Utility Planning
Planning the utility infrastructure that keeps a hospital continuously operational.
Utility planning treats a hospital's utilities as operational infrastructure: the supplies it depends on - electricity, gas, water and effluent - how much capacity each service needs, how continuity is protected for critical clinical areas, and where utility rooms, meters and distribution are placed and coordinated. It sets the utility demand and resilience framework within which detailed electrical and plumbing engineering then designs.
What this service covers
- Utility inventory: power, gas, water and effluent
- Demand estimation by service and functional zone
- Continuity expectations for critical clinical zones
- On-site storage, treatment and redundancy requirements
- Utility room, meter and intake coordination
- Distribution and support requirement planning
- Seasonal and peak demand considerations
- Utility coordination across buildings and phases
- Resilience and failure-containment strategy
- Documented utility plan
Our process
- Audit utility needs and demand drivers
- Estimate demands by zone and function
- Set continuity and redundancy requirements
- Plan utility rooms and distribution support
- Coordinate across buildings and phases
- Document the utility plan
Frequently asked questions
What does utility planning include?
The hospital's utility demands, continuity requirements, on-site storage and treatment needs, and the coordination of utility rooms and distribution.
When is it needed?
Once area and clinical plans exist and before detailed electrical and plumbing engineering, so capacity and resilience are set upfront.
What information is required?
The clinical load profile, services schedule, equipment energy and water needs, and the project's phasing.
What are the deliverables?
A utility plan with demand estimates, continuity rules, on-site provisions and coordination guidance.
How is it different from electrical or plumbing planning?
Utility planning sets the infrastructure-level supply, capacity and resilience framework; electrical and plumbing planning design the specific distribution systems inside it.