Upgrade for monsoon drain to prevent flash floods in Ipoh’s Canning Garden


Choy (centre) checking the current monsoon drain on Jalan Keliling in Canning Garden, Ipoh.

THE monsoon drain on Jalan Keliling in Canning Garden, Ipoh in Perak, will be upgraded to prevent flash floods.

Canning assemblyman Jenny Choy said the drain had contributed to frequent flooding on Jalan Edward Moreila.

“During heavy rain, there is a ‘bottleneck’ that prevents water from flowing smoothly.

“To address this, Ipoh City Council (MBI) and I applied to the Housing and Local Government Ministry for an upgrading project.

“The application, with an estimated cost of RM200,000 has been approved,” she told reporters after visiting the site.

Choy said upgrading works would require that part of Jalan Keliling to be closed.

She said among the measures that would be taken were replacing the existing drain with a larger one, and changing a 25m-long underground “crossing” route.

“The upgrading works are scheduled to start on Feb 3, and be completed by March 4.

“Any inconvenience the nearby residents will face during the implementation period is regretted.

“However, I am confident that with the completion of this project, flash floods in the area can be overcome or reduced significantly,” she added.

Follow us on our official WhatsApp channel for breaking news alerts and key updates!
canning garden , ipoh , floods , jenny choy , assemblyman

Next In Metro News

Make AI support accessible to all SMEs, urges PUMM
Charity bazaar returns to highlight hospice care, importance of dignity for patients
Mastering delicate dumplings
Face to face with nature, big and small
Restored landmark reopens as Penang museum branch
Turning used oil into empowerment
Selangor should site Batu Arang WTE plant in Bukit Tagar
Early warning systems for Ampang Jaya slopes
Local council promotes Kuala Kubu Baru through explorace
Self-taught carpenter’s nail-free artisan beds in high demand

Air Pollutant Index

Note: API is calculated based on 24hr running average of the most dominant parameter.

Highest API Readings

    Select State and Location to view the latest API reading

    Others Also Read