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Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA

Chapter

Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA

DOI link for Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA

Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA book

Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA

DOI link for Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA

Northeast Boundary Tunnel: Applied lessons learned from the Anacostia River Tunnel Project, Washington, USA book

ByM. Pescara, N. Della Valle, D. Nebbia, M. Gamal
BookTunnels and Underground Cities: Engineering and Innovation meet Archaeology, Architecture and Art

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Edition 1st Edition
First Published 2019
Imprint CRC Press
Pages 10
eBook ISBN 9780429424441

ABSTRACT

The Northeast Boundary Tunnel (NEBT), the largest component of the Clean Rivers Project, is a deep, large sewer tunnel that will increase the capacity of the existing sewer system in the Washington DC area, significantly mitigating sewer flooding during large storm events and improving the water quality of the Anacostia River. The construction of this last portion of the project was awarded to Salini Impregilo Healy JV (Lane), already successfully leading the completion of the previous Anacostia River Tunnel (ART) project in 2018. The Salini Impregilo Healy JV is currently (Dec. 2018) excavating the new tunnel using the same ART machine after full refurbishment, recertification and size adjustment. This will operate in the same Potomac formation but under larger overburden and water head, thus introducing additional design and construction challenges. The NEBT project is benefiting from the lessons learned from ART in terms of fine tuning the TBM equipment, soil conditioning strategy, EPB pressure definition, segmental lining design and adits connections with shafts performed through soil improved areas.

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