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:agree:I actually bought the Katadyn Pocket filter too, but have not used it yet. The Lifesaver products actually have a better filter than the Katadyn and don't require iodine or additional processing to make safe for drinking.
Katadyn Ceramic
Ceramic filters have a micro porous structure with impregnated silver which delays the growth of bacteria. The pore size of Katadyn ceramic filters is 0.2 micron (0.0002 mm). Bacteria range in size from 0.2 to 5 micron and like protozoa (1 – 15 micron), are efficiently filtered out. Ceramic filters can be mechanically regenerated and the filter capacity is measurable.
LifeSaver:
The bottle's interchangeable filter can purify between 4,000 and 6,000 litres (1,050 to 1,585 gallons).[2] It filters out objects bigger than 15 nanometres—including viruses, bacteria, and heavy metals.[3][4] The carbon filter does not require chemicals.[4] The process of filtering the water takes 20 seconds, allowing for 0.71 litres (1.5 pints) of water to be filtered.[4] Once a filter has reached its limit, it will not allow contaminated water to be drunk.[4] The Livesaver bottle has been used by soldiers for drinking water as well as cleaning wounds.[2][3][4]
To filter the water, one puts contaminated water in the back of the bottle, then screws the lid on. The lid has a built in pump which is operated manually with a hand, the pumping action forces the contaminated water through the nano-filter and safe drinking water collects in another chamber in the bottle. The drinker then opens the top of the bottle from which safe drinking water comes out.
A much larger version of the Lifesaver bottle, called the Lifesaver Jerrycan, has the same filtering technology. The can allows for the filtration of 10,000 to 20,000 litres (2,650 to 5,300 gallons).[7] One jerrycan filter can provide water for four people over a three-year span
Fyi - lexan is a Tm trade name for polycarbonate. Plexiglas is the same for acrylic.
Like "pyrex" means "borosilicate glass" - but only Corning can call it Pyrex, Kimble has to call it K-33. Neither plastic has any plasticizer added at manufacture, but some of the catalyst that makes the monomer polymerize might be left, along with whatever mold release agent. Clean before using!
No matter what - I'd ditch the first few batches if that worried me. The nose is pretty good at detecting that kind of thing.
RB2,
Here in Florida, we do not have the luxury of gravity
I can save a grand if I do the midnight express deal,
My understanding is that rainwater is not ideal for us to drink as it is 'immature' and seeking metal salts that it will strip from the salts in our body.
Distilled water is actually dangerous for us to drink except for short term detox.
The best water is water that has completed its cycle through the ground, picked up the salts it seeks and breaks the surface as a spring. The higher the spring breaks, the better it is for us apparently.
Water from a high mountain spring sounds good and is good for this reason.
Agree that cancer is often triggered by worry /stress, plenty of evidence for this and plenty of evidence for healing cancer with the opposite, with positive thought.
Stopped using big pharma years ago and the more I read the more convinced I become that we fix ourselves, although massive doses of radiation and very high g forces remain outside this approach.
...
Now researchers from the University of Texas at Austin and the University of Marburg in Germany have developed a “water chip” that creates a small electrical field that separates salt from seawater. The technology, which is still under development and works at the nano scale, uses so little energy it can run off a store-bought battery!
The researchers apply a 3.0 volt electrical charge to the plastic water chip, which has a microchannel with two branches. By creating an “ion depletion zone” with an embedded electrode that neutralizes chloride ions, they are able to redirect the salts in the water down one channel, while the fresh water goes down another.
“Like a troll at the foot of the bridge, the ion depletion zone prevents salt from passing through, resulting in the production of freshwater,” the team wrote in a recent press release.
Less energy-intensive than current desalination plants, the water chip doesn’t rely on a membrane, and can be made portable so that just about anybody living near the sea can purify their own water at home.
Currently the technology purifies just one nanoliter at a time and only has a 25% efficiency rate, but the team is confident that their proof of concept can be first improved and then scaled up.
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