Thanks, Mike.  This is all really interesting. 

Through Internet correspondence I know  a researcher named Dr. Steven E. Jones, 
formerly a university physics professor.  (He lost his employment due to his 
"controversial" research pertaining to the physics and chemistry  of 11 
September, 2001.)   Dr. Jones  has many interests, one of which is a low-cost 
solar stove he developed with his university students.   Here's one link.  
There are others: 

http://peswiki.com/index.php/OS:Steven_E._Jones_Solar_Funnel_for_Cooking

I studied his design once,  and it seemed to me that even people in poor 
countries could make these at minimal cost.   I mentioned the idea of using the 
stove as a still for making distilled water for silver generators.   (I believe 
his former university has several researchers working in that area.) 

These stoves could certainly be shared by many members of a community, given 
the low water requirements of your design.   Dr. Jone's design is all public 
domain, as is other recent work on new electronic circuits that reportedly 
drain very, very little  energy from batteries -- a claim that is certain to be 
challenged, and the basis of which he admittedly does NOT understand.   
Everything about the circuit is  disclosed on one of his websites -- I think 
he's on YouTube also -- for the same reasons you're doing public disclosure -- 
to prevent IP problems and keep the technology available to everyone. 

There are a number of other solar stoves, of course, but Jone's looks really 
simple and fairly safe.  (I saw a video of a mirror-based solar concentrator 
built by some young guy who was cutting thick boards in half with it.  That 
could boil water fast, but also take off body parts!)  

Thanks again for your work.  Hope this helps. 


   






On 2011/09/14, at 10:06, Mike Monett wrote:

>  "Jonathan B. Britten" <[email protected]> wrote:
> 
>> Any success in creating a very simple, very low-cost  system would
>> be of great value worldwide, especially if the current  high price
>> of sliver  (probably speculative) passes away and  the  metal goes
>> back to under ten dollars per ounce.
> 
>> SOTA Instruments once sold a relatively  low-cost pulser/generator
>> but discontinued  it  due   to   some   problems  with  the sealed
>> electronic enclosure.  Even  this  device  was  about  50 dollars,
>> pricing it  out of the market of people who need it most,  some of
>> whom live in a dollar or two per day.
> 
>> Mike's idea  of  putting   everything   in  the  public  domain is
>> wonderful, because  it  would   enable  volunteer  groups  in many
>> countries to  assemble  inexpensive units to sell  at  costs local
>> people in  many countries could handle. Because many  are  in "the
>> global south," as they say, a cheap solar chip could supplement or
>> replace the 9V battery. This has great potential.
> 
>> Some researchers have made inexpensive "solar still"  designs, and
>> if links to these were published along with the other information,
>> it would be helpful.
> 
>  Hi Jonathan,
> 
>  Good to hear from you again!
> 
>  One significant  advantage  of the SilverCell process is  it  uses a
>  minimum of  the consumables. The silver electrodes are  short length
>  of 12 ga 0.999 fine silver, and they will last a long time.
> 
>  Due to  the use of sublingual absorption, only a small amount  of cs
>  is used for each dose. Instead of 250ml, only about 50 ml is used.
> 
>  The cs is not ingested, but is expelled after about 12 minutes.
> 
>  So the  requirement  for distilled water is only 20%  of  the amount
>  needed in conventional cs systems.
> 
>  The current  requirement  is  very low. I calculate  that  a  9 Volt
>  alkaline should  last for about 110 brews of 400ml each.  This works
>  out to  around 2 years for one person, and it breaks down to  a very
>  small cost per dose.
> 
>  Also, the  SilverCell can use discarded batteries that are  too weak
>  to drive boom boxes. There is a plentiful supply of these,  so there
>  should be no problem getting batteries to make cs.
> 
>  The main problem will be getting good quality distilled water.
> 
>  Perhaps we  could  develop a solar still that might  deliver  a high
>  enough quality to work.
> 
>  After all, what does a distiller need? Heat.
> 
>  What does the sun give?
> 
>  Heat.
> 
>  Maybe a  simple  mirror to focus the energy, and  some  low leaching
>  materials to conduct the water and vapor as required.
> 
>  If you  have  any information on people who  may  have  already done
>  this, please let me know.
> 
>  Best Regards,
> 
>  Mike Monett
>  SilverCell
> 
> 
> --
> The Silver List is a moderated forum for discussing Colloidal Silver.
>  Rules and Instructions: http://www.silverlist.org
> 
> Unsubscribe:
>  <mailto:[email protected]?subject=unsubscribe>
> Archives: 
>  http://www.mail-archive.com/[email protected]/maillist.html
> 
> Off-Topic discussions: <mailto:[email protected]>
> List Owner: Mike Devour <mailto:[email protected]>
> 
>