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Vertical transportation

Elijah Otis’ invention of the over speed governor and safety brake in 1853 was a turning point that enabled elevators to be used in high-rise buildings. By the 1880s the first high-rise buildings were constructed in the USA and by the mid 20th century high-rise buildings existed in many cities throughout the world. Cities with dense populations require increased numbers of high-rise buildings and each high-rise presents a number of challenges that need to be addressed prior to ground being broken and a project starting the build phase. There are 5 considerations listed below.

Involve a specialist lift company at the initial orientation phases of a high-rise construction project and ensure that calculations are made for the number of people who will need to be moved vertically throughout the day. These calculations are fundamental to the success of the completed building.

Traffic Flow Management
Managing the daily traffic flow of people up and down the building in what is referred to as vertical transportation is one of the biggest challenges facing any building contractor.

Elevator System Design
What sort of elevator system should be used? This will depend on the traffic flow estimates for the building. How many elevators will be needed? Is it advisable to use a double deck system? Should shuttle elevators and escalators be deployed?

Energy Efficiency
Elevators account for between 2-10% of a building’s energy consumption. Depending on the traffic requirements of the building it may be advisable to establish a Destination Control System that will both limit energy consumption and transport people in the most efficient way by grouping destinations. In recent years innovations such as solar powered elevators have increased the energy efficiency options available in some cases.

Building Maintenance Units
How will the building be maintained on an ongoing basis? The design and creation of Building Maintenance Units (BMU) is specialist work and needs to be addressed during the initial stages of a building project.

  • Damac Burjside Boulevard (The Signature), Dubai
  • Msheireb Downtown Doha, Phases 2 and 3 - Design / specify
  • Bahrain World Trade Centre - Maintenance management
  • CIS Tower Manchester - Modernisation
  • Burj al Arab/Jumeirah Beach - Design / specify / comission
  • New palace of Justices - Kuwait - Design / specify
  • World Trade Centre – Beijing - Design / specify
  • Okhta Tower and Plaza - Procure / report
  • RAK Gateway - Design / specify
  • Wave City, Noida - Design / specify
  • King Abdullah Financial District Riyadh - Design / specify
  • Nanjing Youth Olympic Centre - Design
  • Yogsan Towers, Korea - Design
  • National Bank of Kuwait HQ - Design / specify
  • Delhi One - Design
  • HSBC HQ Hong Kong (1983) - Procure / report
  • Shenzhen Towers - Design competition
  • Tornado Towers, Doha - Report
  • Silk City Kuwait - Concept
  • Shard of Glass - Report
  • 25 Bank St - Canary Wharf - Report
  • Al Akaria Jeddah - Design
  • 2nd Circle Beijing (200 storeys) - Concept
  • Nanjing Financial Centre Phase 2 - Design competition
  • Four Seasons Hotel Bahrain - Procure / report
  • BBK Spain - Design
  • Citigroup Centre Canary Wharf London - Report
  • HSBC HQ Canary Warf - Report / design / specify / modernisation
  • EMA HQ (European Medical Association) Canary Wharf - Design / reportAbout

Building maintenace

  • MAAD Mixed use, Makkah (21 towers)
  • WAFI Hotel and Mall Expansion, Dubai
  • RR02-C5, Najmat Development, Reem Island, Abu Dhbai
  • Abu Dhabi Financial Centre ½ Sowwah Square
  • Gate District Towers
  • Etihad Towers
  • QP District Doha
  • Evolution Tower, Moscow
  • Kuwait Investment Authority HQ
  • Damac Heights
  • Four Seasons Hotel
  • Abu Dhabi Plaza
  • Sky Gate Beirut
  • Al Mada Towers, Jeddah
  • Al Rajhi Bank Head Quarters, Riyadh
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