UAE explores futuristic underwater tunnel to India
RAILWAYS & METRO RAIL

UAE explores futuristic underwater tunnel to India

A proposed tunnel between the UAE and India could take rail travel to a whole new level, quite literally, if the National Advisor Bureau (NAB) of the United Arab Emirates (UAE) has its way. The NAB is exploring the possibility of a 2,000 km long underwater rail tunnel to connect Fujairah with Mumbai.

At a UAE-India conclave in Abu Dhabi, NAB said this line would facilitate the movement of people across the Arabian sea and feature pipelines for oil and water.

The speed of the trains to be operational would be 600 to 1,000 km per hour. The 1,826 km distance between Mumbai and Fujairah could be covered in less than four hours, while the distance between Fujairah and Gwadar port could be covered within an hour. Creating a vacuum inside the tunnel will allow for a high-speed rail system as a result of reduced air resistance.

The tunnel's concept is based on the Hyperloop technology. The Hyperloop is a proposed high-speed transportation system in which specialised pods are accelerated through a low-pressure tube to achieve speeds near the speed of sound. Earlier efforts at creating an under-sea hyperloop include Maritime Research Institute Netherlands (Marin) testing a model trans-Atlantic underwater tunnel between the United States and Europe capable of supporting hyperloop. The testing was done to check how the tunnel responds to wave action. This testing was to determine if the pods would be safe to travel under real oceanic conditions. The research concluded saying that this mode of transportation could be way less polluting that air travel and constant efforts are being made to bring this concept to life. Virgin Hyperloop also conducted trials, being the first to have a human passenger. The ride reached a speed of 150 km per hour but in a vacuum sealed tunnel, it is expected to reach a speed of 966 km per hour.

The floating underwater tunnel would consist of two curved concrete tubes, submerged below the surface of the Arabian Sea. The submerged tubes would be stabilised by being attached to pontoons on the surface of the sea or by vertical tethers to the seafloor.


Image:  Two curved concrete tubes, submerged below the surface of the Arabian Sea

A provision would be made for enough gaps between the pontoons to allow ships to pass through. The tubes would be placed underwater, deep enough to avoid water traffic and weather. The tunnel would be watertight, resistant to seawater damage and able to withstand the hydrostatic forces acting on it.

NAB said that the project awaits a feasibility study as an underwater rail tunnel held by floating pillars can pose unique challenges, and several aspects of it need serious consideration.

Image: If realised, the tunnel would be another step in undersea hyperloop travel that has been a subject of much research in Europe and the United States.


Also read: Virgin Hyperloop hosts its first human ride

A proposed tunnel between the UAE and India could take rail travel to a whole new level, quite literally, if the National Advisor Bureau (NAB) of the United Arab Emirates (UAE) has its way. The NAB is exploring the possibility of a 2,000 km long underwater rail tunnel to connect Fujairah with Mumbai. At a UAE-India conclave in Abu Dhabi, NAB said this line would facilitate the movement of people across the Arabian sea and feature pipelines for oil and water. The speed of the trains to be operational would be 600 to 1,000 km per hour. The 1,826 km distance between Mumbai and Fujairah could be covered in less than four hours, while the distance between Fujairah and Gwadar port could be covered within an hour. Creating a vacuum inside the tunnel will allow for a high-speed rail system as a result of reduced air resistance. The tunnel's concept is based on the Hyperloop technology. The Hyperloop is a proposed high-speed transportation system in which specialised pods are accelerated through a low-pressure tube to achieve speeds near the speed of sound. Earlier efforts at creating an under-sea hyperloop include Maritime Research Institute Netherlands (Marin) testing a model trans-Atlantic underwater tunnel between the United States and Europe capable of supporting hyperloop. The testing was done to check how the tunnel responds to wave action. This testing was to determine if the pods would be safe to travel under real oceanic conditions. The research concluded saying that this mode of transportation could be way less polluting that air travel and constant efforts are being made to bring this concept to life. Virgin Hyperloop also conducted trials, being the first to have a human passenger. The ride reached a speed of 150 km per hour but in a vacuum sealed tunnel, it is expected to reach a speed of 966 km per hour. The floating underwater tunnel would consist of two curved concrete tubes, submerged below the surface of the Arabian Sea. The submerged tubes would be stabilised by being attached to pontoons on the surface of the sea or by vertical tethers to the seafloor. Image:  Two curved concrete tubes, submerged below the surface of the Arabian SeaA provision would be made for enough gaps between the pontoons to allow ships to pass through. The tubes would be placed underwater, deep enough to avoid water traffic and weather. The tunnel would be watertight, resistant to seawater damage and able to withstand the hydrostatic forces acting on it. NAB said that the project awaits a feasibility study as an underwater rail tunnel held by floating pillars can pose unique challenges, and several aspects of it need serious consideration.Image: If realised, the tunnel would be another step in undersea hyperloop travel that has been a subject of much research in Europe and the United States. Also read: Virgin Hyperloop hosts its first human ride

Next Story
Infrastructure Energy

Vedanta Aluminium Uses 1.57 bn Units of Green Energy in FY25

Vedanta Aluminium, India’s largest aluminium producer, recently reported consumption of 1.57 billion units of renewable energy in FY25, marking a significant milestone in its 2030 decarbonisation roadmap. The company also achieved an 8.96 per cent reduction in greenhouse gas (GHG) emissions intensity compared to FY21, reinforcing its leadership in India’s low-carbon manufacturing transition. During FY25, Vedanta Aluminium expanded its renewable energy portfolio through long-term power purchase agreements, strengthening its strategy to source nearly 1,500 MW of renewable power over the lon..

Next Story
Real Estate

Oberoi Group to Develop Luxury Resort at Makaibari Tea Estate

EIH Limited, the flagship company of The Oberoi Group, has announced the signing of a management agreement to develop an Oberoi luxury resort at the iconic Makaibari Tea Estate in Darjeeling. The project marks a key milestone in the Group’s long-term strategy of creating distinctive hospitality experiences in rare and environmentally significant locations. Established in 1859, Makaibari is one of the world’s oldest tea estates and is globally recognised for its Himalayan landscape, primary forests and exceptional biodiversity. Spread across 1,236 acres, the estate houses one of the world..

Next Story
Real Estate

GHV Infra Secures Rs 1.09 Bn EPC Order in Jamshedpur

GHV Infra Projects Ltd, a fast-growing EPC company in India’s infrastructure and construction sector, has recently secured a Rs 1.09 billion work order in Jamshedpur, Jharkhand. Awarded by a reputed group entity, the contract covers end-to-end civil construction, mechanical, electrical and plumbing (MEP) systems, along with high-quality finishing works for a large building development. The project will be executed over a 30-month period, with defined benchmarks for quality, safety and timely delivery. The order strengthens GHV Infra’s footprint in Jamshedpur, a key industrial hub known fo..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

Advertisement

Open In App