Jacobs has been appointed by national water agency PUB to conduct a Singapore desalination plant feasibility study aimed at strengthening the country’s long-term water security.
The study will examine innovative desalination designs that improve land use in Singapore, one of the world’s most space-constrained urban environments.
Exploring advanced desalination solutions
Jacobs will assess designs that make better use of limited land resources. These options include multi-level structures and deeper underground spaces that could accommodate water treatment facilities.
The study will also evaluate a dual-mode desalination facility. Such a facility could treat both seawater and freshwater, improving flexibility during changing weather conditions.
Furthermore, Jacobs will provide a range of advisory services, including:
- Concept design development
- Treatment technology evaluation
- Construction planning analysis
- Lifecycle cost assessment
- Risk evaluation
Supporting Singapore’s water resilience
Jacobs President of Global Operations Patrick Hill said Singapore’s approach to water management demonstrates how innovation can support long-term resilience.
He added that Jacobs will combine its global desalination expertise with local knowledge to explore solutions that protect future water supplies.
The project builds on Jacobs’ long partnership with PUB. Over the years, Jacobs has supported major water infrastructure developments in Singapore, including the Deep Tunnel Sewerage System, NEWater facilities, Changi Water Reclamation Plant and Tuas Water Reclamation Plant.
Advancing global water security
Jacobs continues to support water projects worldwide by developing solutions for challenges linked to climate change, population growth and water scarcity.
The company has contributed to major desalination projects, including facilities in Australia, the United States and Singapore.
Through this feasibility study, Jacobs aims to help Singapore develop resilient water infrastructure that can meet future demand while using resources efficiently.
