New Jersey excavations span Highlands fractured gneiss, Palisades basalt, and Coastal Plain sand, and NJDOT and New Jersey's dense commercial development corridors require shoring calibrated to this geologic range within a compact, heavily developed state.
GSI draws on its excavation shoring work when scoping projects like this one across the state.
Sheet pile shoring for New Jersey's Coastal Plain sand sites manages high groundwater alongside standard lateral pressure, a combined condition distinct from Highlands rock excavations. This is one application of GSI's broader earth retention systems expertise.
Soldier pile and lagging systems in New Jersey's Highlands fractured gneiss account for this rock's specific joint structure, different from Palisades basalt's columnar jointing pattern. GSI's retaining wall instability solutions experience informs this approach.
GSI sequences New Jersey shoring installation to protect the state's characteristically dense adjacent development, a constraint shaping nearly every excavation project statewide. This draws directly on GSI's engineers work.
GSI's general contractors experience also informs how these New Jersey projects are scoped from the start.
Engineered for New Jersey's conditions. GSI adapts New Jersey temporary shoring to the state's compressed geologic range — Highlands, Palisades, and Coastal Plain — within one of the nation's most densely developed states. Supported by commercial properties and project managers.
Design/build delivery. Design and construction stay under one roof — closing the communication gaps that separate design from construction.
NJDOT specification compliance. Engineering and construction documentation meets applicable DOT requirements from the initial submission.
NJDOT partners and New Jersey infrastructure owners describe GSI's temporary shoring results.
GSI's engineers are ready to assess temporary shoring conditions at your New Jersey site.