10 Feb 2022 06:25:03
Whats in our water

{Ed032's Note - Thanks, p1.

FB as you know have banned me for not posting? all seems very strange but they still bombard me with spam and try and get my details.

I hazard a guess but is this a distilling video?

If someone would like to enlighten me and those that don't have a FB account as to the contents I will look for an alternate source video.

Having a distiller myself, it is disgusting what is left behind and I wouldn't like to know what it all is I am just glad I am not drinking it, that is for sure.

 
10 Feb 2022 13:04:56
No its an isotope in water which cannot be broken down, regardless of filtration etc

{Ed032's Note - OK, thanks p1. There are some naturally occur isotopes I believe from a process in rain which are safe to drink and there are some like D2O (heavy water) made for the use in nuclear weapons which if you have looked at Galen Winsor's lectures he confesses to have swum in and drunk from a spent nuclear reactor pool.

I am sorry I don't have a FB account and ask so many questions but does the isotope mention have a name? I would like to look into it a bit more, thanks.

 
10 Feb 2022 15:13:38
Yeah its about heavy water ed

{Ed032's Note - Thank, p1.

Deuterium oxide or heavy water is apparently present in miniscule amounts in drinking water and at these levels it is not much threat. However, the nature of how deuterium oxide reacts in human/animal cells it would cause problems and disrupt mitosis, the type of cell division used to repair injuries and grow new cells. The mitotic spindles of cells containing too much heavy water simply aren’t able to equally divide a cell to form two identical new ones causing cell deformities.

If heavy water levels in drinking water reach 25% it can cause, usually permanent, sterilisation. Levels of 50% or higher will result in a horrible death which would appear similar to radiation poisoning.

Distillation removes 1ppm and a second run removes 2-3ppm so no significant reduction. It seems an incredibly difficult thing to remove from water and very expensive.

I have not seen your posted content but if the LE are filling water supplies with it then there isn't much we could do about it, but the amount of D2O needed would be massive and I do not see how they could produce the quantity needed as it would take a huge amount of electricity. This would, to me, seem like another attempt at the sterilisation agenda much like the possibility of the vaxxine doing this to the next generation. There's a happy thought eh.