Sungai Golok river basin project: Scope, design adjustments aim to provide long-term flood protection

The Sungai Golok Integrated River Basin (PLSB) project in Kelantan is undergoing adjustments to its scope and design to ensure long-term flood protection for residents in the flood-prone area. The Ministry of Energy Transition and Water Transformation (PETRA) revealed these changes were made in response to current needs, including climate change, infrastructure requirements, site conditions, and local residents' needs.

Among the alterations are land acquisition, modifications to the project alignment, and enhancements to the drainage system capacity to improve flood mitigation effectiveness. These changes are vital for providing reliable, sustainable, and safe flood protection to the affected communities.

During a visit to the project site, Deputy Minister of Energy Transition and Water Transformation Datuk Seri Abdul Rahman Mohamad, along with senior officials from PETRA and the Department of Irrigation and Drainage (DID), assessed progress and monitored the implementation process. The statement emphasized that PETRA remains committed to executing the project in accordance with prudent and responsible governance principles, prioritizing the safety and well-being of the people.

The ministry also welcomed constructive recommendations and feedback from stakeholders to enhance project efficiency while maintaining environmental sustainability and public welfare as top priorities.

As of the latest report, Phase 1 of the Sungai Golok PLSB project has achieved 73.01% physical progress, with Phases 2 and 3 at 3.16% and 24.18%, respectively. Phase 1 is slated for completion in July 2027, while Phases 2 and 3 are projected to finish in October 2028 and April 2029, respectively. The ministry reiterated its dedication to managing public funds prudently, transparently, and accountably, focusing on the quality of implementation and public benefits.

This commitment extends to other water infrastructure and coastal restoration projects, aiming to mitigate flood risks and coastal erosion effectively.