Freight transported in containers - statistics on unitisation


Data extracted in May 2018.

Planned article update: May 2019.

Highlights
Container transport by road increased by 10 % from 2010 to 2016
In 2016, the share of container transport in total road transport performance in the EU was estimated at 6 %

In most of the countries, the unitisation rate is substantially higher for rail than for road

Only half of the EU Member States have significant freight transport by inland waterways

Share of containers in total goods transport by mode of transport, estimated EU totals, 2007-2016

This article presents statistics on intermodal freight transport in the European Union and the EFTA countries. The statistics contain a set of indicators developed by Eurostat on goods transported in containers and other intermodal transport units (ITUs). Recent trends in the data clearly illustrate the importance and growing role of intermodal transport in Europe. The main focus is on the increasing share of unitisation in different modes of transport, in other words the share of goods that are transported containers and other Intermodal Transport Units (ITUs) such as swap bodies, trailers and semi-trailers. The article also covers the modal shift potential of long distance road transport of containers, in line with the strategy to shift 30 % of transport over distances of 300 kilometres or more from road to transport modes with lower CO2 emissions. These indicators studies the share of such long distance transport in the total road transport of containers.

Full article

Unitisation of goods in the EU is growing

Intermodal transport is an increasingly important part of the logistics sector and freight unitisation is a pre-requisite for intermodality. ‘Freight unitisation’ is defined as the use of standardised packaging units that can easily be transferred from one mode of transport to another without handling the goods themselves. In simple terms, ‘unitisation’ describes how much of the total freight transport has been transported in containers.

The main types of standardised packaging units, called intermodal transport units (ITUs), are:

  • containers;
  • swap bodies;
  • trailers and semi-trailers.

The use of ITUs reduces the need for cargo handling and so improves security, reduces damage and loss and allows freight to be transported faster and more efficiently.

The share of unitisation in total freight transport has increased considerably in recent years. However, this growth in unitisation varies between the different modes of transport. Rail and maritime transport (deep sea shipping in particular, but also short sea shipping) have the highest shares of freight unitisation, both at EU level and in most Member States. By contrast, for road transport the unitisation rate at EU level has remained stable at slightly above 6 % over the last few years.

Comparing road, rail, maritime (deep sea shipping and short sea shipping) and inland waterways transport across all EU Member States, deep sea shipping and short sea shipping had the highest unitisation rate in 16 Member States (only 23 Member States have a coastline). Rail transport had the highest unitisation rates in 10 Member States. Due to data availability at national level, the unitisation rate for maritime transport is calculated on the basis of tonnes of goods transported, whereas for the other transport modes it is based on tonne-kilometres.

Differing trends in road container transport across Europe

When looking at the sum of the available Member States, container transport by road (measured in tonne-kilometres) increased by 10 % from 2010 to 2016 (Table 1). Over this period, there was a decrease of 1.4 % for other containers, while transport of large containers rise by almost 15 %. At the same time, the volume of freight transport in containers by road decreased in 9 Member States. Portugal stands out with a sharp increase in road transport of containers since 2012 over this period, mainly caused by an increase for large containers, even if for the first time since 2012, there is a decrease of 2.9% from 2015 to 2016. This may reflect the significant increase in container volumes recorded in Portuguese ports over this period, in particular for deep sea shipping.

Table 1: Road transport of containers, 2010-2016
(million tonne-kilometres)
Source: Eurostat, (tran_im_uroad)

However, when looking at the change from 2015 to 2016 for the available Member States, total container transport in the EU increased by only 1.8 %. In fact, in 10 of the Member States the tonne-kilometres for container transport fell from the previous year. This fall was most pronounced for Romania (-77.5 %) and Hungary (-26.2 %). Germany, with 39 734 million tonne-kilometres, was by far the Member State with the highest level of container transport. From 2015 to 2016, this level grew slightly, by 1.0 %.

In 2016, the share of container transport in total road transport performance in the EU was estimated at 6 % (Table 1). Seven Member States had shares of freight unitisation in road transport higher than this estimated EU average. These were: Portugal (19.2 %), Sweden (17.8 %), Cyprus (16.2 %), Germany (13 %), Netherlands (11.9 %), Belgium (9.7 %) and Luxembourg (9.1 %). Norway (10.8 %) also had a unitisation rate for road higher than the EU average.

Cyprus, Portugal, Sweden and Norway are countries where maritime transport plays an important role. Germany, the Netherlands and Belgium all have major container ports serving as entry points for goods to the EU (Hamburg and Bremen/Bremerhaven in Germany, Rotterdam in the Netherlands and Antwerpen in Belgium). The fact that containers arriving or departing by sea tend to be forwarded by road, in particular to and from the direct hinterland of the sea ports, might be one of the explanations for the high unitisation rates observed for road transport in these countries. Also Luxembourg had a high share of containers in total road transport.

Figure 1: Share of containers in road goods transport, 2016
(% of total tonne-kilometres)
Source: Eurostat, (tran_im_uroad)

Large containers made up the main part of road freight unitisation in most EU Member States (Figure 1). Exceptions were Luxembourg, Latvia, Czech Republic, France, Austria, Slovakia, Lithuania, Romania and Croatia, where the largest part of container transport by road was carried out in other containers.

High unitisation rate in rail transport statistics

In 2016, the highest unitisation rates in rail transport were recorded in Italy (59.3 %), Ireland (57.2 %), Denmark (50.3 %), Spain (46.7 %), Greece (43.4 %), Portugal (40.9 %) and Germany (40.3 %) as well as in Norway (54.6 %) and Switzerland (51.5 %). (Figure 2). The unitisation rate for rail freight covers not only containers and swap bodies, but also accompanied road vehicles (with driver) and unaccompanied semi-trailers (without driver). There are no railways in Cyprus, Malta and Iceland and there is no significant rail transport in Liechtenstein.

Figure 2: Share of intermodal transport units in rail goods transport, 2016
(% of total tonne-kilometres)
Source: Eurostat, (tran_im_urail)

In most of the countries, the unitisation rate is substantially higher for rail than for road. It should be noted that the unitisation rate for rail includes containers and swap bodies grouped together, as the data are reported without distinction between them, whereas the road unitisation rate covers only containers. This comparison should thus be treated with some care.

Increasing unitisation in inland waterways transport

Only half of the EU Member States have significant freight transport by inland waterways (navigable lakes, rivers and canals). In 2016, the unitisation rate in inland waterways was highest in the Netherlands (13.3 %), with Germany (10.9 %), France (8 %) and Belgium (4.1 %) following (Table 2).

Table 2: Share of containers in inland waterways goods transport, 2010-2016
(% of total tonne-kilometres)
Source: Eurostat, (tran_im_uiww)

From 2010 to 2016, the increase in the inland waterways unitisation rate was highest in the Netherlands and Germany, by 2.8 and 1.5 percentage points respectively, while the increase in France was moderate (0.5 percentage points). In Belgium, the unitisation rate fell by 4.8 percentage points from 2010 to 2016. A drop of 9.2 percentage points from 2014 to 2016, from 13.3 % down to 4.1 %, was an important factor for this.

Unitisation rates in short sea shipping and deep sea shipping

The unitisation rates for maritime transport are calculated on the basis of tonnes transported, as data on maritime tonnes-kilometres at country level are not available. Maritime transport is only relevant for the 23 Member States that have a coastline.

The unitisation rate for maritime transport varies considerably between Member States and between short sea shipping and deep sea shipping. In Slovenia, goods transported in containers made up 43.1 % of the transport volume (in tonnes) in short sea shipping in 2016 (Table 3). High shares of unitisation in short sea shipping were also recorded in Belgium (35.1 %), Cyprus (28.8 %), Germany (27.6 %), Portugal (26.8 %), Spain (24.5 %) and Greece (23.5 %). Several of these countries have major container ports serving as transhipment points for containers. In these countries, the high unitisation rates in short sea shipping reflect a large volume of feeder services to and from these hub ports.

Table 3: Share of containers in short sea shipping, 2010-2016
(% of total tonnes)
Source: Eurostat, (tran_im_umar)

The Member States with high unitisation rates in deep sea shipping are generally those with major container ports, handling high levels of intercontinental transport (Table 4). In particular, these countries are Germany (67 %) with the ports of Hamburg and Bremen/Bremerhaven, Belgium (48.9 %) with the port of Antwerpen, Spain with the ports of Valencia and Algeciras (45.8 %) and Greece (also 40.3 %) with the port of Piraeus. A very high unitisation rate was recorded in Malta (70.7 %), which serves as a transhipment point for containers in the Mediterranean.

Table 4: Share of containers in deep sea shipping, 2010-2016
(% of total tonnes)
Source: Eurostat, (tran_im_umar)

Trends in unitisation across modes

To enable comparison of unitisation rates across the different modes of transport, Eurostat has estimated unitisation rates for short sea shipping in terms of tonne-kilometres. For comparability, the data for rail and inland have also been estimated in gross weight, by subtracting the weight of containers typically used from the original gross-gross weight data. Deep sea shipping mainly concerns intercontinental transport and is thus not included in this comparison of transport within Europe.

The unitisation rates for short sea shipping and for rail transport are roughly at the same level and followed a similar development path from 2007 to 2016. The unitisation rate for rail freight was 14 % in 2007 and has remained roughly at that level since. Only containers and swap bodies are considered for rail transport in order to better compare with the other modes of transport. For short sea shipping, the growth in the unitisation rate followed a smoother path, growing relatively steadily from 14 % in 2007 to 17.7 % in 2014, before falling to 17.3 % in 2016.

Figure 3: Share of containers in total goods transport by mode of transport, estimated EU totals, 2007-2016
(% of total tonne-kilometres)
Source: Eurostat, (tran_im_umod)

The unitisation rates for freight transport by road and by inland waterways are substantially below the rates for short sea shipping and rail transport. For freight transport by inland waterways there was steady growth in the years from 2009 to 2014. However, the unitisation rate fell by 0.1 percentage point from 8.3 % in 2014 to 8.2 % in 2015, but in 2016, the unitisation rate rise to 8.7 %, an increase of 0.5 percentage point compared to the previous year. Only four Member States have significant inland waterways transport of containers. For road freight transport, the unitisation rate was 6.9 % in 2007, the same as for inland waterways, and has remained slightly above 6 % since. The EU unitisation rates for each mode of transport in Figure 3 are Eurostat estimates, based on the data currently available from the Member States.

Modal shift potential from road to rail and inland waterways

A key target of European transport policy is to achieve a 60 % reduction in greenhouse gas (GHG) emissions from transport by 2050 compared to 1990 levels. One of the strategies to achieve this is to shift 30 % of transport over distances of 300 kilometres and longer from road to transport modes with lower CO2 emissions, including shifting containers and other ITUs from road to rail and inland waterways.

The indicator ‘modal shift potential’ provides information on the share of container transport by road that are transported over distances of 300 kilometres or more. This container transport could be shifted to rail or inland waterways transport, thus contributing to the reduction of CO2 from the transport sector. An overview of the development in the volumes of long-distance container transport by road from 2014 to 2016 is given in Table 5 (in tonne-kilometres (tkm)) and Table 6 (in tonnes).

The data show that road transport of goods in containers over long distances (300 kilometres or more) is being reduced in the EU. Measured in percentage of tkm, the share of such long distance container transport by road has been reduced by 0.7 percentage point, from 41.7% to 41% (Table 5).

Table 5: Modal shift potential of long-distance container transport (300 km or more) by road, 2014-2016
(tonne-kilometres)
Source: Eurostat, (tran_im_mosp)

The most long-distance transport of containers was transported by German trucks. In 2016, they performed 15.6 billion tkm, corresponding to 37 % of the estimated EU total for that year. Long-distance container transport by road increased for Germany, by 1.4 % from 2014 to 2016. Far behind Germany followed Spain (4.4 billion tkm), France (3 billion tkm), Portugal (2.8 billion tkm), Poland (2.6 billion tkm) and Sweden and the United Kingdom (both 1.9 billion tkm).

Table 6: Modal shift potential of long-distance container transport (300 km or more) by road, 2014-2016
(tonnes)
Source: Eurostat, (tran_im_mospt)

Of the 23 Member States for which comparable data for both 2014 and 2016 are available, 8 recorded a reduction in long-distance container transport in terms of tkm. Particularly strong decreases in long-distance container transport were observed between 2014 and 2016 for Romania (-80.6 % to 0.3 billion tkm) and Luxembourg (-45.1 % to 0.3 billion tkm). The countries where such long-distance container transport increased the most from 2014 to 2016 were Estonia (+172.2 % to 0.3 billion tkm), Latvia (+102.3 % to 0.4 billion tkm) and Poland (+66.6 % to 2.6 billion tkm). Measured in percentage of tonnes, the share of long distance transport are similar to the share observed in 2014, at 8.3 %. Germany dominated also in terms of tonnes, with 34.3 million tonnes in 2016. All other Member States followed far behind, France being closest with 8.8 million tonnes. Of the 23 Member States with data for for both 2014 and 2016, 8 recorded a reduction in long-distance container transport in terms of tonnes over this period.

Source data for tables and graphs

Data sources

All figures presented in this article are available in the Eurostat online database. All data used are collected under the relevant EU legal acts for individual transport modes (road transport, rail transport, inland waterways transport and maritime transport).

Data coverage

Generally, the data cover all 28 EU Member States and the 4 EFTA countries.

However, please note the following for individual modes of transport:

  • Rail transport: Cyprus, Malta and Iceland have no railways, while Liechtenstein only has a 9.5 km railway line passing through it.
  • Inland waterways transport: 14 Member States are obliged to deliver data: Belgium, Bulgaria, the Czech Republic, Germany, France, Croatia, Luxembourg, Hungary, the Netherlands, Austria, Poland, Romania, Slovakia and the United Kingdom (reduced dataset). Italy, Lithuania and Finland provide a reduced dataset on a voluntary basis.
  • Maritime (sea) transport: the Czech Republic, Luxembourg, Hungary, Austria, Slovakia, Liechtenstein and Switzerland are landlocked countries and so have no maritime transport.

Definitions

Except for the definitions below, all definitions and concepts in this article are described in the Eurostat/ITF/UNECE Illustrated Glossary for Transport Statistics, 4th edition. This glossary can be found here on the Eurostat website:

Unitisation in freight transport: ‘Unitisation’ expresses the share of goods that are transported in intermodal transport units (ITUs), i.e. standardised transport units suitable for being transported by different modes of transport. ITUs comprise containers, swap bodies and other standardised (in terms of size) packaging, which can be moved with simple equipment (e.g. cranes). In the case of rail freight transport, ITU covers ‘containers and swap bodies, road vehicles (accompanied) and semi-trailers (unaccompanied)’, while for other modes of transport only ‘containers’ are covered. The unitisation shares in this article are calculated based on tonne-kilometres for all modes. The unitisation shares are calculated as the share of goods transported in ITUs in relation to the total goods transport of the respective mode of transport.

Unitisation indicators: Eurostat currently compiles a set of five indicators on the unitisation rate of the different modes of transport, i.e. transport in containers and other ‘intermodal transport units’ as a share of the total freight transport performance by the respective mode of transport. Common to these indicators is the fact that they use data already available from existing statistics and so do not create any additional response burden for the Member States. These logistics indicators are:

  • freight unitisation as share of total road transport performance
  • freight unitisation as share of total rail transport performance
  • freight unitisation as share of total inland waterways transport performance
  • freight unitisation as share of total short sea shipping freight transport performance
  • freight unitisation as share of total deep sea shipping freight transport performance

Short sea shipping: Maritime transport of freight between ports within Europe, on the Mediterranean and on the Black Sea, including ferry and feeder traffic.

Deep sea shipping: Maritime freight transport other than short sea shipping, including intercontinental sea transport.

Rail and inland waterway transport data are based on the gross-gross weight of the goods, including both the weight of packaging and of the ITU tare weight.

Maritime and road data are based on the gross weight of the goods, including packaging but without the ITU tare weight.

Symbols

  • ‘:’ not available
  • ‘-’ not applicable or real zero
  • ‘0’ less than half of the unit used and thus rounded to zero
  • Italics: estimated value

Context

The article is based on a set of unitisation indicators developed to improve the statistical coverage and analysis of intermodal freight transport in the EU. The data used to compute these indicators are collected under the relevant European legal acts on compilation of statistics for the individual modes of transport.

The European Commission White Paper ‘Roadmap to a Single European Transport Area — Towards a competitive and resource efficient transport system’ (2011) is a cornerstone of European transport policy. Key aims of the White Paper include the consumption of less energy and the use of cleaner energy in transport. It sets out the target of achieving a 60 % reduction in greenhouse gas (GHG) emissions from transport by 2050 compared to 1990 levels. This has strongly increased the interest in and the need for statistics on the transport sector in Europe.

One important strategy to reduce the energy consumption and CO2 and GHG emissions of freight transport is to move freight from transport modes with high consumption and emissions to other modes of transport with higher energy efficiency and lower CO2 and GHG emissions. Transporting goods in standardised containers and other ITUs, which can easily be moved from one mode of transport to another (e.g. from road to rail transport), makes it much easier to create efficient ‘intermodal transport chains’ with lower energy consumption and emissions. Intermodal transport also facilitates the establishment of efficient transport corridors.

Direct access to
Other articles
Tables
Database
Dedicated section
Publications
Methodology
Legislation
Visualisations
External links




Transport:

  • Goods transport by road (ttr00005)
  • Goods transport by rail (ttr00006)
  • Goods transport by inland waterways (ttr00007)
  • Sea transport of goods (ttr00009)


Transport:

  • Multimodal data (tran)
    • Intermodal transport — unitisation in freight transport (tran_im)
      • Unitisation in the different modes of transport (based on tkm for gross weight of goods) (tran_im_umod)
      • Unitisation in road freight transport (based on tkm for gross weight of goods) (tran_im_uroad)
      • Unitisation in rail freight transport (based on tkm for gross-gross weight of goods) (tran_im_urail)
      • Unitisation in inland waterways freight transport (based on tkm for gross-gross weight of goods) (tran_im_uiww)
      • Unitisation in maritime freight transport (based on tonnes for gross weight of goods) (tran_im_umar)
      • Modal shift potential of long-distance road freight of containers (based on tkm) (tran_im_mosp)
      • Modal shift potential of long-distance road freight of containers (based on tonnes) (tran_im_mospt)