Waste-concentrated Seawater Becomes Resource
For every three tonnes of waste concentrated seawater fed into the process, one tonne of refined concentrated seawater with a concentration of 120 g/L and two tonnes of freshwater can be produced.
For every three tonnes of waste concentrated seawater fed into the process, one tonne of refined concentrated seawater with a concentration of 120 g/L and two tonnes of freshwater can be produced.
A new solar desalination breakthrough turns seawater into drinking water while eliminating brine waste and recovering valuable minerals. Billions of people around the world still do not have reliable access to safe drinking water.
L'usine de dessalement de Rizhao, située dans la province chinoise du Shandong, produit non seulement une eau moins chère que celle qui sort du robinet, mais également de l'énergie sous forme d'hydrogène. (Lire plus...)