Look closely at the range of gold values they have recovered from
everyday computer scrap. Notice how some of it is essentially worthless?
Since some (many) of you loyal readers insist that you're going to make good
money recycling the millions of tons of PC scrap out there, despite my best
efforts to keep you solvent, let me tell you a little secret that I've
hinted at before. With SOME types of scrap, the refiners are going to cover
their costs by recovering the gold (which is what everybody recycles this
stuff for) but are going to make a profit on the OTHER contained metals.
This is especially true with stuff like IC's, MLCC's, many capacitors,
and so forth. When you obtain the book I review this month (if you're REALLY
interested in this area) you'll get an eye-opening view of some stuff
potentially worth refining, IF you can come up with adequate answers to the
questions I posed earlier, namely -how are you going to make a profit when
you sell your refined metals? Especially when you've got a few ounces of
Rhodium, and no will pay more than 50% of spot value for it, for example.
You have to essentially be getting these materials for FREE to justify
refining most of it yourself, in my experience. Although there may be SOME
exceptions to this, such as in medical radio-opaque devices like in
angiography and angioplasty use (catheters, guide wires, stents,marker
bands, etc., where PGM's are often electrodeposited in the surface of the
device), MOST of this material is very low-grade. It may be worth the time
and expense of refining it yourself if you've and adequate, ongoing supply
of it at an attractive price (as in FREE). Of course, you're working with
some of the most expensive metals on earth, which in itself is intriguing.
Read the following book review before committing to doing this. Just
remember, if you're going to play around with refining, especially the
Platinum Group Metals, you're going to need some very specialized
information and equipment. One book is not going to tell you everything you
need to know, nor will you find EVERYTHING you might want to know ANYWHERE.
Them who know ain't gonna tell all!
3. Book Review: Platinum Recycling Made Easy, by Megan Rose, ISBN applied
for, Penultimate Vision Portland, OR, 2002
If you peruse the back issues of "The Recycling Entrepreneur" you'll come
across a review I did a year ago of "Thrift Store Prospecting". Saying that
Megan was not thrilled by my review might be termed an understatement, since
I wasn't too positive in my critique. Lest you misinterpret this as
hostility or bitterness towards one another, such is not the case.
Actually, we’ve had very frank but friendly conversation for over half an
hour on the phone one day, along with her publisher. We are on a first name
basis and I consider an ally in many ways, since our goals are similar.
Where we DO differ is in the fact that Megan comes from a mining and
refining background, and I am a "junk man". Our methods and philosophies may
differ in some respects, but we both agree and teach that there is an
essentially unlimited amount of undervalued, underappreciated scrap material
out there waiting for the sharp entrepreneur to capitalize upon it.
It is from that standpoint that I have looked forward to receiving her
latest work: "Platinum Recycling Made Easy". From what I outlined above, you
might be thinking that I'm going to do another 'hatchet job' on this book.
Just to lay that idea to rest, let me say right up front that my biggest
gripe with this manual is the title! This is a big area where we part ways -
I do not believe in such as a thing as 'easy' refining of the PGM's.
Profitable? - possibly! Worthwhile? - under the circumstances I've
written, probably! Interesting? - definitely! But EASY? - not in my
(limited) experience!
That being said, I am not going to detail everything Megan writes about.
I am just going to tell you that she presents a very detailed, step-by-step
and methodical for recovering "white metals" from scrap. And really, there
is NO OTHER way to perform this work profitably except methodically, keeping
records of every scrap item you process and what you recover from it.
So, if this is an area you are interested in exploring, get a copy of
this book. The information and testing samples and techniques she includes
with each copy are worth the price alone. By the way, I bought my copy for
$60 on eBay, and that is where she is doing
her primary marketing. Search under "platinum scrap" to find her listing. I
do not receive any commission, over-ride, or profit-sharing for this
recommendation, and yes, I DID buy my own copy for my reference library.
4. Mystery Metals - What The Heck Is This and How Much Is It Worth?
Ok, you've been out beating the bushes for scrap when you're presented
with some material you're not familiar with. Sooner or later it's gonna
happen to you, so be prepared. What-ya-gonna-do? Maybe it's some weird film,
or some kind of wire or solder the business uses in their manufacturing
process. Perhaps it is a square of dental alloy or just a bunch of scrap
metal from a metal shop or manufacturing facility.
Once you get ahold of my new manual, this is likely to happen fairly
frequently. The first thing to do is try to find out what this metal is used
for. If you're talking to the business owner or his purchasing agent who
buys the stuff new, try to get a brand name, or the original packaging it
came in. If you can get this info, you're almost sure to be able to find its
constituents, and therefore the value. How? With the online software I'm
going to reveal to you in the new manual!
Secondly, our new discussion forum (full access to manual owners only)
will have an area devoted to the subject of "mystery metals" where we'll try
to help one another and draw upon one another's experience for this
Obviously, it might take some time before we reach 'critical mass' in this
area, but be sure to take advantage of this new resource.
If these resources aren't adequate to identify your mystery metal, try to
get a sample. This will obviously be more difficult if it is a precious
metal alloy and/or not easily divisible. Your results then will be dependent
upon the willingness of the seller to get top dollar for it With a sample,
you're going to first try to use your personal network of contacts in the
same business or industry as the one with the scrap you're trying to ID.
Show the sample to them and see if they can tell you what it is or what its
named. There are over 160,000 alloys with unique names,
and your metal might have one. The person(s) you ask will probably be
flattered that you asked. Still stumped? You might have to (last resort) pay
an analytical lab to test it. You should have a good idea first that the
total value of the metals will justify the expense of doing so. If it has
precious metal content it should be fairly easy and inexpensive to determine
its value with an assay. You just need to determine if its worth your time
and money to pay for this.
You should be able to pretty closely value it using the testing methods
in "High-Profit Recycling", or at least
narrow it down if it is not precious by utilizing the DoD file on the
CD-ROM. A magnet and spark test will tell you much. The full range of
chemicals necessary to test for various alloys is not too expensive if
you're serious about your business. There is nothing more impressive to a
seller than a buyer who can tell them what an unknown alloy is worth by
using some simple spot and spark testing.
One other, little-known resource is a full-service scrap yard in your
area that might have a electro-diagnostic tester on site. Try to find such a
facility in your area and establish a working relationship with them. One
hand washes the other and you might just convince them to run a free test or
two on your mystery metals occasionally!
5. Trivia Question - What is Elutriation?
This is a little-known gem to add to your vocabulary. In the 70's and
80's the Bureau of Mines did a lot of interesting research on the scrapping
of automobiles and the separation of the different components to maximize
the financial return for scrap yards.
One of the methods they looked into was separation by flotation –
literally putting the shredded scrap into various pools of liquids to
separate by density or specific gravity. This process is called elutriation
and is used commonly in the processing of metals and especially ores.
Coming next month - Something a little different! I am going to be
sending you an online survey after the first of the month, asking YOU what
you want me to write about. Next month's issue will consist of YOUR desires
and requests. I'm also going to give a valuable (get the hint?) incentive to
respond to the survey - I think you'll like it!
Be sure to get online and look at the new site next month. Sign up for
the discussion forum and participate! And, for heaven's sake, if you do not
yet have your copy of "High-Profit Recycling" get it before the end of
January, when the price goes up!