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A pplying C LEANER PRODUCTION to M ULTILATERAL E NVIRONMENTAL AGREEMENTS. ACME. CP methodology adapted to Stockholm Convention. S ESSION 9.C. United Nations Environment Program Division of Technology Industry and Economy. Swedish International Development Agency.
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ApplyingCLEANER PRODUCTION to MULTILATERAL ENVIRONMENTAL AGREEMENTS ACME CP methodology adapted to Stockholm Convention SESSION9.C United Nations Environment ProgramDivision of Technology Industry and Economy Swedish International Development Agency
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 2 / 17 INTRODUCTION CP approach to Basel Convention The “CP Methodology” has been adapted to the Stockholm Convention with focus on eliminating/ minimising the unintentionally produced POPs (dioxin and furan).
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 3 / 17 METHODOLOGY Focus on unintentionaly produced POPs • CP methodology is tailored to focus on combustion related activities and other activities in the industry which might generate Dioxins and Furans. • The methodology explains: • What should be done in theory. • How it is done in practice.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 4 / 17 METHODOLOGY Methodology based on 3 elements • 1/ The Cleaner Production (CP) strategy: • - prevention of waste; • - systematic approach; • - integrated into business processes; • - aimed at continuous improvement. • 2/ Several existing CP audit methodologies. • 3/ Real practice experience from CP assessments carried out in the past.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 5 / 17 METHODOLOGY How to use it? Companies can focus on specific operations/activities leading to the generation of dioxins and furans through the same 6-step Cleaner Production approach with little adaptation. Under each step there are several tasks. Each task describes what a company should do to avoid the generation of the Dioxins and Furans.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 6 / 17 METHODOLOGY CP methodology adapted to Stockholm 1a - Meeting with top management 1b - Form a Team and inform staff 1c - Pre-assessment to collect general information 1d - Select focus areas 1e - Prepare assessment proposal for top management approval STEP 1 Planning and Organization 2a - Staff meeting and training 2b- Prepare focus area flow charts 2c - Walkthrough of focus areas 2d - Quantify inputs and outputs and costs to establish a baselines 2e - Quantify losses through a material and energy balance STEP 2 Assessment 3a - Cause analysis 3b - Identify possible options 3c - Screen options for feasibility analysis STEP 3 IdentificationofOptions 4a - Technical, economic and environmental evaluation of options 4b - Rank feasible options for implementation 4c - Prepare implementation and monitoring proposal for top management approval STEP 4 FeasibilityAnalysisofOptions STEP 5 Implementation and Monitoring 5a - Implement options and monitor results 6a - Prepare proposal to continue with hazardous/toxic waste reduction for management approval. STEP 6 ContinuousImprovement
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 7 / 17 STEP 1 Planning and Organization (1) • Purpose of step 1: • - To obtain top management commitment • - Plan and organize the detailed study • Without an approved plan, there is no commitment! • Output of step 1: • A written proposal with selected processes, steps and tasks to avoid the generation of the Dioxins and Furans, approved by top management.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 8 / 17 STEP 1 Planning and Organization (2) 1a. Meeting with top management1b. Form a Team and inform staff1c. Pre-assessment to collect general information1d. Select focus areas1e. Prepare assessment proposal for top management approval
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 9 / 17 STEP 2 Assessment (1) Purpose of step 2: To assess the process/operation selected as the focus area(s). Output of step 1 An overview of the process/operation parameters, the process control measures adopted etc. Then it becomes easier to identify options to avoid the formation of the Dioxins and Furans in step 3!
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 10 / 17 STEP 2A Assessment (2) 2a. Staff meeting and training2b. Prepare focus area flow charts 2c. Walkthrough of focus areas2d. List critical source of generation of Dioxins and Furans to establish a baseline
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 11 / 17 STEP 3 Identification of Options (1) Purpose of step 3: To identify opportunities to avoid the generation of the Dioxins and Furans. Output of step 3: List of options that will be investigated on their feasibility in step 4.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 12 / 17 STEP 3 Identification of Options (2) 3a. Cause Analysis3b. Identify possible options3c. Screen options for feasibility analysis
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 13 / 17 STEP 4 Feasibility Analysis of Options (1) • Purpose of step 4: • - to determine which options are technically, financially and environmentally feasible; • - in what order they should be implemented. • Output of step 4 : • a proposal that is approved by top management, with recommended options for implementation; • procedure to do this; • a list of options that require further investigation or which are not feasible.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 14 / 17 STEP 4 Feasibility Analysis of Options (2) 4a. Technical, economic and environmental evaluation of options4b. Rank feasible options for implementation4c. Prepare implementation and monitoring proposal for approval
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 15 / 17 STEP 5 Implementation and Monitoring • Purpose of step5: • to implement feasible options in order of priority; • monitor results of implemented options; • discuss findings with top management. • Output of step 5: • avoidance of the generation of the Dioxins and Furans. • agreement with top management about the next steps.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 16 / 17 STEP 6 Continuous Improvement • Purpose of step 6: • To ensure that the company continues with improving the environment through a systematic way that is integrated in company processes. • Output of step 6 : • continuation of implementing the identified options; • integration of CP assessment into company processes.
ACME - Session 9.C - CP methodology adapted to Stockholm Convention - 17 / 17 CONCLUSION End of session 9.C Thank you for your attention… Any questions?