Hospitals
Hospitals have no downtime window: hot water is part of clinical operation rather than a comfort, and the temperature has to stay stable at the draw-off point.
The design is built around continuity, with an auxiliary source always present and parallel units so that a fault in one part does not stop the service.
- 4projects delivered
- 13units installed
- 2governorates
What makes a hospital project different
- Service continuity is a design requirement, not an option, so the system is split into parallel units with a standby auxiliary source.
- Temperature stability at the draw-off point, with thermostatic mixing where required to protect users.
- Storage and distribution that allow periodic temperature elevation for thermal disinfection according to facility policy.
- Maintenance routes planned away from patient areas, with equipment access outside the clinical path.
Delivered projects
| Project | Governorate | Units |
|---|---|---|
| Red Sea Hospital | Red Sea | 4 units |
| Marsa Alam Specialised Hospital | Red Sea | 4 units |
| The Greek Hospital | Cairo | 3 units |
| Porto Ghalib Hospital | Red Sea | 2 units |
Frequently Asked Questions
How do you guarantee hot water is never interrupted?
Through a system split into parallel units with an automatically engaged auxiliary heat source, so when one unit goes offline for service the rest carries the load. The design starts from the failure scenario rather than the ideal case.
Is water temperature consistent across all floors?
Consistency comes from a hot-water return loop and thermostatic mixing at draw-off points, with the design accounting for height difference and distance from the plant room.