Healthcare MEP Engineering
Four precision-engineered disciplines that define clinical-grade MEP infrastructure — from infection-control HVAC to BIM-coordinated medical gas networks.
Infection Control HVAC Systems
Precision airflow engineering for sterile clinical environments
Our HVAC engineering division specializes exclusively in healthcare ventilation — designing and installing systems that maintain the precise pressure differentials, air change rates, and filtration standards required by Egyptian MOH and international ASHRAE 170 guidelines.
Laminar Airflow Ceilings (LAF)
Full-coverage unidirectional airflow systems for Class 100 (ISO 5) operating theater environments. Designed to ASHRAE 170 Table 7.1 specifications with integrated HEPA terminal filter housings.
Positive/Negative Pressure Suites
Complete pressure-controlled room systems including dedicated AHUs, pressure monitoring panels, and interlocked door controls. Validated by independent commissioning agents.
Multi-Stage HEPA Filtration Networks
Centralized and decentralized filtration architectures with pre-filter, HEPA, and activated carbon stages. Designed for ICUs, bone marrow transplant units, and pharmaceutical cleanrooms.
BMS Integration & Monitoring
Full Building Management System integration with real-time pressure differential monitoring, alarm annunciation, and data logging for regulatory audit trails.
Certified Medical Gas Systems
High-purity piped gas infrastructure for life-critical clinical operations
We design and install complete centralized medical gas systems using high-purity degreased copper piping, engineered to HTM 02-01 and NFPA 99 standards. Every installation is pressure-tested, purged, and certified before handover.
Centralized Pipeline Distribution
Complete copper pipeline networks from manifold room to bedhead terminal units. All pipework degreased, capped, and purged with the appropriate gas prior to pressure testing.
Automatic Manifold Switchover (AMS)
Fully automatic cylinder manifold systems with duty/standby configuration, ensuring zero-interruption gas supply. Includes low-pressure alarm and remote monitoring capability.
Digital Alarm Panels (DAP)
Computerized area alarm panels and master alarm panels providing real-time pressure monitoring for each gas zone. Compliant with NFPA 99 Chapter 5 alarm requirements.
Bedhead Terminal Units & Outlets
Installation of NIST/DISS indexed terminal units at every point of use — beds, operating tables, anesthesia stations — with anti-interchange indexing to prevent cross-connection.
Isolated Power Systems (IPS)
Continuous, ground-fault isolated electrical supply for critical care environments
Isolated Power Systems eliminate the risk of electrical shock and supply interruption in wet clinical environments. Our IPS installations are engineered specifically for ICUs, operating suites, and cardiac catheterization labs where power continuity is non-negotiable.
Isolated Power Panels (IPP)
Installation of medical-grade isolation transformers and line isolation monitors in operating rooms, ICUs, and procedure rooms. Continuous monitoring with audible/visual alarm annunciation.
UPS Integration & Battery Systems
Seamless integration of online double-conversion UPS systems with sufficient autonomy for safe patient transfer. Sized to support critical loads including ventilators, monitors, and surgical equipment.
Emergency Power Systems (EPS)
Generator-backed emergency power distribution with automatic transfer switching (ATS). Designed to NFPA 99 Essential Electrical System (EES) requirements — Category 1, 2, and 3 branches.
Equipotential Bonding
Comprehensive equipotential bonding networks in all patient care areas, reducing touch voltage to safe levels and eliminating micro-shock hazards in cardiac-sensitive environments.
BIM Coordination & Clash Detection
LOD 400 modeling that eliminates on-site surprises before procurement begins
Our BIM coordination process is the foundation of every project. By modeling all MEP disciplines at LOD 400 before a single pipe is ordered, we resolve spatial conflicts in the digital environment — not on the construction site where changes cost 10× more.
Multi-Discipline BIM Modeling
Full 3D modeling of HVAC, medical gas, electrical, plumbing, and fire protection systems within the architectural and structural model. Coordinated in a federated Navisworks environment.
Clash Detection & Resolution
Automated and manual clash detection across all discipline models. Each clash is logged, assigned, and resolved with documented coordination drawings issued to all trade contractors.
Shop Drawing Production
Fabrication-ready shop drawings extracted directly from the LOD 400 model, ensuring what is built matches what was coordinated. Eliminates interpretation errors on site.
As-Built Documentation
Post-construction as-built BIM models updated to reflect field conditions. Delivered to facility management teams for ongoing operations, maintenance, and future renovation planning.
Ready to Proceed?
Ready to Discuss Your MEP Requirements?
Submit your BOQ or drawings and our Healthcare Tendering Division will respond with a technical proposal within 24 business hours.