SEEBALANCE®
– Nutzen für REACH?
Peter Saling| Dortmund | November 5, 2013
Our sustainability understanding
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Balancing economic, environmental and social needs to find the best available solutions is essential to ensure a more sustainable future.
On this journey, we need to act decisively together with and for our customers and other stakeholders.
Contributing to meet society’s needs more sustainably is the growth driver for our business
To measure sustainability, a quantitative sustainability evaluation is needed!
The sustainability evaluation toolbox contains a full set of quantification tools based on LCA.
Eco-Efficiency Analysis
Includes environmental impacts and life cycle costs
Already over 500 analysis since 1996
Validated method by and Life Cycle Assessment (LCA)
Evaluates of environmental impacts Life Cycle Inventory
Quantifies inputs and outputs
SEEBALANCE®
Includes social aspects
ISO 14040 & 14044ISO 14045
AgBalance™
AgBalance™
Addresses agricultural aspects and customer demands
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http://echa.europa.eu
European Commission needs this information
”… authorisation may only be granted if it is shown that socio-economic benefits outweigh the risk
ECHA Committees shall formulate their draft opinions within 10 months (Art 64(1))
” The draft opinions shall include… ”an assessment of the socio-economic factors and the availability, suitability and technical feasibility of alternatives...” (Art 64(4)(b))
Analysis of negative and positive impacts of one scenario (“applied for use”) vs. another (“non-use”). Impacts considered:
human health, environmental
economic, social and wider economic
Legal reasons for socio-economic
analysis
(Art 60(4))5
Aims of the SEA under REACH
CMR 1 + 2, PBT, vPvB and other substances with comparable high concern
Yes No
socio‐economic Analysis (SEA) Risk is adequately controlled ?
+ ‐
Does the socio‐
economic advantages outweigh
the risk?
Authorisation is granted
Authorisation is denied Authorisation is
granted
*CMR:carcinogen, mutagen, toxic to reproduction *vPvB:very persistent, very bioaccumulative
*PBT:persistent, bioaccumulative, toxic
Alternatives available?
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Flow diagram for the Process of Conducting a SEA (Technical guidelines REACH)
Source: ECHA, Technical Guidance Document for SEA – Authorisation Process, draft
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Stage 2: Scope of the SEA
Overview: SEEbalance Procedure
define customer benefit identify products /
processes establish life cycle
determination of social profiles for each step
determination of eco‐
profiles for each step
determination of costs for all life cycle segments
aggregation of stakeholder effects
aggregation of the effects categories
calculation of total life cycle costs
normalization of social effects
normalization of
environmental impact normalization of costs
summary and final results
society
society ecologyecology economyeconomy
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Stage 3: Assessing Impacts
Environmental Input- and Output Categories
Life‐Cycle Step Raw Materials and
auxillaries
Energies
Land Use
Emissions to Air
Emissions to Water
Solid Wastes Toxicity Potential
INPUT OUTPUT
According to DIN ISO 14040+14044
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Stage 3: Assessing Impacts
Overview of Social Impact Categories in SEEBALANCE
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Employees
Working Accidents Fatal Working
Accidents Occupational
Diseases Toxicity Potential
Wages and Salaries
Professional Training
Strikes and Lockouts
Social-Profile
Local and National Community
Employment
Qualified Employees
Gender Equality Integration of Disabled Persons Part-time Workers
Family Support Future
Generations
Number of Trainees Research and Development
Investments
Social Security International
Community
Child Labor Foreign Direct Investment (FDI)
Imports from developing Countries
Consumers
Toxicity Potential
Other Risks
...
I. Schmidt, M. Meurer, P. Saling, A. Kicherer, W. Reuter, C. Gensch, SEEbalance ‐Managing Sustainability of Products and Processes with the Socio‐Eco‐Efficiency Analysis by BASF, Greener Management International, Greenleaf publishing Sheffield, S. Seuring (guest editor), Issue 45, Spring 2004, 79 ‐94.
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Stage 3: Assessing Impacts
Social categories of SEEBALANCE
The social impact of the use of a substance and of its alternatives on the employees is assessed by
considering e.g.:
Number of working accidents shows how the
production process of substance contributes to the wellbeing of employees.
Professional training shows the level of education that are connected with products.
Reduction or Increase of possibilities for professional education.
Wages and salaries show the specific and life cycle related benefits for employees
employees employees
working accidents working accidents
fatal working accidents fatal working
accidents
occupational diseases occupational diseases
toxicity potential + transport toxicity potential +
transport
wages and salaries wages and salaries professional training
(company expenditures) professional training
(company expenditures) strikes and lockouts strikes and lockouts
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Procedure: Sector Assessment
Statistics A Working accidents
12217 accidents Statistics A Working accidents
12217 accidents
Statistics B Total production chemical industry
210 million t Statistics B Total production chemical industry
210 million t
58 accidents /
mill.t chemical product
Sources:
Federal Statistical Office
Federal Agencies for Health
Unions
Professional associations
Companies (BASF, ...)
NACE 24:
24.1: Base Chemicals
24.2: Plant Protection Agents
24.3: Coatings
24.4: Pharmaceuticals
24.4: Detergents
24.X: ...
Source: Schmidt (2007)
NACE: ‘Nomenclature générale des activités économiques dans les Communautés Européennes’
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Presenting Results
Energy Consumption
0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5
Alt 1 Alt 2 Alt 3
MJ/UB
step 5 step 4 step 3 step 2
step1 0,00
Energy
Emissions
Toxicity Potential
Risk Potential Resources
Land Use
Alt.1 Alt 2 Alt 3
0,0
1,0
2,0
0,0 1,0
2,0
costs (norm.)
environmental impact (norm.)
Alt 1
Alt 2
Alt 3
0,00 0,50 1,00 1,50 2,00
Society
Environment Economy
Alt 1 Alt 2 Alt 3
Socio-Eco-Efficiency
Alt 1
Alt 2
Alt 3 high SEE
low SEE medium SEE
Technology Field
Materials, Systems & Nanotechnology
We develop cross-sectional technologies like nanotechnology for functional materials and systems.
Research focus
Dynamic portfolio of research programs based on cross-sectional technologies
Holistic research approach for systems
Nanotechnology as interdisciplinary technology
Examples of existing activities
Lightweight composites for load-bearing applications in automobiles and wind blades
Membranes with enhanced chemically performance
Advanced insulation material
Cost-competitive, modular production concepts for functional polymers
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SEEBALANCE considers social impacts and benefits
Increasing employment as positive impact
‐1,E‐04 0,E+00 1,E‐04 2,E‐04 3,E‐04 4,E‐04 5,E‐04 6,E‐04
Ref.: CEM I CEM II B + X‐SEED Ref.: CEM I + heating
CEM I + X‐SEED
employee years/UB
Disposal
X‐SEED production
Precast
production (ev.
Heat curing) Cement II
Cement I
Transport
Materials Energies
positive15
Stakeholder Employees:
Professional Training
‐0,04
‐0,02 0,00 0,02 0,04 0,06 0,08 0,10 0,12 0,14 0,16
Ref.: CEM I CEM II B + X‐SEED Ref.: CEM I + heating CEM I + X‐SEED
EUR/UB
Further materials Disposal
X‐SEED production Precast
production (ev.
Heat curing) Cement II
Cement I
Transport Energy Comparison
Material Comparison
0,00 0,50 1,00
Employees
Users
Local and national Community Future Generations
International Community
Ref.: CEM I + heating CEM I + X-SEED
SEEBALANCE for cement additives X-SEED Nano-particulates are more sustainable
Socio-Eco-Efficiency
Reference: CEM I + heating
CEM I + X-SEED high SEE
low SEE medium SEE
The X-SEED mix design has economical, ecological and social advantages
Further information: http://www.basf.com/group/corporate/de/news-and-media- relations/science-around-us/concrete-components/info-box
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Multi-Criteria Analysis vs.
Cost-Benefit-Analysis
Differences between CBA and MCA
CBA MCA
• CBA is based on economic efficiency criteria
• Alternatives are evaluated by performance criteria that are measured in money terms.
• It requires only quantitative data
• MCA incorporates other types of criteria than money terms
• Difficult to monetize criteria are assessed differently
• It evaluate both quantitative or qualitative data, or a combination of the two.
Advantages of Multi-Criteria Analysis (MCA)
• MCA enables a more realistic representation of the decision problem to be made, and in particular for the trade-offs to be made explicit.
• Although MCA is a structured approach, it is flexible enough to allow the use of value judgment.
• It is suitable for problems where money estimates of the effects are not readily available or not clear.
SEEBALANCE® – Nutzen für REACH?
SEEBALANCE kann in der Autorisierung adäquate Ergebnisse liefern
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- Ganzheitliche Bewertung aller drei Dimensionen ist möglich
- Eine Umrechnung von einer in die andere Dimension erfolgt nicht - Unsicherheiten bei der Monetarisierung werden vermieden
- Verschiedene Kostenarten können erfasst und bewertet werden - Volkswirtschaftliche Faktoren können einbezogen werden
- Unterschiedliche soziale Effekte können in die Bewertung einbezogen werden
- Statistische Daten unterstützen die industrie-übergreifende ganzheitliche Betrachtung
- Darstellung aller Einzelergebnisse, Wichtungsschema führt zum Gesamtergebnis
- Gesamtergebnis unterstützt die Entscheidungsfindung - Relativer Vergleich als Basis
SEEBALANCE® – Nutzen für REACH?
SEEBALANCE ist in der Autorisierung verwendbar
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Die ist SEEBALANCE Analyse ein Instrument zur allgemeinen, umfassenden Bewertung von Nachhaltigkeit und kann auch zur SEA in REACH verwendet werden.
Die SEEBALANCE Analyse als multikriterielle Analyse geht über REACH regulatorische Aspekte hinaus.
Das Wichtungsschema kann von regulatorischen Anforderungen abweichen (was jedoch ggfs. adjustierbar wäre).
Die SEEBALANCE ist eher geeignet für eine Autorisierung bei nicht kontrolliertem Risiko für den Verwender (non-adequate control route).
Zur Abschätzung der ökonomischen Verhältnismäßigkeit in der Analysis of Alternatives (AoA) verschiedener Alternativen bei kontrolliertem Risiko
(adequate contol route bei vorhandenem Grenzwert) sollte ein weniger komplexes Verfahren bei der Zulassung als ausreichend erachtet werden.
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