitoring a full range of pollutants including SO₂, H₂S, NO₂, PM₁₀, PM₂.₅, O₃, CO, VOC, Hg, PAH, As, Cd, Ni, and Pb.
  • Alignment with EU monitoring standards and best practices.

4. Environmental Permitting System

• Kazakhstan currently has a dual system of environmental permitting, which sends mixed signals to industries and encourages only end-of-pipe solutions.
• The report recommends:
  • Unification of the permitting schemes.
  • Categorization of large polluters based on environmental exposure.
  • Integration of environmental permitting with Best Available Techniques (BAT).
  • Optimization of emission limit values and procedures.

5. Industrial Emissions Registration System

• The report emphasizes the need for a more transparent and efficient industrial emissions registration system.
• It recommends:
  • Electronic reporting of emissions.
  • Differentiation of reporting requirements based on facility type and environmental impact.
  • Public access to emission data.
  • Improved templates for self-monitoring reports.

6. International Standards and Best Practices

• The study aligns with EU best practices in air quality monitoring, environmental permitting, and emissions registration.
• Recommendations include the adoption of EU monitoring principles, BAT standards, and international conventions such as the Kiev Protocol and UNECE.

Key Information

• Main pollutants monitored: SO₂, NO₂, PM₁₀, PM₂.₅, O₃, CO, VOC, Hg, PAH, As, Cd, Ni, Pb.
• Current status: Only 29 monitoring sites across 11 cities, with data from 2010-2012.
• EU alignment: The proposed modernization includes EU siting criteria, monitoring frequency, and data management systems.
• Health impact: PM pollution leads to significant health costs, with annual savings possible through reduction.
• Investment and costs: Includes equipment modernization, establishment of a reference laboratory, and data management system.
• Legal and institutional reforms: Required for improving compliance, transparency, and public access to environmental data.
• Institutional capacity building: Necessary to support the implementation of the proposed reforms.

Proposed Actions

1. Equipment Modernization

• Install 31 fixed monitoring stations and 3 mobile stations.
• Use fast-response and high-accuracy analysers as per EU standards.

2. Reference Laboratory and Quality Management System

• Establish a National Reference Laboratory (NRL) to ensure traceability and quality assurance.
• Implement QA/QC procedures for all monitoring and analysis activities.

3. Data Management System

• Modernize the data collection, analysis, and reporting system.
• Develop a centralized air quality portal similar to those in the EU and other countries.

4. Chemical Laboratory Upgrades

• Introduce new trace element and PAH analytics to improve the accuracy of pollution monitoring.

5. Environmental Permitting Reform

• Harmonize with EU Integrated Pollution Prevention and Control (IPPC) directives.
• Streamline the permitting process and focus on emission reduction and BAT implementation.

6. Industrial Emissions Registration

• Implement electronic reporting and public access to emission data.
• Develop a PRTR (Pollution Release and Transfer Register) system aligned with the European PRTR (E-PRTR).

7. Institutional and Policy Reforms

• Strengthen institutional capacity for environmental management.
• Develop sector-specific strategies and legislation to support cleaner production and emissions reduction.
• Ensure consultation with industry and stakeholders during the development of new regulations.

Conclusion

The document emphasizes the need for modernization of air quality monitoring, alignment with EU standards, and reforms in environmental permitting and emissions registration to support the transition to a Green Economy in Kazakhstan. These changes are expected to improve public health, environmental compliance, and industrial competitiveness. The implementation will require technical upgrades, institutional reforms, and public engagement.