Singapore plans to expand NEWater and desalination capacity to meet up to 80% of its water demand in 2060. Variable salinity[8] technology can be used to help expand Singapore’s water catchment to up to 90% of its land area by tapping on the streams and rivulets near the shoreline. f.
Singapore plans to expand NEWater and desalination capacity to meet up to 80% of its water demand in 2060. Variable salinity[8] technology can be used to help expand Singapore’s water catchment to up to 90% of its land area by tapping on the streams and rivulets near the shoreline. f. Protecting the coastline: 70-80% of Singapore’s coastline is protected against coastal erosion by hard structures such as sea walls and stone embankments. The rest are soft coasts, such as sandy beaches and mangrove swamps.
Variable salinity technology can be used to help expand Singapore‘s water catchment to up to 90% of its land area. Enhancing water security: "Singapore plans to expand NEWater and desalination capacity to meet up to 80% of its water demand in 2060. Variable salinity8 technology can be used to help expand Singapore’s water catchment to up to 90% of its land area by tapping on the streams and rivulets near the shoreline." (p. 6)
SG
Adaptation Commitments
A_Sc_UncAct
Unconditional sectoral actions
Sectoral Unconditional Actions
Water
Water supply
SG
Adaptation Commitments
ad_sec_action
Adaptation action/priority
Action and priority
Water
Water supply
SG
Adaptation Commitments
ad_sec_action
Adaptation action/priority
Action and priority
Water
Infrastructure