I am not ignoring that, it is also vastly more contaminated than fresh water with microplastics and all the other grabage shipping companies and countries have been dumping into it for the better part of a century now.
I’m not saying it is impossible to do or not a potentially sensible option in certain places, I am saying it is not going to be cheaper than tap water anywhere.
This system uses a variant of distillation to desalination the water. This means that a good part of the filtration and purification process required to make most fresh water potable would no longer be necessary, so it could be cheaper than regular tap water, especially in places where the starting water just isn’t that great to begin with. It also is solar powered and looks like it could be pretty scalable, so it may be a viable option.
I’m not saying it is impossible to do or not a potentially sensible option in certain places, I am saying it is not going to be cheaper than tap water anywhere.
How does this work? If it’s a sensible option in certain places (those without access to tap water), how can tap water be cheaper? Why wouldn’t everybody just bring tap water to those places as well if it was cheaper?
It might still be more expensive but more resilient to other external factors such as embargoes, wars, whatever might influence delivery of other water sources. Cost isn’t the only factor to decide what technology or solution should be implemented.
I am not ignoring that, it is also vastly more contaminated than fresh water with microplastics and all the other grabage shipping companies and countries have been dumping into it for the better part of a century now.
I’m not saying it is impossible to do or not a potentially sensible option in certain places, I am saying it is not going to be cheaper than tap water anywhere.
This system uses a variant of distillation to desalination the water. This means that a good part of the filtration and purification process required to make most fresh water potable would no longer be necessary, so it could be cheaper than regular tap water, especially in places where the starting water just isn’t that great to begin with. It also is solar powered and looks like it could be pretty scalable, so it may be a viable option.
How does this work? If it’s a sensible option in certain places (those without access to tap water), how can tap water be cheaper? Why wouldn’t everybody just bring tap water to those places as well if it was cheaper?
It might still be more expensive but more resilient to other external factors such as embargoes, wars, whatever might influence delivery of other water sources. Cost isn’t the only factor to decide what technology or solution should be implemented.