Why Desalination? It is less costly to recycle water than use desal. There is a lower boiling point rise and less environmental problems associated with increased salt in the oceans.
This technology has an issue of scaling the heat exchangers. It is better to let the vacuum distillation technology consume more energy, and work without any maintenance issues, than implementing something energy efficient, but fraught with scaling and corrosion issues. One sentence of Wisdom, "Never work with a technology that asks for a water temperature of >70 Deg. C", and you will not need service engineers" running around with google maps.
Nice work... I've modeled it via simulink
Hello may I know in which company you are doing this engineering?!
brilliant!!!!!
Why Desalination? It is less costly to recycle water than use desal. There is a lower boiling point rise and less environmental problems associated with increased salt in the oceans.
This technology has an issue of scaling the heat exchangers. It is better to let the vacuum distillation technology consume more energy, and work without any maintenance issues, than implementing something energy efficient, but fraught with scaling and corrosion issues. One sentence of Wisdom, "Never work with a technology that asks for a water temperature of >70 Deg. C", and you will not need service engineers" running around with google maps.