jacob thärnå - alexela.ee · sustainability at scania energy efficiency alternative fuels and...
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Title Slide - Image
Scania-Driving the Shift
Jacob THärnåDirector Sustainability, Commercial Operations
Title and Content
A fast-changing world
Urbanisation DigitalisationSustainability Connected Autonomous
AlternativeFuels
&Electrified
Global drivers Industry trendsIndustry trends
Partnership driven leadership
Sustainable transportDoing the right things
Responsible businessDoing things right
Sustainability at Scania
Energy efficiency
Alternative fuels and
electrification
Smart and safe
transport
Environmentalfootprint
Diversity and inclusion
Health and safety
Human andlabour rights
Business ethics
Community engagement
100% 50%fossil freeelectricityby 2020
CO2 reductionsfrom land tran-sports by 2025 (2016)
CO2 reductionfrom our ownoperations by 2025 (2015)
50% 100%
Low Sustainability Risk Suppliers 2022
Sustainability Targets
Title and Content
The road to Sustainable Transport
New Technology
Customer/Consumer
Engagement
Ecosystem Partnerships
Positioning our industry
Title and Content
Time
Traditional
100%
Technology and Business shift
Strategic bets
New businesses driven by new technologies and solutions
New
Title and Content
Buyers of transport services
Infrastructure partners
Transportcompanies
9
Partnership leading the way
Scania
Title and Content
Scania’s approach to sustainable transport Here and now
Energy efficiency Alternative fuelsand electrification
Smart and safetransport
Title and Content
Energy efficiency
New truck range
Average 5% fuel savings
Optimised specification
Based on operational
analysis
Optimised driving
Scania Driver services
Optimised maintenance
Maintenance+
13
Energy efficiency
Title and Content
Park renewal
8
6
4
2
NOx [g/kWh]
0 0.02 0.05 0.10 0.15 0.20
Euro I 1992
Euro II 1996
Euro III 2001
Euro IV 2005
Euro V 2008
PM [g/kWh]Euro VI 2012-12-31
PM –97%
NO
x–9
5%
CO2 reduction to be reached hereand now
BiodieselFAME
85%
HVO
90%Ethanol
90%Hybrid + HVO
90% plus
The numbers presented are the current maximum CO2 (up to X%) reduction potential per km driven.
Biogas
90%Natural gas
15%
Alternative fuelsand electrification
CO2 reduction to be reached here and now
BiodieselFAME
85%
HVO
90%Ethanol
90%Hybrid + HVO
90% plus
The numbers presented are the current maximum CO2 (up to X%) reduction potential per km driven.
Biogas
90%Natural gas
15%
Alternative fuelsand electrification
Title and Content
More than 60% of biogas goes to upgrading for vehicular fuel
• Investment support for upgrading facilities– today 39 plants with upgrading
• 1 bag of food residue = power for 2,5 km bus travel
• Usually the Best business case
• District heating using waste
91% biogas in vehicular gas 2018
• Energy tax on biogas = 0
• CO2 tax on biogas = 0
• Innovation cluster for Biogas
• 180 public fuelling stations & 60 non-public for HDV
Biogas use in SwedenFrom heating to transport