New Jersey
3D laser scanning.

Working in New Jersey

The northern corridor — Newark, Elizabeth, Jersey City, Paterson, Clifton — mixes port logistics, chemical plants, and legacy manufacturing buildings that have been modified continuously for a century. Existing conditions surveys here are rarely about a clean building; they are about finding out what the last four renovations actually left behind.

Hudson County adds a layer distinct from the port and chemical belt: Jersey City's waterfront carries a dense concentration of data centre and financial back-office towers built on industrial land redeveloped over the last generation, while Hoboken and the smaller river townships stay tightly built with almost no room to stage equipment, so access planning is as much a part of the scope as the capture itself. Bergen and Passaic counties run a parallel track further inland — Paterson's mill district and the light manufacturing strip along Route 46 and the Passaic River, much of it older brick and heavy-timber structure now cycling through reuse and re-tenanting.

Demand along the port complex comes from the volume moving through Port Newark-Elizabeth and the container, bulk, and break-bulk terminals around it: cross-dock and fulfillment buildings that need clear height, rack layout, and dock-face geometry captured before an automation retrofit, cold storage and food-grade warehousing tied to the food and beverage import trade, and the tank and terminal infrastructure supporting liquid bulk and fuel distribution for the metro region. That stock gets re-tenanted, re-racked, and re-purposed faster than the drawing sets that describe it.

Middlesex and Somerset counties are the pharma and biotech centre of gravity, with research, manufacturing, and packaging buildings clustered around the Route 1 and Route 287 corridors. That work runs on validated environments, gowning, escorted access, and short shutdown windows, so a single thorough capture is worth more than repeated measurement visits. Chemical plants along the same belt and further south add pipe rack, tie-in, and process unit capture ahead of turnarounds, where the geometry has to match a piping and instrumentation diagram that may have drifted from the field years ago.

Refining and bulk liquid storage sit concentrated around the Arthur Kill, the Kill Van Kull, and the Raritan Bay shoreline — tank farms, marine terminals, and the pipe racks connecting them. That work means storage tank laser scanning for shell and roof condition, bund and containment geometry, and tie-in surveys ahead of a turnaround, almost always scoped around a hazardous-area permit and a shutdown window rather than a standing crew schedule.

What makes New Jersey operationally different is density layered onto infrastructure that predates almost all of it. Port and terminal work runs under facility security plans and a yard that rarely stops moving, so scheduling has to work around live operations rather than pausing them. Pharma and chemical sites add their own layer — validated environments, hazardous-area classifications, and permit-to-work systems that determine when and how a crew can bring equipment onto the floor. Aerial work sits under controlled airspace shared with Newark Liberty, Teterboro, and the New York and Philadelphia approaches, so LAANC authorization and flight planning happen well before mobilization.

South Jersey and the shore carry a lighter industrial load but a steady one: food and glass processing plants around Vineland and Camden, utility infrastructure along the Delaware, and shore municipalities where flood elevation and resiliency work drives a lot of the site documentation. Mercer County and the Princeton area add university and research building stock with its own academic-calendar scheduling, while Morris and Union counties fill out the corporate and light-industrial ground between the port corridor and the pharma belt.