Where will Qatar get its water during the FIFA World Cup? Everyone is looking forward to the most anticipated event of 2022, which will be the FIFA World Cup. More than 2.5 million spectators from across the world are expected to attend this year’s FIFA World Cup matches. Qatar has invested more than 200 billion dollars in the construction of the infrastructure for FIFA. In a nutshell, this is likely to be one of the most costly and opulent editions of the FIFA World Cup that has ever taken place.But do you have any thoughts on how Qatar is going to arrange water for this event ? Let’s discuss it in a country where water is more valuable than any other drink.
Also, read – Checklist To Travel To Qatar For The Fifa World Cup!
Where will Qatar get its water during the FIFA World Cup?
As the World Cup draws closer, Qatar will need at least 10,000 litres of water per day to be used for each of its stadium’s playing surfaces. It is going to depend on desalination, which is the process of purifying seawater so that it may be used, since it is located in an area that has almost no access to fresh water.
The problem is that desalination, which is expected to boom by 37% across the Gulf region in the next five years, has huge environmental costs, both in terms of the fossil fuels used to carry out the process and the marine environment. Although it seems like an elegant solution, the problem is that desalination has huge environmental costs. But if they don’t have it, the dry area would never be able to satiate their thirst.
Desalination of saltwater became widespread in the subsequent centuries, notably aboard ships and submarines, in order to provide the crew with potable water while they were travelling for extended periods of time. However, this method did not become practical on a big scale until the advent of the industrial revolution and, more specifically, the invention of desalination facilities.
About Desalination Process
The removal of the dissolved mineral salts in water is accomplished by a process known as desalination. At the present day, one of the most common methods for obtaining fresh water that may be utilised for human consumption or agricultural reasons is to apply this technique to saltwater.
The process of desalination happens naturally as part of the water cycle. When salty seawater evaporates, it leaves behind salt, which then condenses into clouds and causes it to rain. Aristotle was the first person to notice that saltwater could be converted into fresh water via evaporation and condensation, and Da Vinci was the first person to realise that it could be easily obtained through the use of a still.
Dependancy on Desalination process of GCC countries
The nations that make up the Gulf Cooperation Council (GCC) are responsible for 43 percent of the total desalination capacity in the globe. In spite of the fact that water is scarce, countries in the GCC have some of the highest per capita consumption rates in the world and are highly reliant on desalination facilities.
However, because of the region’s growing population, the water sector is coming under increasing amounts of pressure. “These plants are fundamentally connected by rivers that pass through them. “If you look at the desalination capacity across the GCC as a whole, the volume of water flowing through that is about four times the amount of water flowing down the Thames,” says Will Le Quesne, the Middle East programme director for the UK Centre for Environment, Fisheries and Aquaculture Science. “If you look at the desalination capacity across the GCC as a whole, the volume of water flowing through that is about four times the amount of water flowing down the Thames.”
“Desalination is our primary method of obtaining fresh water,” explains Maryam Rashed Al Shehhi, an assistant professor of civil infrastructure and environmental engineering at Khalifa University in the United Arab Emirates. The yearly rainfall has been declining, which has contributed to the region’s increasingly dry climate. Therefore, it is quite unsettling to consider any other potential sources of water.
Since the 1950s, the Gulf Cooperation Council has been at the forefront of the desalination movement. More than 300 desalination facilities can be found peppered throughout the southern beaches of the Gulf, the majority of which are located in Saudi Arabia, the United Arab Emirates, Kuwait, and Bahrain.
