How do skyscrapers move water hundreds of meters above ground, control movement in strong winds, and lift construction equipment as they grow taller?
In this Property News International feature, we explore five engineering facts about how skyscrapers are built and how their essential systems operate.
From plumbing and water pressure to construction cranes and structural stability, high-rise buildings depend on carefully engineered systems that most people never see.
Discover how drainage systems use airflow to protect against sewer gases, why tall buildings divide their water supplies into pressure zones, and how hydraulic systems allow construction cranes to climb alongside rising towers.
We also examine two remarkable examples of skyscraper engineering: Taipei 101, which uses a 660-ton metric tuned mass damper to reduce wind-induced movement, and Burj Khalifa, where concrete was pumped to a height of 606 meters during construction. Watch the full video to learn about the engineering systems that make some of the world's tallest buildings possible.
