MEP design and build in Sharjah 

MEP design and build in Sharjah: local context

Sharjah combines a dense band of 20–30 storey residential towers along Al Nahda, Al Taawun, Al Khan and Al Majaz with older mid-rise stock, large industrial areas and newer master-planned communities such as Aljada and Tilal City further inland. Much of its housing serves people who work in Dubai, so residential towers with podium car parks dominate the urban core. MEP work here is shaped by SEWA utility requirements, Sharjah Civil Defence review, and a high share of retrofit and replacement work in buildings that are 15–30 years old. Manolia has a long record in Sharjah, from residential towers to the American University of Sharjah campus.

MEP drawings typically go through Sharjah Municipality as part of the building permit, with Sharjah Civil Defence approving fire and life safety designs and inspecting installed systems before occupancy. SEWA handles electrical load, water and gas connection approvals and final inspections. In free zones or master-planned communities, a developer or zone NOC usually comes first; the route is confirmed per plot.

• SEWA supplies electricity, water and in many areas gas, so load applications, water tank arrangements and metering follow SEWA's own standards and inspections rather than Dubai practice; contractors moving from Dubai should not assume the same details carry over.
• Lagoon-side districts such as Al Khan, Al Majaz and Al Taawun are humid and salt-laden, so condenser coil coatings, galvanised or stainless supports and careful condensate drainage design matter more than on inland plots.

Building types we serve in Sharjah

For villas and townhouses, the work concentrates on ducted split or VRF systems, roof tanks and booster pumps, hot water, pool plant and clean concealed routing that respects architectural finishes.

For clinics and healthcare facilities, the work concentrates on pressure regimes between rooms, high-grade filtration, essential power with UPS back-up and infection control while works are under way.

Scope of work

• Concept review of the architectural design to locate plant rooms, risers, shafts and roof space early, before floor plates and ceiling heights are frozen.
• Selection of the HVAC approach, whether district cooling connection, central chilled water, VRF or packaged units, based on loads, plot constraints and lifecycle cost.
• Development of detailed design into coordinated shop drawings, with clash detection between ducts, pipes, cable trays and structure before procurement.
• Procurement of equipment against the design intent, with submittals that keep selections inside the calculated duties rather than swapping in undersized alternatives.
• Installation, testing, commissioning and handover by the same organisation, closing the loop between design assumptions and measured performance.

Systems we install

• HVAC plant: chillers, district cooling energy transfer stations, AHUs, FCUs and fresh-air units.
• Water supply, booster pumping, hot water, drainage and rainwater systems sized from fixture-unit calculations.
• Building management system, metering and controls integration across all mechanical and electrical plant.

UAE site and climate challenges

• Air-cooled equipment loses capacity as condenser inlet air gets hotter, and roof plant often sees air several degrees above ambient. We derate selections for real roof conditions and space units to avoid hot-air recirculation.
• Water supply in many areas relies on storage tanks that heat up in summer. We design tank locations, insulation and circulation to manage stored-water temperature and Legionella risk, and size cold-water storage to authority requirements.

Decisions to make early

• Water-cooled versus air-cooled chillers: water-cooled plant is more efficient in UAE heat but needs cooling towers, water treatment and make-up water; air-cooled is simpler and usual for mid-size buildings without water allowances.
• VRF versus chilled water for mid-rise buildings: VRF suits phased occupancy and individual billing with no central plant, while chilled water scales better, runs quieter indoors and centralises maintenance in one plant room.

Relevant Manolia projects

AUS Bowling City, Sharjah

University City (Sharjah) · MEP · Completed

MEP design & build plus decoration for a G+4 leisure building.

HVAC & BMS

AUS main & language buildings HVAC/BMS

University City (Sharjah) · HVAC & BMS · Completed

Design & build of HVAC and BMS renovation.

Al Mazroaa Tower, Sharjah

Sharjah · HVAC · Completed

HVAC for a 43-typical-floor tower with health club.

Al Salam Tower, Sharjah

Sharjah · HVAC · Completed

Chiller plant and roof chilled-water network for a 52-typical-floor tower.

Frequently asked questions