Geodis moves 400 heavy loads of Siemens to Bolivia from 3 continents
September 13, 2017: Geodis was contracted by Siemens to move close to 400 heavy loads from three different continents to Bolivia. The transport involved transits through the Panama Canal and over the Andes mountains under extreme weather conditions and at altitudes of up to 4,680 meters. The cargo includes Siemens combined cycle power generation equipment meant for three Bolivian thermo-electric plants located in Del Sur, Warnes and Entre Rios. The service includes ocean freight, port handling, vessel loading and discharge, transit documentation and road freight, including all permits.
The first two turbines were loaded in April and originated in Sweden, where they were manufactured at the Siemens’ Finspang Industrial Turbomachinery facility. Weighing 170 tonnes in total, they were embarked on a heavy-lift ship at Norrköping for the 14,000 kilometers sea voyage to the port of Arica in Chile. All materials arrive there, including turbines, heat recovery steam generators and generator sets.
After discharge in Arica, the equipment from Siemens is transported by road to the sites in Bolivia; specially arranged trucks hauling the material over 1,800 kilometers to their destination. Overall, Geodis will manage 94 heavy lifts of up to 160 tonnes each by the time the project is completed in April 2019. The poorly developed road network between Chile and Bolivia, rough terrain and extreme weather conditions are the main challenges for the Geodis teams managing the operation.
“The project has a tight delivery schedule and the teams have to deal with a wide range of shipments originating in Germany, Sweden, Czech Republic, Italy, Indonesia, Brazil and China. Plus, we had to undertake roadway construction on the transit route through the Andes. Despite these constraints, we are confident of overcoming the challenges and achieving the target set by Siemens,” said Peter Anetsberger, Geodis Regional Segment Leader for Power at Industrial Projects in Europe.
Opening Image Source: Siemens