Hospital campus
Clinical buildings across the health campus, where continuity of care sets every constraint.
Randwick concentrates hospitals, research facilities and a major university campus into a compact precinct, with eastern suburbs commercial and retail around it.
Clinical buildings across the health campus, where continuity of care sets every constraint.
Laboratories, sample storage and instrument rooms attached to the health and university campuses.
Teaching, research and administration buildings running to fixed semester timetables.
A dense campus environment where the building damage is usually incidental and the consequence sits in interrupted care, lost research or displaced teaching.
In a research building the first question is not how wet the floor is but what depends on the systems the water threatens. Freezers, sample stores, instrument benches and controlled environments all sit somewhere in the path.
Protection comes before extraction — diverting, sheeting and bunding around those assets before anything else starts. It reverses the usual order and it occasionally leaves standing water sitting slightly longer. That is the correct trade, because a wet floor is recoverable and a lost collection is not.
On a hospital campus we work to the facility’s infection control requirements rather than a generic method. Containment before disturbance, negative pressure, HEPA filtration on the air path, and agreed routes for equipment and waste that do not cross clean areas.
The sequencing is as important as the technique. Opening a wet ceiling in a clinical corridor without containment already in place releases dust into a space where that is not acceptable, and it turns a drying job into a remediation one.
Neither the health campus nor the university is a single building. Both are collections of structures from different decades, joined as they expanded, with services extended between them repeatedly and inconsistently recorded.
That means tracing a leak takes genuine time. Pipework does not follow the drawings, older sections meet newer ones in unexpected ways, and water crossing between building eras behaves unpredictably. We allow for that rather than opening the ceiling above the stain and hoping it is there.
Call now. Tell us what clinical or research assets are downstream of the water.
(03) 7035 0623Protection ahead of extraction. We divert and bund to keep water away from freezers and sample stores and work with facilities on whether power to the area is at risk. Standing water is recoverable; a collection that has thawed is not, so we deliberately handle them in that order even though it delays the floor.
We take it from the facility rather than applying our own method. Containment before anything is disturbed, negative pressure, HEPA filtration on the air path, and agreed movement routes for equipment and waste. Sequencing matters as much as technique — opening a wet ceiling without containment turns a drying job into a remediation one.
Because the campus is not one building. It is decades of construction joined as it expanded, with services extended between sections and inconsistently recorded. Pipework does not follow the drawings and water crosses between building eras unpredictably. Proper tracing is faster overall than opening the ceiling above the stain and hoping.
Yes, by fitting into the windows they leave — evenings, weekends, between lists, during breaks. It generally means more visits and a longer total drying period than unrestricted access. We will set that expectation at the start rather than promising both a fast finish and no disruption.