Strip the city Dubai - Constructing Dubai
Provident Real Estate・25 minutes read
Dubai has rapidly evolved from a desert landscape into a thriving metropolis over the past 40 years, driven by advanced engineering, extensive water infrastructure, and significant oil reserves that underscore its economic growth. Major projects like the Burj Khalifa and Palm Jumeirah exemplify the city's ambitious construction efforts, while engineers tackle unique challenges posed by the desert environment and the need for sustainable resource management.
Insights
- Dubai has rapidly evolved from a desert into a thriving metropolis over the last 40 years, showcasing remarkable engineering feats, such as the construction of the Burj Khalifa and extensive water infrastructure, which includes desalination plants and deep foundations to support skyscrapers built on soft desert sand.
- The region's economic growth is significantly tied to its oil reserves, with advanced engineering solutions like mobile jackup rigs being developed for efficient offshore drilling, while large-scale projects like the Palm Jumeirah and the World Islands demonstrate Dubai's ambition to expand its territory and enhance its luxury offerings, despite challenges such as erosion and environmental preservation.
Get key ideas from YouTube videos. It’s free
Recent questions
What is a jackup rig?
A jackup rig is a mobile offshore drilling platform designed for oil extraction. It features legs that can be lowered to the seabed, elevating the platform above water. These rigs are particularly useful in shallow waters, like those in the Arabian Gulf, where oil reserves are located. Each jackup rig can accommodate up to 1,000 workers and costs around $165 million to construct. They are engineered for mobility, allowing them to be relocated as needed to access different drilling sites. The design and operation of jackup rigs are critical for efficiently tapping into the vast oil reserves beneath the seabed, which are essential for Dubai's economic growth.
How is water sourced in Dubai?
Water in Dubai is sourced primarily from the Hajar Mountains, located about 50 miles east of the city. Geological mapping has revealed ancient rivers and underground water flows that continue to supply the city. However, as Dubai expanded, the reliance on these natural sources shifted towards desalination plants, which convert seawater into freshwater. Engineers, such as John Zetz, oversee complex water distribution networks that ensure a steady supply of water to the city's skyscrapers. This infrastructure is vital for maintaining the livable environment within these structures, especially given the high demand for water in a rapidly growing metropolis like Dubai.
What challenges do engineers face in Dubai?
Engineers in Dubai face several significant challenges, primarily due to the city's unique desert environment. One major issue is constructing skyscrapers on soft desert sand, which necessitates deep foundations extending 36 to 40 meters underground. This requires the use of over 75,000 tons of concrete for stability. Additionally, extreme heat poses a challenge during construction, leading teams to work at night to prevent concrete from cracking. Engineers must also design buildings to withstand high winds and sandstorms, employing features like steel exoskeletons and shock absorbers for stability. These challenges require innovative engineering solutions to ensure the safety and durability of Dubai's iconic structures.
What is the Palm Jumeirah?
The Palm Jumeirah is a man-made island in Dubai, designed to accommodate luxury beachfront properties and enhance the city's shoreline. It added 70 kilometers to the coast, utilizing over 150 million tons of sand and 7 million tons of rock to create space for more than 5,000 homes. The construction of the Palm Jumeirah involved advanced techniques, including the use of a cutter suction dredger, which can remove over 100,000 tons of sand and rock weekly. Precise navigation systems guided the dredgers to shape the island accurately, ensuring it met the desired specifications for habitation and luxury living.
How does Dubai manage sandstorms?
Dubai faces significant challenges from sandstorms, which can reduce visibility and disrupt city operations. To manage these conditions, engineers and geologists study the dynamics of the desert to improve navigation and construction strategies. Buildings like the Burj Al Arab are designed with features such as a steel exoskeleton and shock absorbers to withstand high winds and protect against sandstorm impacts. Additionally, the accumulation of sand particles necessitates regular cleaning of structures, with the Burj Al Arab requiring cleaning four times a year. This process involves using jet washers and can take up to 14 nights, highlighting the ongoing efforts to maintain the city's appearance and functionality amidst challenging environmental conditions.
Related videos
Doc Master
BBC Documentaries Luxury Lifestyle of Dubai The Inside Story Documentary
World Governments Summit
Building a Sustainable Future Above Cities
CoolVision
Abu Dhabi. Oil-Rich Capital of the UAE
Interesting Flow
The Darkside Of Dubai - What They Don't Tell You
Tuomas
I Lived in Dubai for 1 Year - My Honest Review
Summary
00:00
Dubai's Transformation into a Desert Metropolis
- Dubai, once a vast desert, has transformed into a bustling metropolis over the past 40 years, becoming the fastest-growing desert city globally, with significant engineering advancements enabling this development.
- The Burj Khalifa, the tallest skyscraper in the world at half a mile high, accommodates up to 35,000 people and requires 200,000 gallons of water daily to maintain a livable environment within its structure.
- Water for Dubai is sourced from the Hajar Mountains, located 50 miles east, where geological mapping has revealed evidence of ancient rivers and underground water flow that still supplies the city today.
- As the city expanded, reliance shifted to desalination plants that convert seawater into freshwater, with engineers like John Zetz overseeing complex water distribution networks that deliver water to skyscrapers using a staged pumping system.
- The Princess Tower, the tallest residential building globally, has a water tank on the 79th floor that holds 300,000 liters, demonstrating the extensive water infrastructure necessary to support Dubai's skyscrapers.
- Dubai's engineers face the challenge of constructing skyscrapers on soft desert sand, requiring deep foundations that can extend 36 to 40 meters underground, using over 75,000 tons of concrete for structures like the Bide Boulevard Tower.
- The Hajar Mountains provide the foundational bedrock for Dubai's skyscrapers, formed from ocean floor rocks that were pushed upward by tectonic forces, creating a solid base necessary for supporting heavy buildings.
- To combat extreme heat during construction, teams work at night to prevent concrete from cracking, as daytime temperatures can reach around 50°C, making it crucial to manage the curing process effectively.
- Engineers also protect buildings from high winds and sandstorms, with structures like the Burj Al Arab featuring a steel exoskeleton that stabilizes the building and shock absorbers to mitigate wind effects.
- Sandstorms pose a significant threat to Dubai, reducing visibility and disrupting city operations; engineers and geologists like Catherine Good Enough study the desert's dynamics to improve navigation and construction strategies in such conditions.
23:34
Dubai's Oil Wealth and Environmental Challenges
- Sand particles create dense clouds that can reach Dubai, impacting visibility and cleanliness, particularly at the Burj Al Arab, where dust accumulation necessitates cleaning four times a year using jet washers. The cleaning process takes 14 nights to restore the building's appearance, with wind speeds affecting the safety of the operation, which is halted at around 10 knots.
- Dubai's economic growth is heavily reliant on oil, with the Arabian Gulf region holding over half a trillion barrels of oil, making it a significant source of wealth. However, extracting oil is challenging due to water depths exceeding 200 feet and layers of sand and rock above the oil fields.
- Engineers are constructing jackup rigs specifically designed for the Arabian Gulf, which cost approximately $165 million each and can accommodate up to 1,000 workers. These rigs are mobile, allowing them to be relocated as needed to drill for oil, tapping into the vast reserves beneath the seabed.
- The geological formation of oil in Dubai dates back 200 million years, originating from microscopic sea creatures that formed layers of organic material on the ocean floor, which were then transformed into oil through heat and pressure over time.
- A critical operation involves moving a 6,000-ton jackup rig onto an oceangoing barge, which must be completed within 80 minutes at high tide to avoid grounding. The operation requires careful balancing of the barge using ballast tanks to manage the weight of the rig.
- To accommodate the growing population and demand for luxury beachfront properties, Dubai has constructed the Palm Jumeirah, a man-made island that added 70 kilometers to the shoreline, using over 150 million tons of sand and 7 million tons of rock to create space for over 5,000 homes.
- Building the Palm Jumeirah involves using a cutter suction dredger, capable of removing over 100,000 tons of sand and rock weekly, with precise navigation systems guiding the dredgers to shape the island accurately before smoothing the edges for habitation.
- The World Islands project, consisting of half a billion tons of sand shaped into a global map, faces challenges from erosion and requires a breakwater for protection. A unique coral relocation project was undertaken to move a large coral reef, costing $10 million, with over 90% of the relocated corals surviving, contributing to the ecological balance and protection of the islands.
