OK, been reading these educational postings for a while now, and just finished my first batch of silver; about 3 quarts. I will have more production as better containers become available.
Setup is: 1. 1quart glass pickle jar for "process". 2. 24 volt DC adapter, cost $ 5.00 at Tulsa flea market 3. 2 alligator clips, $ .85 from eBay 4. 1 gallon jug for storage, $6.95 at flea market 5. 1 spring loaded Speaker clip from eBay 6. 2 six inch pieces .9999 silver wire, $ 12.80 7. 1 "Lubber" TDS meter, $ 9.95 The meter tells me the resultant water is 7 ppm, it is clear. Made the silver in three batches of various quantity, time 1.45 to 2.0 hours. Costs for shipping not included. Hope this doesn't bore all you experts. Thanks for all the excellent posts. I also picked up a 24 volt AC adapter. Anyone ever tried this? Sent from my iPad > On Oct 30, 2014, at 7:56 AM, Dee <[email protected]> wrote: > > This sort of knowledge never ceases to amaze me! dee > > Sent from my iPad > >> On 30 Oct 2014, at 11:09, Ode Coyote <[email protected]> wrote: >> >> AC frequency is key here as voltage controls ion velocity and you want that >> ion to get far enough away from the emitting electrode that it doesn't just >> get sucked back on when the polarity reverses. >> You also don't want them to move so fast as to make it to the other >> electrode and get stuck there. >> >> >> To do that at 60 Hz [60 cycles per second] takes over 1,000 >> volts...typically between 1,000 and 5,000 volts [instant death to the >> careless] >> >> For low voltage generators, 10 to 30 cycles per HOUR. >> ..not an easy thing to accomplish. >> >> Voltage is nearly irrelevant. >> Current density is key. [amperage per square inch of electrode surface] >> e=i/r [Current=Voltage/Resistance] >> >> Optimal max: ~ 1 mA per square inch >> >> "Particles" are non conductive and form faster and bigger when ions are in >> high concentration, super saturating the water in localized areas. >> Avoid high concentration zones, especially at the surface of the electrodes >> [Nernst Diffusion Layer] where even vigorous stirring will not affect it. >> >> " Agglomeration" >> Since "particles" are only held apart by a very weak Vanderwaals force, high >> velocity collisions will make bigguns outa littleuns...so don't stir too >> fast or input thermal kinetic energy at too high a level. >> The more "particles" per cubic inch, the more likely a collision. >> >> Ode >> >>> On 10/29/2014 6:10 PM, Bill Highland wrote: >>> HELP!!!! I am attempting to make my own “Nano particle colloidal silver >>> generator” for my own personal use. I have COPD (emphysema, & asthmatic >>> bronchitis) and wish to live another day...I have four choices of voltage >>> to make my own generator and would love for someone in the know to advise >>> me on a voltage choice.... constant voltage 9vdc 400 ma 3.6 watts......6vdc >>> 300 ma 1.8 watts.....9vdc 300 ma 2.7 watts and constant ac voltage 15v 360 >>> ma 5.4 watts.....can anyone advise me on selecting various powers as the >>> product begin to perk faster........I have heard that ac voltage makes for >>> a more even solution of particles, with fewer Ions...and the that the >>> amperage is better if kept low through out the process? What would be wrong >>> with starting with the highest and as the nano particles begin to >>> accumulate move to a lower voltage/ma, would that keep the particle in the >>> nano range? .....how about it? anyone?....thanks >> >> >> >> >> This email is free from viruses and malware because avast! Antivirus >> protection is active. >> >>
