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• What is sustainability
• Drivers-Energy and GHG(Greenhouse gases) reduction
• Sustainable Development as a path to long-term business growth
• Measuring Sustainability
• Scope and Approach
• Product Model Based LCA
• Customer Initiatives in Sustainability
• Process Map
• LCA Utilization
• Path ahead
• Results and Findings
Agenda
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What is Sustainability
Sustainability, like quality, is a journey. It is a bumpy
road lined with continuous improvements. As you
make these improvements, you are getting closer to
the absolute ideal but you may never reach it.
… a product that has limited negative impact on
environment and society while delivering the same
utility to the customer (quality, performance, features,
fabrication, application, durability ) at the same price
or slightly higher price.
Green product is…
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Sustainable Development as a path to long-term business growth
Integrate sustainability
into customer
relationships
Open up new markets
and target audiences
Develop tailored solutions
Reduce risk to reputation
Clear and forthcoming communication
Minimizing risk
Value creation
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Scope and Approach
Scope: • The goal of this project is to carry out a Life Cycle Assessment
(LCA) of a Turbo charger (Automotive assembly) as per ISO 14040
and ISO 14044 requirements.
• The life cycle analysis of the Turbocharger assembly production
is done using the approach of “cradle to grave“ LCA by analyzing
all the upstream material flow with the GaBi software and
databases.
Approach followed: Cradle to
Grave
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Product Model Based LCA
Product
Model BOM
Mapping Product
Model with LCA
Datasets
LCA Results
LCA Datasets Starting
point
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Customer Initiatives in Sustainability
CUSTOMER
References
Communication
Honda
Green Purchasing guidelines
Environmental Certificates
Daimler – NA
Daimler– Eu
Green Purchasing guidelines
Green Purchasing guidelines
BMW, Fiat , Ford
Product Sustainability Index
Standard
LCA Journal
GM (Fiat, Opel, SAAB,
& Vauxhall)
Design for Environment
Hino
Website, Environmental
Report
Nissan
Eco Friendly guidelines
Environmental report
Toyota
ECO VAS
LCI results published
VW
Environmental Commendation
Gre
en
Pro
cu
rerm
en
t in L
ife
Cyc
le th
ink
ing
Pe
rsp
ec
tive
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Process Map defined to conduct LCA
Define the process
Set the boundary
Analyse the manufacturing process (different emissions)
Analyse the inputs/outputs of each process and record the data in particular production line
Record the energy usage and other energy consumed at plant level and allocate it to particular
production line
Inventory setup
Obtain the Supplier data in lack of required datasets
Obtain the packaging and MRO chemicals consumption data for particular product
Create a model in Gabi with the inventory data
Obtain the Transportation data
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LCA Utilization
Minimise toxic chemical content
Incorporate recycled and recyclable materials
Use more durable materials
Reduce materials use
Energy efficiency
Reduce product emissions and waste
Minimise packaging
Incorporate recyclable materials
Ensure easy disassembly
Reduce materials diversity
Standardise material types
Reduce process waste
Reduce energy
Reduce use of toxic chemicals
Materials Selection Product use
Production impacts Design for recycling and
reuse
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Results and Findings
Process Percenta
ge
Compone
nt weight
Suggestions
Compressor Housing 28.9% 0.908 Kg Though weight of compressor housing is less than 1 kg but it
contributes to 11 kg of GHG emission due to use of virgin aluminum.
Use of recycled aluminum will substantially reduce the carbon
footprint
Key Findings: