Expanding Abu Dhabi International Airport with BIM | The B1M

TL;DR

Abu Dhabi's new midfield terminal is set to increase capacity and revolutionize air travel with its state-of-the-art facilities and innovative use of BIM technology.

Transcript

Abu Dhabi's International Airport is in the process of increasing its capacity with a new terminal built between two existing runways here the stats the aptly-named midfield terminal will accommodate 65 aircraft and be able to handle 8,500 passengers an hour through 136 security screening lanes 22 kilometres of conveyor belts will manage the flow o... Read More

Key Insights

• 🍵 The midfield terminal will significantly increase Abu Dhabi's airport capacity, with advanced facilities to handle a large number of passengers and aircraft.
• 😒 The use of BIM technology has resulted in cost and time savings, enhanced collaboration, and improved design coordination.
• 👻 The construction process has benefited from 4D planning, allowing for accurate forecasts of task completion time and better coordination of resources.
• 🤩 Sustainability and operational efficiency have been key considerations from the beginning, earning the terminal a prestigious environmental rating.
• 📽️ The project serves as a noteworthy BIM case study, showcasing the benefits of using technology in large-scale construction projects.
• 🗺️ The midfield terminal's design focuses on passenger convenience, reducing travel distances and creating shared facilities for checking security and baggage.
• 😒 The extensive use of conveyor belts and security screening lanes ensures a smooth flow of bags and passengers through the terminal.

Questions & Answers

Q: What is the capacity of Abu Dhabi's new midfield terminal?

The new terminal will accommodate 65 aircraft and handle 8,500 passengers per hour, making it a significant addition to the airport's capacity.

Q: How has the use of BIM technology benefited the construction process?

The project team estimate that BIM workflows saved them 119 days and $65,000 in creating fabrication drawings for just one zone of block work. BIM also enabled virtual testing of designs, resulting in cost and time savings in resolving clashes between different elements of the terminal.

Q: What is the timeline for the completion of the midfield terminal?

Construction of the midfield terminal is expected to last four years, with the facility becoming operational in 2017.

Q: How will the data from the delivery phase information model be used?

Data from the delivery phase information model will be used to support facilities management throughout the building's life, ensuring operational efficiency and reducing running costs.

Summary & Key Takeaways

• Abu Dhabi's new midfield terminal will accommodate 65 aircraft and handle 8,500 passengers per hour, making it a significant addition to the city's airport.

• The terminal features 136 security screening lanes and 22 kilometers of conveyor belts, allowing for the smooth flow of 19,000 bags per hour.

• The use of BIM technology throughout the project has resulted in cost and time savings, enhanced collaboration, and improved design coordination.