4,100t Railway Bridge installed in Port of Rotterdam – Video
During the past weekend the SaVe construction consortium successfully installed the new arch bridge spanning the Thomassentunnel and the A15 and N15 motorways in the Port of Rotterdam. The structure was in place by Saturday evening, 30 May. The railway bridge forms a key link in the Theemswegtracé, a new branch of the port railway line that is over 4km long. The first bridge along this route – spanning Rozenburgsesluis – was installed on 4 April 2020. (HLN News Link here) The first trains are expected to travel down the Theemswegtracé in late 2021.
This second bridge, of which the steel structure alone weighs 4,100 tonnes, is 269 m long, 13.7 m wide and 28 m tall. It was built by Hollandia, based in Krimpen aan den IJssel.
SaVe is a construction consortium made up of BESIX, Dura Vermeer, Mobilis, Hollandia and Iemants and is constructing the substructure of the Theemsweg Route, a 4km stretch of concrete viaduct and two steel arched bridges, commissioned by the Port of Rotterdam Authority.
The Theemswegtracé is a €300-million solution to the problems associated with the Calandbrug near Rozenburg. This steel vertical-lift bridge for rail and road traffic in the Port of Rotterdam area is the connecting link in the Betuwe Route to the European hinterland. For ocean shipping, the vertical-lift bridge forms the gateway to the Brittanniëhaven. “The Theemswegtracé is in line with the Port Authority’s policy to increase the sustainability of Rotterdam’s connections with the hinterland and raise efficiency in rail, road and shipping traffic. In view of the forecast growth in rail freight transport and the increase in shipping movements from and to Brittanniëhaven, the Port Authority believes that rail transport could run into capacity problems. The construction of the Theemsweg Route resolves this bottleneck,” says Ronald Paul, COO of the Port of Rotterdam Authority.
Source Port of Rotterdam
Sarens on the Boston Barrier
Sarens performs the transportation and installation of the 290T Boston barrier which reduces the risk of tidal flooding in Boston.