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Stockholm Convention Implementation Office, Ministry of Environmental Protection CIOMEP, China

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1st Dioxin Releases Reduction Project in China ... and needs to be main-streamed in national actions for environmental protection ... – PowerPoint PPT presentation

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Title: Stockholm Convention Implementation Office, Ministry of Environmental Protection CIOMEP, China


1
1st Dioxin Releases Reduction Project in
ChinaSustainable Environmental Management of
Medical Waste
  • Stockholm Convention Implementation
    Office,Ministry of Environmental Protection
    (CIO/MEP), China

2
Outline
  • Medical waste in China
  • Brief Project Introduction
  • Progress up to now
  • Findings

3
MW in China
  • Annual Production of MW 670,000 tons (i.e.
    1,780 tons/day)!
  • Incineration is a convenient solution of MW
    disposal
  • However, MW incineration is a big issue as the
    release source of DIOXINS!

4
MW in China
  • MW Incineration has been identified as one of
    major source of dioxins release in China
  • Annual release of dioxins was estimated to be
    450g TEQ, accounting for above 8 of the total
    releases to air from all sources (reference year
    2004).
  • National Programme for Construction of Facilities
    for Disposal of Hazardous Waste and Medical Waste
  • An important program for ESM of HW

5
MW in China
  • to construct 332 medical waste disposal
    facilities, most of which would be incinerators.
    The construction of most facilities is ongoing
  • Dioxins release have been considered, but not
    meeting the requirements of BAT/BEP Guideline
  • Emission standard for dioxins is 0.5 ng TEQ/Nm3
  • Theres a gap between the standard and the level
    in line with BAT/BEP measures

6
  • Various MW

7
  • Typical cycle MW in China

Hospital
Collection
Disposal
Transport
8
Project Introduction
  • The full-sized PD was formally reported to GEF in
    March,2007
  • GEF-CEO approved in Nov. 2007.
  • Financial scheme

9
Project Introduction
  • Project Goal to introduce BAT/BEP to MW disposal

Alternative treatment techniques
Recycling
Valuable waste
Segregated MW
Landfilled as municipal waste
Treated residue
Landfilled as hazardous waste
Incinerator
Fly/bottom ash
Segregated MW
Landfilled as municipal waste
Bottom slag
10
Project Introduction
  • Major components of the Project
  • Upgrade the incineration equipment to the BAT
    performance level
  • Replace outdated or non-viable incineration
    facilities with alternative non-incineration
    techniques that avoid the formation and emission
    of dioxins
  • Promote BEP in medical institutions
  • Comprehensively apply regulatory, administrative,
    technical and market instruments to
  • Promote affordable or commercially available
    supply of technologies and equipment
  • Promote the commercialization of MW disposal

11
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12
Progresses up to now
  • Gaps between National Program and requirements of
    SC identified
  • Relevant stakeholders actively participate in the
    project to take timely and joint actions by
  • Experience learning from other countries on MW
  • Involving environmental protection planning
    agencies to implement the project
  • Cooperation with policy makers and regulators
  • Medical institutions and disposal operators
    welcome the incentive packages of the project

13
Progresses up to now
  • Regulations of MEP changed to allow the use of
    non-combustion technologies A leap forward
  • Over 50 non-combustion disposal facilities are
    being planed or built, accounting for about 35
    of Project goal
  • Biggest Winners GEF (the catalytic role )

14
Findings
  • Project fits and reorients the National Program
    although there is a regret that the Project comes
    in after the National Program being launched
  • Dioxin control may not be a priority at current
    stage and needs to be main-streamed in national
    actions for environmental protection
  • The application of BAT is always a high cost.
  • Upgrade incinerators to meet project
    requirements, 0.1 ng TEQ release limits
    _retrofitting cost is quite high and lack of cost
    effective technologies
  • The change of mind is always the most difficult
    matter

15
Acknowledgement
  • We gratefully acknowledge the support of GEF
    and UNIDO on the SC implementation in China
  • -for the understanding of Chinas huge
    challenge in managing MW and need for timely
    actions
  • - for the strong technical support in
    project development and implementation

16
Thanks for your attention!
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