General Information
Other name(s): | Hochmoselübergang Zeltingen |
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Beginning of works: | 2011 |
Completion: | 21 November 2019 |
Status: | in use |
Project Type
Structure: |
Box girder bridge |
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Function / usage: |
Road bridge |
Material: |
Steel bridge |
Structure: |
Haunched girder bridge |
Construction method: |
Longitudinal launching with temporary cable-stays |
Material: |
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Location
Location: |
Zeltingen-Rachtig, Bernkastel-Wittlich, Rhineland-Palatinate, Germany |
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Crosses: |
|
Coordinates: | 49° 58' 7.40" N 7° 0' 0.02" E |
Technical Information
Dimensions
height | 158 m | |
total length | 1702.35 m | |
span lengths | 104.760 m - 130.950 m - 157.140 m - 209.520 m - 196.425 m - 183.330 m - 170.235 m - 157.140 m - 144.045 m - 130.950 m - 117.855 m | |
number of spans | 11 | |
bridge surface | 48 517 m² | |
height above valley floor or water | ca. 158 m | |
roadway / carriageway width | 2 x 11.50 m | |
deck | deck width | 28.50 m |
girder depth | 5.268 - 7.780 m | |
piers | height | 20.78 - 150.72 m |
deck depth at abutments | 10 |
Quantities
substructure | concrete volume | 38 350 m³ |
reinforcing steel | 8 530 t | |
superstructure | structural steel | 32 640 t |
concrete volume | 575 m³ | |
reinforcing steel | 80 t |
Design Loads
live load | LM1 (DIN Fachbericht 101) |
Cost
cost of construction | Euro 175 000 000 |
Materials
deck |
steel
|
---|---|
piers |
reinforced concrete
|
abutments |
reinforced concrete
|
Case Studies and Applied Products
Complex movable suspended scaffold structure for the Hochmosel bridge
The Hochmosel bridge near Ürzig in Rhineland-Palatinate is a new road bridge in the course of the Hochmosel crossing, which will connect the Benelux countries with the Rhine-Main region as part of an interna ... [more]
Excerpt from Wikipedia
The Hochmoselbrücke (High Moselle Bridge) is a major road bridge, that crosses the valley of the Moselle south of Ürzig and north of Zeltingen-Rachtig in Rheinland-Pfalz, Germany. It was opened to the public traffic on 21 November 2019. The bridge – part of a road connection, the Hochmoselübergang (High Moselle Crossing), incorporating a rerouted stretch of Bundesstrasse (Federal Highway) 50 – is intended to facilitate the flow of traffic between Belgian and Dutch ports and the greater Frankfurt area.
Construction
A proposal for the highway and bridge was first made three decades ago for strategic reasons during the Cold War. The project was reactivated to link the Frankfurt area, specifically the Hahn airport, to the Belgian and Dutch harbors with updated plans drawn in the early 21st century.
The plan called for a 1702.4 m long steel box beam bridge that crosses the river at a maximum height of 158 m. The width of the bridge will be 29.0 m to allow four-lane traffic. Ten monolithic pylons made from concrete will support the bridge; their height varies between 15 and 150 m. The estimated costs are 270 million euros. Cost increases caused headlines. The costs of the entire project amount to at least 483 million euros, with the bridge accounting for 175 million euros.The project was completed in November 2019.
Opposition
Opposition to the project is based on questions of its economical necessity and the negative ecological impact on the Mosel wine region. It is indicated that current available highway connections between the Belgian and Dutch harbors and Frankfurt are adequate, and the proposed highway with its bridge would not present a shortcut and thus would not be economically advantageous. More importantly, perhaps, is the concern that the "ungainly" bridge would destroy a historical cultural section of major significance within the Mosel wine region. The section is home to some of the finest and most historic vineyards of Germany A potential change in the local ecosystem will affect the premier riesling areas of the Wehlener Sonnenuhr, Graacher Himmelreich, and Ürziger Würzgarten. International wine experts, among them Hugh Johnson, Jancis Robinson and Stuart Pigott, are opposing the project and fear that the unique microclimate responsible for the Mosel rieslings will be impacted.
Text imported from Wikipedia article "High Moselle Bridge" and modified on June 3, 2020 according to the CC-BY-SA 4.0 International license.
Participants
- EHS beratende Ingenieure für Bauwesen (substructure)
- Klähne Beratende Ingenieure im Bauwesen GmbH (superstructure)
-
HRA Ingenieurgesellschaft mbH Bochum
(substructure)
- Ulrich Fust (checking engineer)
- Gerhard Hanswille (checking engineer)
Relevant Web Sites
Relevant Publications
- Brücken und Tunnel der Bundesfernstraßen 2019. Bundesministerium für Verkehr und digitale Infrastruktur, Berlin (Germany), 2019, pp. 7-34.
- Einbeziehung der Öffentlichkeit und Kommunikation bei Großprojekten. Aktives Stakeholdermanagement als fester Projektbestandteil. In: Bautechnik, v. 96 (October 2019), pp. 3-8. (2019):
- Gründung und Unterbauten der Hochmoselbrücke – Planung und Ausführung. In: Bautechnik, v. 96 (October 2019), pp. 21-30. (2019):
- Die Hochmoselbrücke - Herstellung, Montage und Planung des Stahlüberbaus. In: Stahlbau, v. 84, n. 2 (February 2015), pp. 85-103. (2015):
- Die Hochmoselbrücke – ein deutscher Superlativ aus Stahl/The Hochmoselbrücke – a German superlative made of steel. In: Bauingenieur, v. 95, n. 7-8 (July 2020), pp. 254-259. (2020):
- About this
data sheet - Structure-ID
20000674 - Published on:
11/04/2000 - Last updated on:
19/08/2023