Building in a unit that stays open
What sets hospital work apart from any other is what happens on the other side of the hoarding. Dust in a critical-area corridor, vibration in an operating suite and an unannounced interruption of medical gases are not inconveniences — they are clinical risk.
- Rigid hoarding with particulate control and negative pressure at the work front
- Noisy activities scheduled outside critical care hours
- Segregated route for materials and waste, never crossing patient flow
- Contingency plan agreed with the infection control committee before starting
- Utility interruptions planned and communicated in advance
Critical areas and RDC 50
RDC 50 classifies environments by criticality and sets requirements for finishes, ventilation, dimensions and circulation flow. That means the choice of skirting, grout and door swing direction stops being an aesthetic preference and becomes a requirement. We deliver operating theatres, sterile processing, intensive care, laboratories, isolation rooms and diagnostic imaging to that criterion, including radiation shielding where applicable.
Systems that cannot fail
Medical gases, critical-area air conditioning, emergency power and treated water make up the infrastructure that patient care depends on directly. Maintaining those systems demands traceable records, documented intervals and emergency response within a contracted time — which is what the health inspectorate requires and what accreditation verifies.
What you receive
- Maintenance plan segmented by area criticality
- Records in the format required by health inspection and accreditation processes
- Construction plan validated with the infection control committee and clinical engineering
- Crews trained in infection control and movement within clinical environments
- Emergency response with a contracted response time
Frequently asked questions
Can a wing be refurbished with the hospital running?
That is how most hospital work happens. What makes it possible is advance planning with the infection control committee and clinical engineering: hoarding, particulate control, material routing and phasing that preserves the operation of the adjacent unit.
What is RDC 50 and why does it affect the works?
It is the resolution from ANVISA, the Brazilian health regulator, setting the technical rules for planning and assessing the physical design of healthcare premises. It determines everything from minimum room dimensions to finish and ventilation requirements by criticality class. A design outside RDC 50 is not approved by the health inspectorate.
Do you maintain medical equipment?
No. Medical equipment is clinical engineering, a distinct discipline with its own regulation. We look after the building infrastructure that supports that equipment: services, critical-area air conditioning, medical gases, power and the civil works.
Do you serve clinics and laboratories, or only hospitals?
We serve the whole healthcare network: clinics, analysis laboratories, diagnostic imaging centres and urgent care units. The logic of critical areas and infection control is the same, at a different scale.
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