reducing the carbon footprint of road freight

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Reducing the carbon footprint of road freight Parliamentary Office of Science and Technology 12 th June 2012 Jonathan Murray Low Carbon Vehicle Partnership © LowCVP 2012

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Page 1: Reducing the carbon footprint of road freight

Reducing the carbon footprint

of road freight

Parliamentary Office of Science and Technology

12th June 2012

Jonathan Murray

Low Carbon Vehicle Partnership

© LowCVP 2012

Page 2: Reducing the carbon footprint of road freight

Low Carbon Vehicle

Partnership

Accelerating a

sustainable shift

to low carbon

vehicles and fuels

in the UK

Stimulating

opportunities for

UK businesses

Page 3: Reducing the carbon footprint of road freight

UK is committed to reducing GHG emissions by 80% by

2050 compared to 1990

The overall goal:

80% GHG reduction below 1990 levels by 2050

Carbon budgets set interim targets

Surface transport will need to be ‘near zero’ GHG by 2050

Current policies focus on biofuels, cars and vans but won’t achieve CB4

target. Further action needed and focus is likely to include HGVs.

CB1 CB2 CB3 CB4

2008 2013 2018 2023 2028 2050

CB5

1990

77% 71%

65%

50%

20%

100%

Page 4: Reducing the carbon footprint of road freight

Cost of fuel should result in customer demand

focusing on fuel efficiency

UK freight industry is

characterised by:

High fuel prices

High weights and volumes

Mixed urban and interurban

Fuel costs are a significant

element of the operating

costs of a haulage fleet.

This should ensure pressure

to drive fuel efficiency in

operation and in HDV

development.

Based on 40 tonne tractor – semitrailer combination

Source: IVECO

Page 5: Reducing the carbon footprint of road freight

47% of trucks are operated in fleets of less than 10

vehicles

Small and medium sized fleets

play a vital role in haulage

industry providing local and

flexible transport sector. A major

part of the truck market.

Fleet operators lack confidence

in manufacturer claims, and

have expressed demand for

independent certification of

technologies.

Small and medium sized fleet

operators lack in-house

engineering expertise.

Haulage industry works on a

low profit margins resulting in

risk adverse approach to

procurement.

Source: ONS

Page 6: Reducing the carbon footprint of road freight

Purchasing decisions of fleet operators don’t

necessarily deliver most fuel efficient vehicle fleet

Reliability and flexibility of

vehicles and trailers has a

greater impact on the

profitability of a HGV fleet than

fuel consumption.

Residual value can have a

significant impact on vehicle

specification also.

Fleet operators are focused on

the short term but purchasing

decisions now will have an

impact for at least a decade.

Public sector controlled fleets

are most in line with CO2

agenda but relatively small and

specialised.

Page 7: Reducing the carbon footprint of road freight

There are a range of low carbon technologies which

can help reduce CO2 emissions to 2050

Source: Automotive Council

Page 8: Reducing the carbon footprint of road freight

There are a range of low carbon HDV technologies

which have the potential to significantly reduce fuel

consumption in this decade

These technologies will be

commercially viable and deliver in excess on 2%

fuel consumption savings

Technologies delivered 2% fuel savings in the moderate scenario.

Source: Ricardo

Page 9: Reducing the carbon footprint of road freight

But the majority of technologies do not provide a return on

investment sufficiently quickly to be considered by fleet

operators.

Will require intervention in order to be viable!

Technologies deliver in excess of 5% fuel savings in the challenging scenario. Source: Ricardo

Page 10: Reducing the carbon footprint of road freight

The role for biomethane in HGVs

HGVs using gas can lead to lower costs

compared to operating on diesel.

The capacity of infrastructure has a

significant effect on the price of the fuel.

Injecting biomethane into the grid could

encourage the use of a natural gas and

biomethane mix as vehicle fuel.

Stakeholders gave the clear message that

stimulating a growth in refuelling

infrastructure would have the greatest

effect of all factors on take up of gas as a

transport fuel to enable out-based fleets to

refuel.

Natural gas refuelling

infrastructure is needed.

Page 11: Reducing the carbon footprint of road freight

LowCVP recommendations v policy implementation

Certification of technologies

impact on fuel consumption

and CO2 emissions against

real world drive cycles.

Based on metric of fuel

consumed and work done.

Using computer simulation

supported by physical testing.

Customisable based on final

vehicle configuration and

customer drive cycle.

Demonstration of low carbon

technology.

Introduce incentives to

encourage low carbon HGVs.

EU Policy

EU developing methodology

for measurement of fuel

consumption and CO2 for trial

with VMs in 2013.

Based on metric based on fuel

consumed and work done.

Using computer simulation.

?

UK Policy

Low Carbon Truck

Programme launched.

HGV Task Force advising DfT

on options, particularly

focused on local authorities.

Page 12: Reducing the carbon footprint of road freight

Conclusions

There are a range of low carbon technologies which could

significantly reduce the carbon footprint of freight both in the

short and longer term.

To achieve the governments targets as set out in the Carbon

Plan will require incentives for more aggressive low carbon

technologies.

Europe is developing a certification process for low carbon

heavy duty vehicles, this needs to be extended to include

bodies, trailers and dealer fitted options.

The Low Carbon Truck Programme is a good first step in raising

awareness of low carbon technologies but a clear direction from

government is needed particularly with regard to alternative

fuels.

Page 13: Reducing the carbon footprint of road freight

Thank You!

+44 (0)20 3178 7859

The Low Carbon Vehicle Partnership

[email protected]

www.lowcvp.org.uk

© LowCVP 2012