Emrill scales new heights with Princess Tower Win

Emrill, the leading Facilities Management provider in the UAE, announced today winning a facilities services contract for the Guinness World Record breaking, Princess Tower in Dubai Marina.
The tower, officially recognised as the World’s Tallest Residential Building by the Council on Tall Buildings and Urban Habitat (CTBUH), soars at an impressive 414 metres over the Dubai Marina skyline second only in height to the Burj Khalifa. Princess Towers, Tameer’s flagship project boasts 1.75 million sq ft built up area, 763 residential units, 957 parking bays and 8 retail shops for the convenience of residents.
Ben Churchill, Managing Director, Emrill said: “We are thrilled to service the iconic Princess Tower development. Our service solution was carefully tailored to meet the challenges set out by Kingfield to provide an integrated facilities management service that would uphold Princess Tower to the superior standards expected of a world-renowned residential building.”
Emrill was selected by the Kingfield Owner’s Association to provide facilities services which include MEP, Housekeeping, Concierge, Security Services, Life Guards and supported by the Emrill Helpdesk. Emrill’s proven track record and experience in delivering world-class facilities services across the country was key in their selection.
Samer Khalifeh, General Manager, Kingfield said “After an intensive tender process, we identified Emrill as the right match due to their unparalleled service quality, innovative best practices and extensive experience in providing facilities services to challenging projects across the country.”
Background Information
Emrill
Emrill is an established market leader in providing Integrated Facilities Management services in the United Arab Emirates. With 4000 staff directly employed, the company offers a full range of Facilities and Asset Management services with innovative solutions tailored to support master developments, residential communities, leisure, corporate and commercial complexes.