The phrase "advanced water" is correct and usable in written English.
It can be used in contexts discussing water treatment technologies, purification methods, or innovative water management solutions.
Example: "The research team is developing advanced water filtration systems to improve access to clean drinking water."
Alternatives: "sophisticated water" or "enhanced water".
Known for its world-class infrastructure, Singapore boasts everything from an ultramodern airport to an advanced water treatment system.
"The advanced water recycling plant can be expanded to produce 28bn litres of water each year when required," a Water Corporation spokeswoman says.
Under current technology, some process streams are recycled, and process streams that cannot be reused are subjected to advanced water treatment prior to discharge into the receiving environment.
Alternatively, planned IPR usually involves treating the sewage effluents to a very high degree by advanced water treatment processes before releasing the purified water to a lake or groundwater system used for drinking water supply.
Restoring habitats such as forests and stream banks, as well as making adjustments to the way we use agricultural lands, can reduce sediment and nutrient pollutants in water sources, offsetting the need for investment in more advanced water treatment technologies.
More than once the neighbour to the north, of which Singapore was part before an acrimonious split in 1965, has threatened to increase prices or even cut off supplies.Yet politics is not the only reason for Singapore's advanced water system.
Most important of all, much of Australia has developed what is probably the world's most advanced water-pricing and trading system.
Now Chinese hydroengineers are embarking on a plan to upgrade the "digital Yellow river" – what they claim is the world's most advanced water-rationing system – to try to save one of the most overworked waterways on the planet from drought, pollution and the unsustainable demands of a surging economy.
In 2006, General Electric acquired Zenon Environmental, an advanced water-filtration maker, for nearly $700 million.
The model should be very useful in supporting process research, development, and design of advanced water-splitting processes based on the hybrid sulfur (HyS) cycle.
The investigations in this subproject "flood-tec" are primarily focused on the further development and adaptation of advanced water-treatment technologies, which can be used in a targeted manner to combat the pollution of flood events.
