CAIRO: Egypt has unveiled plans for a vast new urban development west of Cairo where a man-made channel of the River Nile will eventually wind through what was once arid desert.

The new city, named Jirian, meaning “Flow” in Arabic, is part of Egypt’s Nile Delta scheme, a massive agricultural initiative to reclaim about 2.5 million acres west of the original Nile Delta.

The ambitious agricultural project, which started in 2021, seeks to boost production of strategic crops such as wheat and corn while reducing the North African country’s food import bill.

The project is the latest in a string of megaprojects launched by President Abdel Fattah El-Sisi in recent years, including a new administrative capital east of Cairo.

While officials say these projects are key to Egypt’s long-term growth, they have also contributed to the country’s soaring foreign debt, which quadrupled since 2015 to reach $155.2 billion by late 2024.

The country has also received billions of dollars from the International Monetary Fund and the EU to ensure its financial stability, with the EU pledging billions more last month.

At a launch event on Sunday, Egyptian Prime Minister Moustafa Madbouli called the Jirian project “an urban and development revolution.”

He added that it would create 250,000 jobs and serve as the cornerstone of a wider development zone equivalent in size to four to five governorates.

“We are talking about full-spectrum development,” he told reporters, describing a sprawling urban zone that will include industry, logistics hubs, and homes for “between 2.5 and 3 million families.”

The government did not disclose the project’s total cost, which is being developed in partnership with three major Egyptian real estate firms.

The new Nile Delta project comes at a time when Egypt is already under pressure to secure its water future.

With 97 percent of its fresh water sourced from the Nile, the country has been locked in a years-long dispute with Addis Ababa over the Grand Ethiopian Renaissance Dam, which Cairo fears could reduce downstream water flows.