From Tap to Pure: The Art of Distilling Water! 0-ppm!
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- เผยแพร่เมื่อ 27 ก.ย. 2024
- Tips on getting “0 parts per million” distilled water from your distiller. Pre-filtering the water in your distiller. Removing VOCs (Volatile organic compounds) and SOCs (Synthetic organic compounds) from your distilled water. Setting a distiller time so you do not boil away all the water, for better quality and longer life out of your distiller.
Here is an example of an electric timer I use for my distiller to turn it off and on. I set the switches for 4.5 hours. Turn the dial to when it starts. then let it run. It will turn off the water. You can also use those wifi switches like from TP link/ KASA and use your phone app to set a timer to turn it off:
Mechanical Timer: amzn.to/3oZwY9n
Kasa Smart Plug Wifi Timer: amzn.to/3X46Wy6
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Video Links:
• Using RO water for your Distiller. Do you need the carbon filter in your distiller: • RO water for your Dist...
Amazon Affiliate Links, Products shown in this video, (commission paid links):
• ZeroWater Pitcher on Amazon: amzn.to/3BARy1X
• RO Water Unit on Amazon: amzn.to/3dDAy3g
• Distilled Water Maker on Amazon: amzn.to/3UtUCFQ
• Carbon Filter Pitcher on Amazon: amzn.to/3r1gScI
• Brita Water Filter: amzn.to/3HQ1zvv
• TDS Meter: amzn.to/3oBvnq0
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Great information very helpful thank you 🙏🏾
Glad it was helpful!
Do any of the filters, or distiller remove floride
The distiller shown in this video may not remove fluoride. Fluoride can turn into a gas and pass through the distillation process of these low end distillers. Commercial distillation companies use a more complex process to ensure everything is removed. But then with commercial distilled water you do not really know the condition of that water, as far as how long has it been on the shelf and the overall quality of that water.
The zero pitcher says it will remove 95% fluoride as do other filters of this type. The Britta long last filter however has been tested by the NSF and verified that it did remove fluoride. I'm sure some of these other filters will be tested in the future for their ability to filter what they say they do. Until that happens we have to take their word for it.
@@AlchemyWizardI have a zero filter as well but the filters were expensive and not reliable. Sometimes it would work for weeks and others for days to a week. That’s why I got a distiller. I’ll try that first thank you.
I have the same one as you do. I keep getting 4 ppm that’s why I came to find out what going on. This video is very helpful! Thank you.
@@teeciewalk I find that the zero filter replacements are expensive. The lower the water quality of the water going in shortens the life on them. Distillation is certainly the way to go for the most pure water.
@@AlchemyWizard I totally agree that’s why I stopped. They were very expensive and inconsistent in how long each lasted. I have a question can you use Sole (redmans real salt) to remineralize distilled water? I just made my first drinking batch yesterday I used pre filter water and got it to zero ppm
@@teeciewalk Yes Sole Redmans sea salt will be fine. Any seasalt will work, some have more minerals in them than others. It is what you prefer.
Can you please explain why the distilled water will often taste like metal?
Now I understand I should drink distilled water after watching your last video but I am just being curious.
Check out my video on re-mineralizing distilled water. it will be healthier for you than drinking just distilled water. [th-cam.com/video/ep03cswkZ80/w-d-xo.html]
Did you test the output water with a TDS meter? Was it zero parts per million? If not. Distill the water again. If after two or three times the water still comes up higher than 0 ppm or still has a taste, then it's possible that the metal tubing in the cooling ring of the distiller has become contaminated. It may have to be cleaned with vinegar.
Well I guess you answered that question at the end of the video with the fact that it's over cooking the minerals letting them through the vapor and back into the purified water.
@@PhuketMyMac Yep, that will do it. Use a timer. I cook mine for 3.5 hours, standard gallon unit. It leaves about an inch of water in there. you may have to clean it though if you got alot of burnt on sediment on the inside from overcooking.
One further question, is there any issue with using distilled water to make carbonated water? Or does it work better than ordinary water for carbonator (eg Sodastream)?
You should have no problem using distilled water with a carbonator. However I would suggest you re-mineralize the distilled water to make it healthier to drink. Here is a video on re-mineralizing distilled water: th-cam.com/video/ep03cswkZ80/w-d-xo.html
@@AlchemyWizard thanks so much for your reply and video. Do you need to use corn syrup as part of the stock solution for NaCl or is it just made of salt and distilled water? If you need to add the corn syrup, why?
@@v4vendetta659 The corn syrup is used when making LVDC Gold. It stabilizes the colloidal nanoparticles so they last longer and cook to a higher density. Without the corn syrup the ruby red gold colloidal content may only last a month. the colloidal yield will be weak and you will only have mostly ionic gold.
A few questions, thanks to your videos. Is there any value in double distilling, will it remove all the particles to get 0ppm? Why use vinegar and not eg citric acid instead? Can the vinegar damage the steel drum or chemically interact with it adversely? Does it matter what the pH is on the water to be distilled? What abou putting the distilled water through the zero filter or does the active carbon affect the ppm of the distilled water? Would a glass distiller be better than the steel distillers Easier to clean? Many thanks if you have time to answer these questions.
Good questions:
If your water is heavy in minerals you may have to distill it twice to get 0-ppm water. If you are doing plasma arc you will need 0-ppm water for it to work. LVDC colloidal will work with up to 8-ppm. You may have problems with gold however using 8-ppm and not get ruby red.
You can avoid having to clean the distiller by using a timer and having it turn off 20 min before it completes. For mine that is about 3.5 hours. If you stop the process before the minerals bind to the bottom of the distiller you will not have to clean it. And you will get better distilled water as it is possible for the minerals to vaporize and wind up in your distilled water.
I use vinegar, but perhaps citric acid would work as well. Malic acid is a stronger acid that may be better to use than citric acid if you do not want to use vinegar. I have not tested either.
If they sell glass distillers I suppose that be easier to clean, but if you do what I said earlier, there will be no need to clean it at all. The minerals will never burn into the metal.
I've distilled water then put it through a zero filter and it contaminated the distilled water. It still read 0-ppm but the plasma arc would not form. That tells me the zero filter changed the water. You could put the water through zero filter first then distill that water to get a cleaner distilled water, if your water is heavy in minerals. I put RO water in my distiller which is 8-ppm. The distiller then gives me 0-ppm out.
@HermesWisdomsdoor appreciate your reply and videos, such good information clearly explained. Keep up the good work! Thanks
@@v4vendetta659 Glad to help and share the knowledge.
Hi, Hermes! I am still learning and learning. I believe I understood why the TDS meter can not measure accurately the PPM in the colloidals. But is it accurate in measuring the water? TDS meters have generally one more function - measuring the conductivity. I saw in a description in Amazon (it was about electrolyser for making colloidals) that TDS meter can work well for measuring the conductivity in the colloidal liquid and could be an indicator of the amount of PPM. One more question about conductivity. My Colloidmaster measures the conductivity and then calculates according to the Faraday law the quantity of PPM for the different metals, that should be produced. When it starts, I enter the name of the metal, the quantity of the water and the needed voltage and ampers. On this basis the Colloidmaster calculates how many PPM it SHOULD produce in this quantity of water with this metal, voltage and ampers, this conductivity of the water. I mean it is a calculation, not a real measuring of PPM. I sent you recently the user's manual, there it is explained. But lately the Colloidmaster shows high conductivity of my distilled water, around 22-25 microsiemens. My TDS meter shows 0 PPM and 0 ms. It was not like that in the beginning, whan I started to use the Colloidmaster - it was showing conductivity around 5 or 6 to 9 microsiemens. I mean if the measure of the conductivity is wrong, the calculation of PPM will be also wrong. Of course I asked the seller, he told me 22 ms/cm is normal for distilled water, but in other sources in internet I have found that normal conductivity of distilled water is 0.5 to 3 ms/cm. I wrote to the manufacturer also and I am waiting for his response. I decided to share this problem also here, so more people could read it.
Correct, TDS meters measure conductivity and not colloidal concentrations. They measure the total dissolved solids and conductivity of the water. Colloidal particles are suspended in the water. They have a kind of force field around them that prevents them from binding with the water and becoming ions. However in the case of simple metals that you may cook, where you do not put anything in there but water, you can estimate roughly what colloidal content you may have. The colloidal metals even though they are not part of the water will raise the conductivity of the solution, because well basically you got pieces of metal floating in there. However conductivity can not distinguish between an ionic metal from a colloidal metal, so the exact colloidal concentration can be more or less than what you may calculate through conductivity.
Using a green or red laser is the best way to actually see how much colloidal particles you have in there. A faint red laser line that you can barely see is about 10ppm. A strong clearly seen red laser beam would be closer to 15 to 20ppm. A bright red laser that actually seems to fatten as it passes through is probably over 40 to 60ppm. Green lasers are more visible so the values above are only for red laser.
It's kind of cool that the Colloidmaster tries to help you determine the concentration of the colloidal particles, and even control the process, but I would not trust it implicitly. Learn to use the laser and determine the various concentrations using the laser brightness. Then you can roughly apply this to other colloidal metals, like copper, zinc, etc. With silver this is real easy. A very light brown colored liquid would be 18ppm, and have a visible beam. 24ppm would be a darker much more noticeable brown and have a stronger beam. 10 to 12ppm silver will be clear, but will show a faint red laser line in the liquid.
My distilled water comes in at 0ppm, 14 Microsiemens per centimeter (μS/cm), usually. However these distillers are high rate distillers and not lab quality ones. So the conductivity of distilled water can vary from batch to batch. The reason is they are not perfect in creating absolute lab quality distilled water. Variances in mineral content of the input source water being higher or lower can effect the final Microsiemens. Basically you have more or less very small amounts of trace minerals in there ppb (parts per billion). Not enough to move the ppm meter but enough to show that it's there. Tap water mineral content can vary from day to day even from season to season, depending on the rainfall and water levels of wherever the water sources from.
Great question!
@@AlchemyWizard Thank you! I have red laser and it has the last word about PPM in my colloidals. I will buy also green laser. Yesterday I made distilled water, first filtered and the CM showed conductivity 17 ms. I am afraid it is my fault that CM showes higher rates in microsiemens. It changed after I tried to use with warmed water with salt, citrate and corn sirup inside as per your receipt. Of course I used cables for the electrodes, I didn't put the CM itself on the beaker, but it seems that from this moment the CM started showing higher rates of conductivity, whatever metal I use.
@@tedimaya could just be coincidence. However 17ms is still good number. Are you measuring the microsiemens in the beaker before you start or straight from the distilled water collector? Have you tried cleaning the beaker real well with a good scrubber and distilled water that you've made. It's possible some residual is left on the glass. 14, 17, 24ms we're talking parts per billion. It should not have any negative effect on your colloidal making.
@@AlchemyWizard Thank you, Hermes. The beaker is well cleaned with distilled water. The CM starts measuring the conductivity when it starts working. If you say this is good rate, OK. But I am sure, in the begining it was showing lower rates.