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The OECD sustainable manufacturing toolkit Sustainability and US Competitiveness Summit October 8, 2009. Michael Bordt Structural Policy Division Directorate of Science, Technology and Industry OECD Michael.Bordt@oecd.org www.oecd.org/sti/innovation/sustainablemanufacturing.
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The OECD sustainable manufacturing toolkitSustainability and US Competitiveness Summit October 8, 2009 Michael Bordt Structural Policy Division Directorate of Science, Technology and Industry OECD Michael.Bordt@oecd.org www.oecd.org/sti/innovation/sustainablemanufacturing
What is the OECD? • Organization for Economic Cooperation and Development (www.oecd.org) • An intergovernmental organization with 30 member countries • “a setting where governments compare policy experiences, seek answers to common problems, identify good practice and coordinate domestic and international policies.” • Does this through a diverse structure of committees with national, international and business representation • One of the world’s largest sources of comparative statistics of economic and social data
Perspective on sustainable manufacturing • Sustainability: Environmental, Economic and Social dimensions • Making more efficient use of non-renewable resources, and • Minimizing the use and production of unwanted by-products • By: dematerialization and substitution • While: meeting corporate and social needs
Why a(nother) toolkit? • Many existing initiatives to measure corporate sustainability performance in international, regional and national governments • Many methodologies to measure various aspects of sustainability performance • All are useful and provide unique insights • Very little comprehensive international guidance on “best practices” for “non-experts” • Public reporting tends to be by larger companies • Reporting doesn’t focus on underlying materials, processes and products that influence performance
Objectives (1) Promote a common framework and language for measuring sustainability performance Take a systematic view of the production process Incorporate life-cycle thinking by promoting stewardship over materials, production and products Develop core indicators that can be interpreted in a common way Provide guidance to assist non-experts in companies to collect data, calculate the indicators, analyse and improve their own sustainability performance Facilitate internal analysis (not another obligation but a measurement resource)
Objectives (2) Be complementary with existing mainstream initiatives: • Global Reporting Initiative (GRI) – comprehensive set of corporate sustainability indicators • LCA: Life Cycle Assessment – assesses impacts of product systems • MFA/MFCA: Material Flow/Cost Analysis – tracks materials efficiency/costs and resource productivity • MIPS: Materials Input Per Unit Service – measures resource productivity of products and services • EMAS: EU’s Environmental Management and Audit Scheme – encourages environmental performance reporting and improvement • IPCC: Intergovernmental Panel on Climate Change – provides guidance on calculating greenhouse gas emissions at national level • WBCSD and WRI developing GHG protocol for businesses • PRTR: Pollutant Release and Transfer Registries – national activities to track releases of controlled pollutants • Ecological Footprinting (EF) – shows impacts in terms of global land required to support consumption patterns
Existing metrics approaches Product | process | facility | corporation | sector | country | global Measurement unit LCA High MFA GRI OECD Toolkit Technical Detail Medium IPCC PRTRs EMAS EF Low
Toolkit features • Focuses on performance of a facility (site or location), its materials and its product mix • Inventory inputs, processes, products and by-products • Uses commonly-available (to some) data to calculate 18 inter-related core indicators • Financial analysis is done by estimating costs and benefits of improving environmental performance • Presented as a “how to” guide for non-experts • Not: estimating aggregate or ultimate impact
For each indicator • Concepts; why the indicator is important • General formula for calculation • Description of each component data item • Guidance on “typical” and “atypical” cases • References to national and international data, further information and detailed methodology
Current status • Prototype is being discussed and tested • Would like to include detailed case study • Further refinement based on input from business and other experts • Requires field testing • Publish in spring 2010
Future work (beyond 2010) • What do you want the toolkit to be? • Include broader economic performance (of facility on national and global economy) • Include social performance (of materials, processes and products) • Additional performance indicators: • Benefits of products • Embedded wastes, water in materials and products • Harmonized data (factors, process, product materials databases) • More detailed/harmonized methodologies • National or sectoral statistics based on performance indicators
Thank you Comments Questions Michael.Bordt@oecd.org www.oecd.org/sti/innovation/sustainablemanufacturing