[ISO Water footprint – potential standard]

Slides:



Advertisements
Similar presentations
ITU Symposium on progressing the Climate Agenda through Green ICT standards, Seoul, September 19, 2011 Jean-Manuel Canet Senior Manager, Orange Business.
Advertisements

Carbon Footprinting for ICT Product/Services and Supply Chain.
International Telecommunication Union Toolkit on Assessment Framework for Environmental Impacts of the ICT Sector Yong-Woon KIM ETRI, Korea (Republic of)
ISO GHG Quantification and Verification Standards Dr. Chan Kook Weng, Malaysian Palm Oil Board, Convenor, ISO TC207 WG5.
How to Know If and When It’s Time to Commission a Life Cycle Assessment.
Delivering sustainable solutions in a more competitive world Carbon Footprinting: Methodological Approaches, Challenges & Opportunities Simon Aumônier.
ISO – Environmental Management Standards. Purpose ISO is being designed to achieve several purposes: To make it more difficult for countries.
Life cycle analysis definition and application of LCAdefinition and application of LCA key stepskey steps –goal and scope definition –inventory analysis.
………………………. A perspective of life cycle thinking We believe in decision making based life cycle thinking. It results in: -no trade-offs in life cycle phases.
System of Environmental-Economic Accounting Advancing the System of Environmental-Economic Accounting Project (AEEA) Research Agenda Mark Eigenraam Senior.
ISO 9001:2015 Revision overview - General users
ISO 9001:2015 “Risk Based Thinking”
Institutionalizing the GHG Protocol Kevin Boehmer, Canadian Standards Association Mark Barthel, British Standards Institution WBCSD/WRI Side Event - The.
Life Cycle Assessment Overview of LCA and Methodology October 30, 2012.
ISO 9001:2015 Revision overview - General users
Life Cycle Overview & Resources. Life Cycle Management What is it? Integrated concept for managing goods and services towards more sustainable production.
The OECD sustainable manufacturing toolkit Sustainability and US Competitiveness Summit October 8, 2009 Michael Bordt Structural Policy Division Directorate.
Life Cycle Assessment of Organic Waste: Application and Relevance to New Zealand Simon Love.
Summary of LCA Review including carbon issues Julian Parfitt WRAP LCA Symposium ‘Making the most of LCA thinking’ 23 November 2006, Savoy Place, London.
PAS 2050 Specification for the assessment of the life cycle greenhouse gas emissions of goods and services Nigel Carter, En-Venture Chair, BSI GHG Committee.
Life cycle management: roles of standards Dr Norman Swindells CEng, FIMMM Ferroday Limited DEPUIS Workshop, ENEA,
Carbon capture and storage - input to EUETS Directive review Penny Tomlinson.
Introduction to the ISO series ISO – principles and vocabulary (in development) ISO – ISMS requirements (BS7799 – Part 2) ISO –
KICK-OFF MEETING - Brindisi 21 July 2011 EcoPlasBrick Work Package 4 Environmental compatibility analysis The environmental compatibility analysis, based.
Asahi Kasei AWP LCA study. Background for the LCA analysis Global demand of reducing Greenhouse Gas ( GHG) emission First introduction to the flexo printing.
Life Cycle Assessment of Biofuels Paolo Masoni ENEA – LCA & Ecodesign Lab (ACS PROT – INN) Rome, th January.
Participatory Land Use Planning and SLM Impact Assessment For PALM Project.
Bangalore, India,17-18 December 2012 METHODOLOGIES TO ASSESS THE ENVIRONMENTAL IMPACTS OF ICT KEVIN J HOUSTON, CEO CARBON MASTERS Member of Independent.
Overview of the NSF 375 Draft Sustainability for the Water Treatment and Distribution Industry October 30, 2012.
CLOUD AS A GREEN TECHNOLOGY Keith Dickerson, Climate Associates Ltd CLOUD STANDARDS COORDINATION Cannes, 4-5 December
1 HARMONIZATION OF ISO/IEC AND IEEE STD 1219 Thomas M. Pigoski Paul R. Croll IEEE Computer Society Montreal, May 2003.
ITU Green Standards Week, Rome, Italy, September 5 – 9, 2011 Jean-Manuel Canet, Orange Business Services Jean-Manuel Canet Senior Manager, Orange Business.
International Life Cycle Partnership To bring science-based life cycle approaches into practice worldwide UNEP/SETAC Life-Cycle Initiative Life Cycle Management.
ISO 9001:2015 The process approach
Life Cycle Assessment JISHNU M Assistant professor Mechanical engineering College of engineering chengannur.
International Telecommunication Union Guidelines for Environmental Sustainability Standard for the ICT Sector Daniela Torres Chapter 6 General Specifications.
Life Cycle Analysis (LCA). Overview Purpose Definitions.
Sustainable Community EMS Design Including Pollution Prevention Michelle M. Wyman Reed Smith Shaw & McClay LLP EMS Models and Strategies: ISO & Beyond.
Mitigation Working Group Elements to be considered Methodologies on socioeconomic and environmental impacts of mitigation measures List/annex on tools/methodologies.
Dr. Trevor Smith Chair ISO/TC 176 Quality Management & Quality Assurance Worldwide Quality Director Global Manufacturing & Logistics Eastman Kodak Company.
ITU Regional Standardization Forum for Africa Livingstone, Zambia March 2016 ITU-T SG5 Activities A special focus on L.1440: Methodology for environmental.
The value of environmental footprints Euro-Mediterranean Conference on Digital integration, energy and resource efficiency: opportunities in textile and.
Thank you WORLD ENVIRONMENT CENTER Effective Sustainability Reporting for Trade Associations: Options in an Era of Digital Transparency Terry F. Yosie,
Standards Development for Climate Change  Consensus reached between UNFCCC & ISO that internationally accepted standards will be promoted globally  Include.
ISO Session 3 Environmental Management and Ethics in Management.
Energetická náročnost budov
Environmental impact and energy consumption
Presenting carbonn Cities Climate Registry
International Standards on Risk Management
Environmental Health Management (EN481)
Presentation by Dilyanka Zhelezarova & Viire Viss
Dr. Sophie Parsons, CEng CEnv
CENELEC TC215 WG3 (EN Series)
ISO 9001:2015 The process approach
The European Environment Agency and emissions from international maritime transport John van Aardenne, Air and Climate Change Programme February.
Understanding Updates to the EPA Inventory of Greenhouse Gas Emissions from Natural Gas Systems Richard Meyer Managing Director, Energy Analysis August.
Meeting with Member State experts on Life Cycle Assessment of fuel in relation to Article 7a of proposal COM 2007(18) 17 July 2007 European Commission.
MSFD Com Dec 2010/ 477/ EU review Recommendations for D2
Goal and Scope Rubric, 0.5 points
Working group Ecological Flows
Bernie Thomas, LCA Policy Adviser
DRAFT ISO 10006:2017 Revision Overview Quality management systems - Guidelines for quality management in projects ISO/TC176 TG 01.
United Nations Statistics Division
DRAFT ISO 10007:2017 Revision Overview Quality management – Guidelines for configuration management ISO/TC176 TG 01.
Julian Chow United Nations Statistics Division
DRAFT ISO 10008:2013 Overview Customer satisfaction — Guidelines for business-to-consumer electronic commerce transactions ISO/TC176 TG 01.
DRAFT ISO 10015:20XX Revision Overview Quality management — Guidelines for competence management and people development ISO/TC176 TG 01.
DRAFT ISO 10006:2017 Revision Overview Quality management systems - Guidelines for quality management in projects ISO/TC176 TG 01.
Draft ISO 10014:20XX Revision Overview Quality management systems — Managing an organization for quality results — Guidelines for realizing financial and.
DRAFT ISO 10013:20XX Overview Quality management – Guidelines for quality management system documented information ISO/TC176 TG 01.
Presentation transcript:

[ISO 14046 - Water footprint – potential standard] [name] [Organization]

IMPORTANCE AND BENEFITS DRAFT ISO 14046 – TABLE OF CONTENTS [ISO 14046 - Water footprint potential standard ] Content PURPOSE AND SCOPE WHAT IS THIS STANDARD? IMPORTANCE AND BENEFITS DRAFT ISO 14046 – TABLE OF CONTENTS 2

[ISO 14046 - Water footprint potential standard] 1. [PURPOSE AND SCOPE] PURPOSE: To provide internationally harmonized metrics for water footprints SCOPE: requirements and guidelines to assess and report water footprints based on LCA* *proposed by working group WG 8 set up by ISO/TC 207 subcommittee SC 5, Life cycle assessment 3

[THIS STANDARD WOULD…] Deliver principles, requirements and guidelines for H2O footprint metric of products, processes and organizations (based on ISO 14044) Define considerations for different types of water sources and water releases, and treatment of local environmental and socio-economic conditions Address communication issues linked to water footprinting (based on ISO 14020) Be compatible with the rest of the ISO 14000 family 4

[IMPORTANCE AND BENEFITS] Ensure coherence with other environmental metrics such as life cycle-based indicators (carbon footprint) and standards of the ISO 14000 family, such as ISO 14064 standards on the accounting and verification of greenhouse gases (GHG) Address positive aspects, such as the benefits of decreasing the water footprint 5

4. [DRAFT ISO 14046 Water footprint potential standard - TABLE OF CONTENTS] Scope Normative references Terms and definitions Water use; types of water; LCA and water inventory; water impact assessment; interpretation and communication of water footprint; products, product systems and processes; data and data quality

4. [DRAFT ISO 14046 Water footprint potential standard - TABLE OF CONTENTS] 4. Methodological framework for water footprint General requirements; goal and scope definition; water inventory; water impact assessment and interpretation; interpretation of the results 5. Reporting General; Water Inventory; Water impact Assessment 6. Critical review General principle for review; Need for critical review; Critical review panel