Sustainability and Supply Chains: The
project Dr Tony Whiteing ITS, University of Leeds
Green Logistics •
• • •
A four year research programme into the sustainability of logistics systems and supply chains A consortium of 6 UK universities, led by Leeds Funded by EPSRC for 4 years Supported and steered by a range of organisations including the Department for Transport and Transport for London
Green Logistics: The Research Partners University of Leeds, Institute for Transport Studies Cardiff University, Logistics & Operations Management supported by Computer Science Heriot-Watt University, Logistics Research Centre
Lancaster University, Management Science University of Southampton, Transportation Research Group University of Westminster, Transport Studies Group
Key Objectives •
To identify and prioritise Green Logistics measures in terms of potential environmental and economic impacts
•
To establish baseline trends against which the success of Green Logistics initiatives can be monitored
•
To review the range of methodologies currently used and enhance the toolkit available for Green Logistics research
•
To integrate previously uncoordinated initiatives and techniques
•
To develop new analytical approaches of practical benefit to managers and policy makers
•
To engage with industry and policy makers in joint Green Logistics initiatives
Focus on Freight Transport Operations • As a significant generator of negative externalities and an increasingly important source of CO2 • With large potential for economic and environmental savings • Important changes in long term freight trends have been observed in recent years • We need to explore trade-offs between transport and other logistical activities at different spatial scales
Trends in GB Road Freight 1996-2006 Tonne-km (Billion)
Tonnes (Million)
Average Length of Haul (km)
1996
153.9
1730
89
1997
157.4
1740
90
1998
160.3
1727
93
1999
157.7
1664
95
2000
159.4
1693
94
2001
158.5
1682
94
2002
159.4
1734
92
2003
161.7
1753
92
2004
162.5
1863
87
2005
163.4
1868
87
2006
166.9
1936
86
Transport Statistics Great Britain, 2007
Mode shares: Percentage of all freight tonne-kms
Road Rail Water Pipeline
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
65
67
65
64
62
64
62
64
64
64
6
7
7
7
7
8
7
7
8
8
23
21
23
24
26
24
26
24
23
24
5
5
5
5
4
5
4
4
4
4
Transport Statistics Great Britain, 2007
Green Logistics is NOT : • Anti the lorry • ‘Tax to the hilt to force change’ • ‘Put it all on the railways or the canals’ • ‘Grow it all in your own back garden’ • Another ‘Food Miles’ project The project wants to engage with all stakeholder groups to evaluate all the options and to determine the best ways forward
Building on Best Practice • We recognise the huge improvements in performance of road freight and logistics operators in recent years • We recognise the great efforts of the government, vehicle manufacturers, operators, users and other stakeholders in achieving such improvements • We wish to build on the vast amount of ‘Best Practice’ found in the UK • But we do believe that significant problems still need to be addressed
Congestion and carbon – the key issues we face today • We need to reinforce the message that there is relatively little the road freight industry can do to reduce UK congestion. Congestion is (in large part) an economic problem • There is little that UK transport operators (or indeed the UK) alone can do directly to reduce the impact of carbon, because it is a global problem • These are not reasons to do nothing!
The Environmental Spectrum Better
Existing environmental performance
Worse Higher costs
Existing cost level
Lower costs
Understanding the ‘Key Ratios’ • The relationships between economic activity, freight transport activity and the consequent externalities are driven by a set of key ratios, which can be influenced by a range of technology changes and/or policy initiatives • The project aims to develop a full understanding of these ratios and how they can be influenced to benefit the environment
The 9 ‘Green Levers’ Value density Modal split Average handling factor along supply chain Average length of haul Average load per laden journey Empty running Fuel efficiency Emissions per litre of fuel Other external effects per km travelled
The 12 Work Modules (1-6) Led by
•
WM1
Review of the sustainability of freight transport in supply chains
Cardiff
•
WM2
Understanding and forecasting business-as-usual trends
Heriot-Watt
•
WM3
Data management and data collection techniques for sustainable logistics
Westminster
•
WM4
Enhanced econometric freight and commercial vehicle modelling techniques
•
WM5
Enhanced supply chain decision tools
Cardiff
•
WM6
Integrating vehicle routing and scheduling
Lancaster
Leeds
The 12 Work Modules (7-12) Led by
•
WM7
Scope for modal shift through fiscal, regulatory and organisational change
Westminster
•
WM8
E-commerce, E-Logistics and the Environment
Heriot-Watt
•
WM9
Achieving greater sustainability in urban distribution operations
Westminster
•
WM10
More sustainable approaches to reverse logistics and for the collection, recycling and disposal of waste products from urban centres
•
WM11
Integrating the tools of analysis and shaping the holistic evaluation framework
•
WM12
Establishment of a Virtual Centre for research on green logistics
Southampton
Leeds
Heriot-Watt
Understanding the uncertainties relating to freight transport costs • There are major uncertainties attached to the future magnitude of transport costs (operating costs, plus social and environmental costs) • These can be expected to impact on the use of freight transport within supply chains in many different ways • Uncertainty breeds contingency and hence inefficiency? Transport cost uncertainties
Fuel Uncertainties
Labour uncertainties
Congestion uncertainties
Policy impact uncertainties
E-commerce, E-Logistics and the Environment • There are very different views on whether Ecommerce (particularly E-retail) helps or harms the environment • The positive view : Home shopping reduces (car) shopping travel and deliveries can be efficiently consolidated • The negative view: Home deliveries are often inefficient, over long distances, put larger vehicles in suburban streets - and people will travel elsewhere in any case
Localisation of supply • Local products (especially food) offer increasingly attractive marketing opportunities • The more local chains can accommodate this (e.g. Booths – see ‘Wise Moves’ report) • Main national players find it harder: – Their networks of large RDCs reduce the transport benefits of local sourcing – Hard to reconcile local products with e-retail (need tailored offerings in different regions?)
How can the industry help (itself)? • Get involved in the research, development and technology. Provide data for research, engage in trials, collaborate more. Help to steer research and the agenda • Adopt (and publicise) more examples of good practice • Change the business mix, where possible – e.g. work with rail rather than against it, where possible
• Use environmentally responsible suppliers • Develop all staff into the right mindset and to embrace the appropriate systems and technology
www.greenlogistics.org
[email protected]