The Evolution of Water Reverse Osmosis Technology
Increasing water demands and diminishing water supplies aggravate water scarcity in most world regions. Conventional approaches depending on natural resources like rainfall and river runoff in water-scarce areas must be revised to meet human needs. 97.5% of the water resources are in the sea. On the other hand, freshwater is 2.5%. After realizing these facts, the world must look forward to a dependable and feasible solution that ensures the equilibrium state of the continuous growth of various sources of water demand and the availability of the security of water supply.
The Evolution of Water Reverse Osmosis Technology
Increasing water demands and diminishing water supplies aggravate water scarcity in most world regions. Conventional approaches depending on natural resources like rainfall and river runoff in water-scarce areas must be revised to meet human needs. 97.5% of the water resources are in the sea. On the other hand, freshwater is 2.5%. After realizing these facts, the world must look forward to a dependable and feasible solution that ensures the equilibrium state of the continuous growth of various sources of water demand and the availability of the security of water supply.
