A Facility Condition Assessment of a manufacturing plant documents the condition of the building and its base systems: the roof and envelope, electrical distribution, plumbing, the HVAC serving occupied and warehouse space, the slab and floors, loading docks, lighting, and the site. It does not assess production equipment, process piping, or the machinery that makes the product. That bright line, building versus process, is what keeps the assessment useful to ownership and honest about what Proportional FM does and does not do. Everything observed is photographed and documented. Nothing is tested, energized, or certified.
A plant is two facilities living in one shell. There is the building: the roof, the walls, the slab, the electrical service, the plumbing, the dock doors, the lighting, the HVAC that conditions the office and keeps the warehouse tolerable. And there is the production line: the machines, the process piping, the compressed air and process power feeding them, the equipment an OEM installed and services. The two get maintained on completely different tracks, and in most plants the building track is the one running on neglect.
The bright line: building systems, not production equipment
An FCA covers the building and stays out of the process. The production equipment belongs to the people who run it and the vendors who built it, and they have the manuals, the service contracts, and the expertise to judge it. Proportional FM does not. Drawing that line up front is what makes the assessment defensible: ownership knows exactly what the report speaks to, and the report does not pretend to evaluate machinery outside its competence. The building is what protects the operation, and the building is what an FCA documents.
The envelope and roof carry the risk
In a plant, the building risk concentrates where it does in any large-footprint industrial structure: the roof, the envelope, and the drainage. A big flat roof over a working floor is a lot of membrane to keep watertight, and a leak over a production area is not only a building problem, it is a downtime problem. The assessment documents roof surface condition, visible flashing and drainage, wall and panel condition, and the points where the envelope has been penetrated and patched over the years. The same three zones that drive risk in any multi-tenant industrial building, the roof, the dock, and the drainage, concentrate it in a plant too.
Electrical: condition documentation, not load testing
A plant draws serious power, and the electrical rooms show it. The FCA documents the visible condition of the building's electrical distribution: panel and gear condition, labeling, clearance, and visible corrosion or heat discoloration, with a photo record of what is there. It does not load-test, open energized equipment, perform thermography certification, or evaluate capacity against the production load. Those require a licensed electrical engineer or contractor with the right instruments. The point of the visual layer is described in more depth in what a visual electrical equipment assessment documents: it is the fast, inexpensive first pass that tells the licensed specialist where to spend billable time.
Floors, docks, and the things that move
Plant floors take abuse: forklift traffic, point loads, chemical exposure, thermal cycling near process heat. The assessment documents slab surface condition, joint and crack patterns, and coating wear, without engineering the structure beneath them. Loading docks are their own cluster: levelers, seals, door condition, bollards, and apron drainage. These are the building systems that move, and they wear faster than the static ones, so they earn closer attention on every visit.
What the report gives ownership
The deliverable is a documented baseline of the building's condition, photographed, organized by system, and prioritized. It is the record an owner uses to plan capital, hold vendors accountable, and compare condition over time. It is not a certification, a warranty, or a compliance review, and it carries the standard observational limitation: it documents what is visible at the time of visit, not what is concealed. The full boundary of what is and is not in scope is set out on the scope and boundaries page. For a plant operator, the value is straightforward: the building gets documented to the same standard the production equipment already is, so the shell that protects the operation gets planned for instead of patched reactively.