THE VNCI ENVIRONMENTAL PERFORMANCE INDICATOR APPROACH - PowerPoint PPT Presentation

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THE VNCI ENVIRONMENTAL PERFORMANCE INDICATOR APPROACH

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Depletion of the ozone layer CFC-11. Acidification SO2. Photochemical ozone creation ethylene ... ODP Ozone depletion potential HTP Human toxicity potential ... – PowerPoint PPT presentation

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Title: THE VNCI ENVIRONMENTAL PERFORMANCE INDICATOR APPROACH


1
THE VNCI ENVIRONMENTAL PERFORMANCE INDICATOR
APPROACH
Example from a case study Henri Lopes
Cardozo Manager Environmental Affairs and
Management Systems Europe Akzo Nobel Chemicals
bv.
2
The reasons for Environmental Performance
Indicators (EPI)
1. Determining environmental relevance 2. Prioriti
zing environmental measures and
investments 3. Target setting 4. Benchmarking
internal and external and comparing results
with previous years 5. Communication internal and
external
3
System approach
production
raw materials energy
product use and disposal
regional system approach
4
The EPI method
Groups the impacts of emissions into the
atmosphereand or water into seven environmental
effects.
To each effect a reference chemical is assigned
Environmental Effect Reference
Chemical
  • Global warming CO2
  • Depletion of the ozone layer CFC-11
  • Acidification SO2
  • Photochemical ozone creation ethylene
  • Human toxicity dichlorobenzene
  • Eco toxicity dichlorobenzene
  • Eutrophication PO43-

5
Method
  • Destination of emission (water/air)
  • Environmental effect
  • Chemical component

6
Aspects of the method
  • Individual chemical components can contribute
    toseveral EPIs
  • Each chemical component has EPI unique
    anddestination (water/air) unique weight factors
  • Each EPI has its own characteristics and
    referencechemical
  • EPIs can not be added up to consolidate into
    oneperformance indicator

7
Contribution to EPI versus quantity of emissions
(EPI POCP) (from a case study)
8
Proportional contribution to EPIs (case
study) Case versus VNCI total members
POCP Photochemical ozone (smog) creation
potential ETP Eco toxicity potential ODP
Ozone depletion potential HTP Human
toxicity potential GWP100 Global warming
potential AP Acidification potential EP
Eutrophocation potential
9
Dr. Henri A. Lopes Cardozo Phone 31 74 244
3204 Fax 31 74 244 4100 E-mail
henri.lopescardozo_at_akzonobel.com Website
http//www.ahm-nl.akzonobel.nl/HSE/
9
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