Save the 'love city' with fat

The city of Venice in Italy will stop subsidence if authorities allow scientists to drop a type of fat into the sea, leading architects declare.

Picture 1 of Save the 'love city' with fat

A Dutch tourist winds through the streets of Venice when the city is submerged in water.Photo: Reuters.


Spread across hundreds of small islands in the Venetian lagoon along the Adriatic Sea in northeastern Italy, Venice is known as "the city of love". It was built by the Romans in 442. But every year, every day near Christmas, the city is submerged in water due to the rising tide. Scientists fear global warming will make Venice's sea level rise higher in the future, exacerbating the flooding in Venice.

Facing that situation, scientists decided to create a project called "Future Venice" on February 22. The goal of the project is to prevent flooding in the "love city". According to Telegraph, Rachel Armstrong and Neil Spiller - two architects of the University of London, England - join the project.

Picture 2 of Save the 'love city' with fat

Visitors wade to take pictures in Venice.Photo: xcitingfun.net.

Two British architects affirmed that they could release a special kind of fat that turns carbon dioxide in water into artificial limestone.

"This measure is based on the chemical properties of fat and water. The fat droplets will create countless hard limestone particles capable of protecting construction works , " said Armstrong female architect.

Neil, a professor of architecture, said: "The stones that support the city of Venice are sinking down to Venice. If we can bring fat down to the rocks to create limestone, the sinking phenomenon gradually Venice will be slower or stop altogether ".

Currently the city of Venice is considering a plan to build a series of steel water gates around the city to control the rise of the tide in Venice. Two British architects affirmed their measures have more advantages than the plan to build water gates. However, Armstrong said the solution is being tested and can only be applied in the next 3-5 years.