RAIL FREIGHT FOR URBAN LOGISTICS: DREAM OR REALITY?

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RAIL FREIGHT FOR URBAN LOGISTICS: DREAM OR REALITY? ž!"#!$!%%&'(

Contents The (freight) market trends The existing rail freight paradigm The freight market needs The system supporting the new rail freight paradigm Train Innovative transhipment solutions Free access to the vacant rail infrastructure Existing urban logistics solutions The new rail freight paradigm and the urban logistics Conclusions

The Freight Market Trends General trend: increase in volume of transported goods, strong preferences for road transport, constant decrease of relative importance of rail freight.

The Freight Market Trends - Modal split development 1000 ton The Freight Transport Modal Split (Slovenia), 1992-2005 (1000 t) (Source: SURS)

The Freight Market Trends Rail s Response to Falling Revenues Concentration on mass production in the corridors, losing economies of scale on non corridor lines Slimming of non corridor lines - costs reduction losing new market opportunities.

Existing Rail Freight Paradigm large volumes of low value goods, long distances (over 500 km) fixed schedules, long trains,(1000-1500 tons, shunting and marshalling required) powerful locomotives, (front power) relatively slow freight trains

Existing Rail Freight Paradigm large investments large shunting areas for classical terminals large specialized terminals for intermodal transport etc.

Freight Market Requirements Door to door services Smaller quantities More frequent deliveries Shorter delivery time windows

Freight Market Requirements JIT deliveries: lean manufacturing, min. stock management policy... Flexibility Availability Reliability Low risk...

Freight Market Requirements The distance structure of the freight transport market needs: Prevailing Shorter transport distances Railways over 500 km

Freight Market Requirements and EU Transport Policy Directive 91/440,( First Railway Package ) separating the : Rail infrastructure from the Rail transport providers In 2002: ( Second Railway Package ). Opening the entire European rail infrastructure network for rail transport services (2007)

Freight Market Requirements and EU Transport Policy Liberalization of rail transport market (after liberalization of the road transport market): competition of rail freight service providers through free access to the railway infrastructure, hope for better efficiency, hope for productivity increase Demonopolisation of national railway systems...

Market Niches For the Rail Freight Services Urban transport Regional and local transport, (feeder lines) Market niches: valuable goods, perishable goods small consignments, In (general) shorter distances

What is Needed for The new Market Niches The New Rail Freight Paradigm! Innovative train concept: Competitive with road vehicles performance Comparable with road vehicle costs Innovative transhipment technologies

The New Rail Freight Paradigm: What is Needed? Free access to the vacant rail infrastructure Equal train running priority of: Passenger trains and Freight transport (JIT, valuable and time sensitive goods) Approved vehicles available on demand of customers (Standardised vehicles)

The New Rail Freight Paradigm: The Train Ideal technological solution: a combination of the truck (high flexibility) on the rail (mass production), which is: self-propelled, fast moving railway-truck bi-directional formation, with automatic coupling solutions...

The New Rail Freight Paradigm: The Train Small Co-modal train unit Capacity (about) 3 TEU Speed 100-160 km/h Diesel / electric drive traction motors on each axle. Driving cabs on both ends (avoids shunting, marshalling)

The New Rail Freight Paradigm: Innovative Transhipment equipment Horizontal transhipments:

The New Rail Freight Paradigm: Innovative Transhipment technologies On train and/or the truck

The New Rail Freight Paradigm: Innovative Transhipment technologies Flexibility: transhipment along the whole railway network (sidings, free tracks) All the available tracks: a mobile co - modal terminal Short transhipment process: 5-10 minutes Low investment costs (EUR 35 000-200 000) Short distances...

The New Rail Freight Paradigm: Free Access to The Vacant Railway Infrastructure Software solutions for the on line time table setting available! (Free access...) Possible transport concepts: Single truck train unit (sidings, feeder services) Several truck train units together trunk lines Passenger train + truck train unit

Rail and Urban Logistics today!"# # $" $ %!" #

The New Rail Freight Paradigm: For Urban logistics Highway large trucks Rail } Road small trucks Truck Train and Transhipment Technologies

The New Rail Freight Paradigm: For Urban logistics Advantages of the new rail freight paradigm in the urban areas: Use of all available railway infrastructure in the urban areas (sidings, free tracks, warehouses...) Day and night deliveries Polycentric delivery concept - less congestion on the urban roads

The New Rail Freight Paradigm: For Urban logistics - potential Berlin, Paris

The New Rail Freight Paradigm: For Urban logistics - potential Prag, Rome

The New Rail Freight Paradigm: For Urban logistics - potential London, Vienna

The New Rail Freight Paradigm: For Urban logistics - Reality

The New Rail Freight Paradigm: For Urban logistics - Reality The economics of the Truck train : savings of over 27%, against the road transport: less than 200 km, on an annualised transport value of ~EUR 2.5 million. Investment recovered in less than three years. SOURCE: Sheffield Advanced Railway Research Centre

The New Rail Freight Paradigm: For Urban logistics - Reality

The New Rail Freight Paradigm: For Urban logistics - Reality

Conclusions Prospective market niches for rail freight transport are: transport of: small shipments (valuable, perishable goods), short distances Flexible rail freight for urban logistics and feeder lines What is the problem? Existing freight paradigm of railways Lack of implemented innovations Non flexible, monopolistic, state owned railway companies

Conclussions: The New Rail Freight Paradigm: For Urban logistics Deam Coordinated system approach &#' # ( "" )'' #

& * # # +