Lahore is set to witness a historic development as Pakistan’s first tunnel boring sewerage project has been officially approved. The Executive Committee of the National Economic Council (ECNEC) has given the green light, marking a new era in the country’s urban infrastructure.
The project aims to install an underground sewerage system without disturbing the daily lives of residents. It will cover more than 32 kilometers of sewer lines, stretching from Larix Colony to Gulshan Ravi. This will provide a permanent solution to drainage problems in the densely populated areas of central Lahore.
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Once completed, the project will directly benefit around 2.5 million people. Authorities believe it will be a game changer for Lahore’s sewerage system, improving hygiene, reducing flooding, and enhancing overall living conditions.
A special feature of this initiative is the use of modern vertical spinning machines for manufacturing sewer pipes. This technology increases the life span of the pipes to over 100 years, ensuring long-term durability. Additionally, more than 22 existing lift stations in the city will be shut down, saving both energy and maintenance costs.
The project’s planning and design have been carried out by the well-known American consultancy firm EBA Engineering. It will be connected to the Babu Sabu Wastewater Treatment Plant, making the city’s sewage management more efficient.
Work is expected to begin soon, with a completion target of June 2028. Experts say this project could set a model for other Pakistani cities facing similar sewerage challenges.
FAQs
1. What is Pakistan’s first tunnel boring sewerage project?
It is an underground sewerage installation in Lahore using tunnel boring technology, approved by ECNEC.
2. How long will the sewer line be?
The line will be over 32 kilometers, from Larix Colony to Gulshan Ravi.
3. Who will benefit from the project?
Around 2.5 million residents of central Lahore will benefit directly.
4. What technology is being used for the pipes?
Pipes will be made with modern vertical spinning machines, giving them a lifespan of over 100 years.
5. When will the project be completed?
It is expected to be finished by June 2028.
