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The Socio-Eco-Efficiency Analysis: SEEbalance®
SEEbalanceSEEbalance®®
Social impact
Reduction of raw material
and energy consumption
En
viro
nm
enta
l im
pac
t
Costs
high socio-eco-efficiency
low number of working
accidents
12.01.2005 2
The Four Strategic BASF Guidelines for Long-term Success
Formthe best teamin the industry
Ensuresustainable
develop-ment
Earn apremium on ourcost of capital
Help ourcustomers to bemore successful
12.01.2005 3
The Three Pillars of Sustainable Development
Eco-EfficiencyAnalysis
SEEbalance®-Analysis
society
ecology
economy
Sustainable Development
12.01.2005 4
Development of SEEbalance®
From the Eco-Efficiency Analysis to the SEEbalance®
aim:
Integration of quantifiable social indicators in the BASF eco-efficiency analysis
schedule: starting point 2001
end point March 2005
this subproject was a part of the BMBF project „Sustainable Chemistry of Aromatics“
co-operation partners for the development of the SEEbalance® were:
Universität Karlsruhe (TH)Institut für Geographie und Geoökologie
12.01.2005 5
What is an Socio-Eco-Efficiency Analysis (SEEbalance)?
Method for the comprehensive assessment of products and processes.
Ecological and economic and social aspects are given equal weight in assessments.
The products are analyzed from the angle of the end customer.
(Future) scenarios and effects of various action options are presented.
Eco-efficiency analysis is a standard tool in the BASF Group; more than 240 analyses have been carried out (about 15 SEEbalance).
12.01.2005 6
SEEbalance® Results: Men‘s Shirts
This analysis includes in the social assessment the stakeholder employees, consumers, national community and future generations.
The 100% polyester shirt is a hypothetical shirt considered only for comparison and is not frequently encountered in the market.
100 % cotton shirtWearing a blue
men‘s shirt (40 times)
alternative Comparable alternatives
User benefit
100% polyester shirt (PET)
blended fabric shirt (65% cotton, 35% PET)
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Results:Base Case: Blue Men‘s Shirts
Wearing a
blue men‘s
shirt (40
times)
Wearing a
blue men‘s
shirt (40
times) 1,25
1,00
0,75
1,00
0,75
1,25
1,00
0,75
socia
l influ
encecosts
envi
ronm
enta
l bur
den
PET
Blended fabric
Cotton
0,75
1,25
1,00
0,75
1,25 1,00
en
virn
on
men
tal b
urd
en
costs
0,751,001,25
1,25
1,00
0,75
soci
al in
flu
ence
costs
12.01.2005 8
Weighting FactorSurvey in Germany
50% child labour50% child labour
25% foreign direct investment
25% foreign direct investment
25% imports from developing countries
25% imports from developing countries
25% employees25% employees
20% consumer20% consumer
15% working accidents
15% working accidents
60% toxicity potential
60% toxicity potential
20% fatal working accidents
20% fatal working accidents
40% other risks and product characteristics
40% other risks and product characteristics
15% occupational diseases
15% occupational diseases
25% toxicity potential + transport
25% toxicity potential + transport
10% wages and salaries
10% wages and salaries
10% professional training
10% professional training20%
local & national community
20% local & national
community
20%future
generation
20%future
generation
15%international community
15%international community
30% employees30% employees
15% qualified employees
15% qualified employees
15% gender equality15% gender equality
10% integration of disabled people
10% integration of disabled people
15% part-time employees
15% part-time employees
15% family support15% family support5% strikes and
lockouts
5% strikes and lockouts
25% number of trainees
25% number of trainees
25% R&D (company expenditures)
25% R&D (company expenditures)
25% capital investments
25% capital investments
25% social security
25% social security
12.01.2005 9
Analogies between Ecological and Social LCA
UB
= u
ser
benefit
Ökologischer Fingerprint
Ecological LCA Social LCA
1st : Inventory analysis (inputs/ outputs) 2nd: Impact assessment for defined indicators
e. g. GWP: 11 CO2-equivalent per UB
1st : Inventory analysis (inputs/ outputs) 2nd: Impact assessment for defined indicators
e. g. employees: 3 working accidents per UB
0,0
0,5
1,0Energy consumption
Emissions
Eco-toxicity potentialRaw material consumption
Area use
Social FingerprintAggregation and presentation of results
Employees
Consumer
Local & national community
Future generation
Internationalecommunity alternative 1
alternative 2
Potential impact of product or processes on human/social capital e. g. - consumer
- future generation
What is to be assessed? Potential impact of product or processes on natural capitale. g. - energy consumption - global warming potential (GWP)
0,0
0,5
1,0
Ecological Fingerprint
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Results:Social Fingerprint
The social fingerprint shows the social influence of a product or process according to the weighting factors
0,00
0,50
1,00
employees
consumer
national community
future generation
cotton polyester blended febric
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Results:Employees: Working Accidents
The graph shows that the cotton shirt manufacture causes about four times more working accidents than the polyester shirt manufacture.
The accidents occur primarily during cotton cultivation, since this step is very labour – intensive.
Many accidents are caused by the use of pesticides.
0
5
10
15
20
25
30
35
40
45
polyester shirt cotton shirt blended fabric
wo
rkin
g a
ccid
ents
/ 1
mill
ion
CB
0
5
10
15
20
25
30
35
40
45
polyester shirt cotton shirt blended fabric
0
5
10
15
20
25
30
35
40
45
cotton shirt blended fabric
material manufacture
energy and water supply
confection
upgrading
yarning und weaving
transportation
cultivation cotton
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Assessment Scheme for Social Criteria
Normalization factor
• Question: To which extent does the product
contribute to the socialproblem on a national level?
• Character: objective
• Source:To be calculated from
national statistics
Weighting factor
• Question:How serious is the social problem
compared to the others?(probability, extent and duration of
consequences)
• Character: normative, subjective
• Source:polls (among experts or
stakeholders)
X
= total assessment factorSource: Schmidt
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Course of Action
The SEEbalance® will be used as an official tool for life cycle assessment in the eco-efficiency group
Boosted external communication and public relations
In the future 10 – 20 % of all studies will be SEEbalances®
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How Does SEEbalance ® Work?
1st step: Search for the economic sector of the product
e.g. polyester: sector “production of polymers” (NACE 24.16)
2nd step: Search for the entries in the social LCA database
e.g. Production of polymers (NACE 24.16):
– Working accidents: 0.058 accidents / 1000 t
– Number of employees: 9,9 employees / 1000 t
– ... (all other indicators)
„Social profile“ of 1000 t of polyester (analogous to eco-profile)
3rd step: Multiply specific social profile with the product quantities
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NACE - International Compatibility
ISIC CPC
NACE
national version NACE
(e.g. WZ)
national version CPA
(e.g. GP)
CPA
National Level
EU-Level
Worldwide (UN)
Industries Goods
Source: Eurostat 2003
Related classifications in more than 140 countries
Limited compatibility with NAICS (Canada, USA, Mexico)
12.01.2005 16
NACE - The EU-Classification of Industries
Sectors Industries
A, B
C, D, E
F
G, H, I
J, K
L-Q
Agriculture and forestry, fishing
Manufacturing industry
Construction
Commerce, hotel trade, transports
Financial industry, enterprise services
Public and private services
12.01.2005 17
NACE – Hierarchical Levels
Level Code Example
“1-letter” A-Q D Manufacturing industry
“2-letters” CA-DN DG Chemical industry
“2-digit” 01-99 24 Chemical industry
“3-digit” 01.1-99.0 24.1 Production of basic chemicalgoods
“4-digit” 01.11-99.00 24.16 Production of polymers
12.01.2005 18
Life Cycle of the Cotton Shirt
wearing of the shirt
cleaning/ 40 times
MSWI
dyeing
sum of all transports
retail
confection
weaving
mining of raw materials
production disposaluse
upgrading
yarning
cultivation of cotton and transports
raw materials
agents
collection of old clothing
ironing
production in China Not included because the impact for all alternatives are equal
production of chemicals for textiles
fertilzer/pesticides
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SEECube®
1,25
1,00
0,75
1,00
0,75
1,25
1,00
0,75
socia
l influ
ence
costs
Env
iron
men
tal b
urde
n
alternative 2alternative 1
Incr
easing
socio
-eco
-
efficie
ncy
Decre
asin
g
socio
-eco
efficie
ncy
12.01.2005 20
Placement of the SEEbalance®
eco-efficiency
„cradle-to-grave and costs“... including all life cycle costs LCA
„cradle-to-grave“... including use and recycling
eco-profile
„cradle-to-gate“...from raw material to factory gate
SEEbalance®
„cradle-to-grave, costs and social aspects“
... including social aspects
12.01.2005 21
Aims of the SEEbalance®
1. „Quality-of-life“:
Improvement of objective living conditions
Improvement of subjective well-being
2. „Social Cohesion“:
Reduction of disparity and social exclusion
Fortification of social bonds and coherence
3. „Sustainability“:
Intergenerational fairness
International responsibility (intergenerational fairness)
According to the system of GESIS/ ZUMA 2001
12.01.2005 22
Reasons for the development of the SEEbalance®
Integration of the third pillar of sustainability
Increasing pressure on part
of society
Supposed hormonal effects of phthalates (plasticizer) in children’s toys resulted in disappearance from the market even though no scientitic proof existed
TV – enclosure with flame retardant
Acceptance by the customer is
imperative for the purchase of a
product
Taste of packaged food, e.g. sausages
Due to the child labour in NIKE sneaker production, a compaign which proclaimed an Anti – Nike day was started (May 2001).
12.01.2005 23
Application of the SEEbalance®
Profit:
• secure decisions about products and markets
• communication - on coperate level- on product level
has an established and quantifiable basis (e.g. for coperate reports)
Internal Strategy
Comparison of production sites
Comparison of markets
External
Marketing
(social) acceptance of the product (projects:sausage -study, redevelopment of residential area)
12.01.2005 24
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
create SEECube®
societysociety ecologyecology economyeconomy