power and operate a desalination plant 21 line 22 is the exit line or piping from the desalination plant 21 which delivers the brine 23 for re delivery by known means to the ocean or for concentration to salt both by known technologies as to the type of desalination plant that may be employed at box 21 of the figure it is known that r o or reverse osmosis is a power hungry procedure much power is needed to operate the high pressure pumps associated with this process if a stable back up source of power is not available to supplement the fuel cell heat and energy it is recommended that a distillation plant be employed this is because if there is only a little bit of power relatively speaking a little bit of potable water can be prepared and if a large source of power is available the plant can be run to its maximum capacity to provide a high yield of potable water one type of desalination plant one might consider is a plant that utilizes ozone capacitive deionization such a plant is disclosed and claimed in an application filed by inventor robert campbell of this application note the three output lines from the separator two are gas and the third is the water output line 19 is also the input line to the desalination plant 21 this pipeline 19 brings impure water from the gas separator 13 to the desalination plant 21.