KUCHING: The Sarawak government is replacing its aging water pipes across the state at an estimated cost of RM1.1 billion, incorporating a smart device system for enhanced monitoring and efficiency.
Premier Datuk Patinggi Tan Sri Abang Johari Tun Openg said the state government has allocated funding for replacing all these pipes within five years.
“That means by 2030, you will have a new pipe system. And these new pipes will be connected with smart devices.
“We will store this data in our storage systems, and then we can have our own software to store the different layers of pipes, and their locations. Then, if anything happens, we’ll know where it is.
“Because the system will show alert lights on the monitor screen. Then you just— I always use this word—you just ‘ketek’, and you will know. This is the smart device.”
He said this in a press conference after declaring open the Borneo International Water & Wastewater Exhibition & Conference (BIWWEC) 2024 at Borneo Convention Centre Kuching (BCCK)here on Wednesday.
Abang Johari highlighted that the outdated pipe system, much of which lacks accurate data records, presents a significant challenge, especially during construction projects such as road works.
“Even though there’s technology that can detect them, I feel that it’s not always easy depending on the layers.
“Sometimes the device cannot really detect the old pipes. In Sarawak, we say they’re stubborn. The device cannot detect them. So now, Utility and Telecommunication Minister Datuk Seri Julaihi Narawi is reviewing all of these pipes,” he added.
Earlier, in his speech, Abang Johari mentioned that Sarawak is making significant strides in adopting smart water management systems.
“These systems leverage real-time data and advanced analytics to improve efficiency and reduce water loss.
“A notable example of this innovation is the implementation of smart water meters in Kuching, Samarahan and Serian which allow for remote reading.
“By providing real-time data on water usage, these meters enable us to quickly identify and address leaks, conserve valuable water resources and reduce operational costs,” he said.
