Skip to main content

Excessive packaging causes unnecessary road traffic

Bernhard Simon, chief executive of Dachser, a Germany-headquartered European logistic provider, says he believes that one in five truck journeys would not be necessary if superfluous packaging was avoided. This could reduce annual carbon dioxide emissions by up to eight million tons he believes. In 2005 CO2 emissions from road cargo transport in Germany amounted to 36.7 million tons and the Federal Environment Agency has forecast emissions to rise to 44.4 million tons by 2020.
May 17, 2012 Read time: 1 min
Bernhard Simon, chief executive of 5597 Dachser, a Germany-headquartered European logistic provider, says he believes that one in five truck journeys would not be necessary if superfluous packaging was avoided. This could reduce annual carbon dioxide emissions by up to eight million tons he believes. In 2005 CO2 emissions from road cargo transport in Germany amounted to 36.7 million tons and the 5598 Federal Environment Agency has forecast emissions to rise to 44.4 million tons by 2020.

Julia Wolf, logistics professor at the European Business School in Wiesbaden, argues that transport costs are too low. She says that transport costs account for 15 per cent of the price of a product on average, and 20 per cent of the transport costs depends on the road carrier's utilisation rate. The more links a distribution chain consist of, the greater is the likelihood of excessive packaging.

For more information on companies in this article

Related Content

  • Signal prioritisation as silver bullet
    January 13, 2023
    We can’t keep building roads to solve congestion. But help is available: transit signal prioritisation can easily reduce traffic and bring back riders to mass transit, says Bobby Lee of Lyt
  • Johns Hopkins takes on transport & climate research for USDoT
    March 10, 2023
    University chosen to lead new transportation centre focused on environmental solutions
  • Chinese search giant ‘developing autonomous cycle’
    July 11, 2014
    While Google develops driverless cars in the west, in China, internet giant Baidu is said to be developing an unmanned autonomous bicycle. According to Techweb, a prototype of the world’s first unmanned bike is possible by the end of this year. The bike is said to be able to identify its owner, navigate obstacles and run on its own using an electric motor. The bike, without a rider, can apparently sense its environment well enough to avoid obstacles and navigate complicated road conditions. The device
  • Technologies to protect connected cars ‘not being utilised’
    August 10, 2016
    A three-year study by IOActive’s Cybersecurity Division has found half of vehicle vulnerabilities could allow cyber attackers to take control of a vehicle - and 71 per cent are ‘easy to exploit’. The research, detailed in a whitepaper, Commonalities in Vehicle Vulnerabilities, is based on real-world security assessments. Technologies which could be exploited include cellular radio, Bluetooth, wi-fi, companion apps, vehicle to vehicle (V2V) radio, onboard diagnostic equipment, infotainment media and Zigbe