The aim was to evaluate a number of possibilities for reducing energy consumption and thus air pollution caused by freight transport in urban areas. The Danish towns of Vejle and Roskilde were taken as examples and the two towns were compared with regard to the town plan, use of land area, the road network, amount of traffic and commercial structure. Economical aspects and the most important initiatives for improvements, including a decrease in traffic accidents, are discussed. These initiatives are coordination of transportation by firms, more drivers using the same vehicles, less frequent deliveries, optimazation of route planning, car sharing, special routes for lorries, traffic and speed control, better siting of new transport functions, re-siting of firms dependent on freight transport, the use of smaller vehicles where possible, no transport of people in trucks or vans, less use of bicycles for transporting messages, more use of underground pipes for transport of materials, lifting equipment for smaller vans and trucks, lifting equipment that is more flexible, motors turned off when loading and loading, reduction of emballage volume, and a more careful way of driving which can help to reduce energy consumption. A computer programme was constructed in order to calculate energy consumption in these relations, emission of hydrocarbons, carbon monoxide, nitrogen oxides and particles, transportation costs and number of traffic accidents. Results are presented in detail and discussed. (AB) (78 refs.).
Godstransport i byer. Hovedrapport. (Freight transport in towns. Main report)
1992
122 pages
Report
Keine Angabe
Englisch
Energy Use, Supply, & Demand , Environmental Studies , Road Transportation , Air Pollution & Control , Air Pollution Abatement , Energy Consumption , Urban Areas , Denmark , Constraints , Energy Conservation , Environmental Effects , Experimental Data , Freight Pipelines , Materials Handling Equipment , Motor Vehicle Accidents , Regional Analysis , Regional Cooperation , Road Transport , Traffic Control , Transportation Systems , Trucks , Vanpooling , Vans , Tables(data) , Foreign technology , Cargo transportation , EDB/320203