Hi.......I had the same problem at one time.........you can fix the problem two different ways. 1. Make better cs by using a stirrer during the process or brew for a shorter amount of time 2. Make your cs ahead of time and let it age at least 7 days before adding the h2o2. Over time the particles break up and the peroxide won't make the water cloudy at all. I spent alot of time studying this and either of these 2 things will work......Robb Harmony4life www.highpowermagneticpulser.com ----- Original Message ----- From: "Mike Monett" <[email protected]> To: <[email protected]> Sent: Sunday, November 07, 2004 6:22 AM Subject: Re: CS>H202, CS and cloudiness
> CS>H202, CS and cloudiness > From: fredsus1 > Date: Sat, 6 Nov 2004 21:12:47 > > > I posted this on another list so sorry if this is redundant to > > those who are on multiple lists. > > > I have a Silverpuppy gen. and I have been adding 32 drops of H202 > > to each quart (32 oz) and the resulting brew is somewhat > > milky/cloudy/clear if that makes sense. I have tried adding more > > H202 but the results are the same. Someone suggested that means > > the silver particles I am making are inordinately LARGE and > > therefore..not very effective. ACK. Is this the case? From what I > > know, the Silverpuppy is supposed to make as good CS as anything > > else. > > > Another note. Up until a week ago, I was using the inverted funnel > > that comes with the Silverpuppy, which makes higher PPM per quart. > > The hue would be the slightest yellow. The quart jar I brewed the > > CS in was ONLY used for that express purpose and wasn't touched > > with anything else, and the inside of the jar and the inverted > > funnel became pretty yellow, LOL. > > > Note: I do not add the H202 in the jar that I brew the CS in, only > > to the jar that I store it in. > > > Any comments? > > > Susie > > Hi Susie, > > I ran into a similar problem last year. It turned out the WalMart dw > suddenly changed and was producing a very hard coat on the anode. > The coating was removed by switching electrodes to make it the > cathode, but the new anode now became coated with the same material. > It was very black, very hard, and scraping or adding H2O2 would not > remove it. I contacted the manufacturer, who was very helpful but > could not find any reason for the change. > > Adding H2O2 to the resulting cs produced a brilliant yellow flash > that instantly turned white. It took a great deal of H2O2 to turn > the solution clear, but it was not intended for drinking. > > I found a different brand of dw that didn't do this, but it took 7 > or 8 passes, swapping the electrodes each time, to clean off both > electrodes and start producing normal cs. > > I did an experiment later that traced the flow of silver ions while > the brew was in progress. This used ordinary salt to produce silver > chloride: > > Re: CS> Making Ions Visible > http://escribe.com/health/thesilverlist/m61527.html > > At the end of the experiment, the anode was coated with the same > hard material as before, and it took a long time to remove it by > swapping electrodes. > > Due to the similarities in the coating and the reaction with H2O2, > it may be possible that the hard anode coat was some form of > chlorine that somehow got past the distillation process. Some > municipalities add extra chlorine to the drinking water at the start > of summer to reduce bacteria contamination. And that's about the > time my problems started:) > > So if your anode has a hard black coat that won't scrape off, maybe > try different brands of dw, but be prepared for a difficult time > removing the coating. > > Best Wishes, > > Mike Monett > > > -- > The Silver List is a moderated forum for discussing Colloidal Silver. > > Instructions for unsubscribing are posted at: http://silverlist.org > > To post, address your message to: [email protected] > Silver List archive: http://escribe.com/health/thesilverlist/index.html > > Address Off-Topic messages to: [email protected] > OT Archive: http://escribe.com/health/silverofftopiclist/index.html > > List maintainer: Mike Devour <[email protected]> >
