High-rise MEP contracting in Dubai Silicon Oasis (DSO) 

High-rise MEP contracting in Dubai Silicon Oasis (DSO): local context

Dubai Silicon Oasis is a free-zone technology park and residential community on the Dubai–Al Ain Road, mixing offices, residential towers, villas, schools and retail. It has grown steadily since the mid-2000s. Manolia completed MEP for a G+6 residential building with health club here and is currently delivering MEP for a G+3 parking building. Its mix of tenants means MEP packages range from residential and parking to technology offices.

• Approvals run through the Dubai Silicon Oasis Authority (DSOA) building channel, with Civil Defence review of fire and life safety drawings; procedures follow DSOA's requirements.
• Mid-rise residential buildings with health clubs need pool dehumidification, separate ventilation for changing rooms and robust hot-water systems.
• DSO is about 20–30 minutes from central Dubai, giving good access for deliveries and commissioning teams.

Building types we serve in Dubai Silicon Oasis (DSO)

For high-rise towers, the work concentrates on pressure-zoned water and drainage stacks, riser and plant-room coordination, stair pressurisation and a cooling source sized for diversity across dozens of typical floors.

Scope of work

• Smoke control and stair pressurisation systems, including fans, dampers and controls, coordinated with fire alarm cause and effect.
• Typical-floor MEP installation using repeatable layouts and prefabrication where possible to speed installation and improve quality.
• District cooling connection or central chilled water plant with energy transfer stations and BTU metering for tenants.
• Testing, commissioning and phased handover by floors or zones as required by the developer, with life-safety systems proven before any floor is occupied.

Systems we install

• Single or two-stack drainage with relief vents for tall stacks.
• BMS integration for central plant, lifts, life safety and metering.

UAE site and climate challenges

• Roof-level plant on towers faces higher wind and solar exposure and hot air from adjacent equipment. We space condensers, cooling towers and fans to avoid recirculation and size them for real roof conditions near the design limit.
• Stack effect in tall buildings pushes air through stairs and lift shafts, especially with large indoor-outdoor temperature differences. Pressurisation design and door leakage assumptions take this into account so doors remain openable during an emergency.
• PRV stations versus multi-zone booster pumps for domestic water: PRVs are simpler and cheaper but need regular servicing, while dedicated zone pumps give steadier pressure at the cost of more plant.

Relevant Manolia projects

G+14+Gym

G+14 building, Dubailand

Dubailand · HVAC · Completed

HVAC for a 14-storey residential building.

Armada Tower hotel, JLT

Jumeirah Lakes Towers (JLT) · MEP · Completed

MEP for the hotel tower of the three-building Armada Towers cluster.

Frequently asked questions