Mass Extraction? (A/P ~ Aqua-R)
Background: Stripped down, and capacitors removed/still attached. How ever it may have to happen. SWIM has proper waste disposal nearby and a couple ton's worth of electronics, mainly industrial network gear/computers/monitors/CB radios/ Car amplifiers/ automotive electrical eq / battery chargers, ect....
SWIM knows it's recommended to remove all ferromagnetic materials and to remove solder through NaOH solution. SWIM knows capacitors have fluids in them but do not know in depth the content and the reaction that it may have. SWIM is talking of using the following solutions: (but am open to other cost effective methods.) HCL/HP solution / Nitric Acid solution (and obviously an Aqua-R solution if needed)
Question:
On a scale of approx. the volume of a 5 gallon bucket, to a 55 gallon (non-metallic) drum, How would SWIY go about efficiently extracting and precipitating individual metals on a large scale.
A) What would be the steps needed for maximum yield, and most importantly the safety measures required for on the spot problem solving / handling
B) How does SWIY go about precipitating individual metals out of each solution. HCL/HP is the reverse of Nitric-A in terms of silver and better. But SWIM only knows more about the safety than producing efficient results.
Side question: Is there a spectrum of chemicals used to determine elemental content of metals? SWIM knows only of gold/silver testing, but as MRI and Mass Spectrometers are a bit out of SWIM's price range, it sure is helpful with the way some elements react a bit extreme when dropped too fast.
Thank-you for your time in this matter, and SWIM greatly appreciate any knowledge you may have on this situation. Please refrain from the comments involving "Don't do it, (insert bunch of information on why, instead of on how to do a bad idea ideally)