Let me ask a few dumb questions here.
Remember I'm no rocket scientist.
I take it the fumes you are speaking of come from AR. I was having a discussion about this with i think it was GSP a while back. I don't understand the need for the fans. I mean i do, but i don't. Fumes have to go somewhere, but my point is why do you need a fan if the fumes you are releasing are neutralized. I guess it makes sense though, because even some of the fumes will still have toxins in them with a semi - professional scrubber system. ( no pun intended)
My question really is not about your set up though. It's more or less about the one on the 10,000 Afftech refiner. The rest of you will know this about me, I'm into this gold dust thing right now. And like i said i understand the principles of all this. I guess what I'm trying to say is if the system
( scrubber ) on the afftech unit can perform the way it does. Then why can't it be make to work in another configuration.
Hell it seems simple.
Just some clear poly carb tubes with chemicals and a vacuum system to draw vapor Thur. No actual moving pumps . Just vacuum.
Somebody tear this subject apart for me. Point out the pros's and cons.
If it works for this why can't it be improvised to work here.
Thanks,
Ralph :?: :?: :?:
Note the valves on the line to prevent feed back between the tubes
PRINCIPLE OF OPERATIONS
1. Alloy is loaded into the Glass Reactor ( alloy must be in soft grains format ).
2. Vacuum is generated inside the Glass Reactor by Fumes / Vacuum Pump : two ways valve
connects Pump to Scrubbers, loading valve ( EVL ) is closed (ON condition), silver filtration
valve (SF) is closed (OFF condition).
3. Acids are slowly loaded into the Glass Reactor thru pinch valves, the Glass reactor is
heated by I/R Ceramic heating plates.
4. Fumes generated by the reaction are collected thru glass spiral refrigerator ( water-cooled ) and
washed into the six sequential Scrubbers ( Scrubber 1 to Scrubber 6 ) for neutralization.
5. When needed during the refining process and at the end of the reaction, Glass Reactor is
strongly air-cooled by three Fans : at process end, water is loaded into the Glass Reactor thru
H2O valve.
Note : Adequate cooling and water quantity are needed to warrant final gold purity.
6. Glass Reactor is back to atmospheric pressure by opening EVL.
7. Vacuum is generated inside Gold Container by Pump : twoways valve connects now Pump to
Gold Container, silver filtration valve ( SF ) is open, filter valve ( EVF ) is closed.
8. Liquid is filtered from glass Reactor to Gold Container thru Silver Filter where AgCl powder is
fully captured. The liquid, cleaned from AgCl, is transferred into Gold Container and becomes
in contact with gold precipitant ( Gold Reagent ) previously loaded into Gold Container. The
gold precipitate under pure gold powder form inside the
Well that sucks. Still havent figured the picture thing out yet. lol
Just look at the manual and see.
Ralph
Scrubbers on Afftech http://www.afftech-refiners.com/English/The%20method_files/Afftech%2010000PC%20video%20rid.wmv