Sustainability at BallOverviewStrategic ApproachBeverage Cans and Sustainability High Recycling RatesLight WeightEfficient LogisticsHigh QualityEnergyWater & WasteSafetyTalent Management

Efficient Logistics

Beverage cans are small, compact, can be stacked easily and in that way permit perfect use of space – that yields measurable advantages for transport, storage and sales.

A truck fully loaded with beverage cans transports on average twice the quantity of liquid as one carrying the beverages in bottles. In that way, cans ensure less traffic on the roads and in that way protects the environment.

On average, the CO2 emissions during transport is in the case of cans 57% lower than in the case of beverage packages made of PET or glass. This was shown by a model calculation for transport of beverages in packages which was developed in the United Kingdom by the independent consulting company Incept and checked by Queen Mary College, University of London. The study showed that the CO2 emissions occurring during transport of soft drinks are 49% lower in the case of 33 cl cans than with 50 cl PET bottles (per litre) and in the case of beer the CO2 emissions in the case of 44 cl cans are 44% lower in comparison with 33 cl glass bottles (per litre). The reasons are mainly the optimum utilisation of space by the cans due to their cylindrical shape, the stackability as well as the low weight.

 



GENERAL CONDITIONS OF PURCHASE    IMPRINT    DISCLAIMER

Solutions3D-DesignerAbout the Beverage Can
Innovation and Patents ManagementProcess InnovationProduct Innovations
Customer ConsultingCustomer Technical ServiceCan SchoolComplex Packaging BehaviourAnalysis and TestingSales RegionsCustomer Information ManualFilling TestsWipe & DryCustomer Magazin
Our ValuesOur ManagementProduction PlantsOur HistoryBall Corporation
Strategic ApproachBeverage Cans and Sustainability EnergyWater & WasteSafetyTalent Management
Job VacanciesEducation and QualificationsCareer ContactsNon-solicited Job Application
PublicationsImage DatabaseSuccess StoriesArchive
History of the CanFrom Production to RecyclingProduction ProcessCans and MathematicsFrequently Asked QuestionsScreensaverCan Links