Gold Recovery from reworked mercury Gold A=40mag.1increment=10 microns
treated sulphides (now see magnified pics) (above are several particles @ 10 microns)
Jennifer Partoon GOLD ROCKET(Pat. Applied)
THE PRICE IS A$2450
(plus freight, insurance
and GST if sold in Australia)
.......................................
.........................................................
ORDER
GOLD ROCKET
NOW
email
clean up those concentrates or go on site anywhere
- comes with own 12VDC pump
- just drop the hose into water, plug into 12vdc and your laughing - so much easier
to
mine for the fines & then run them through the Rocket - watch the GOLD
drop into
the clear "wick" neoprene tube.
I am excited to have developed an ultra gold recovery unit. The first pic is the complete
gold recovered from a few kilos of almost pure sulphides which was the waste from a
gravity gold plant.
After the ore passed from the ball mill, the slurry was then passed
over pulsating jigs. The sulphides and gold recovered was taken to the gold room and
treated in a cement mixer with a cup of
mercury added along with a little detergent and
nitric acid. After tumbling for two hours, the mercury with gold now amalgamated, was
then passed over a spiral gold wheel which separated the amalgam
from the spent
sulphides.
It was this spent sulphide supposedly now barren of any gold (if it didn't go into
amalgamation, then the gold wheel should have collected any free gold) that I decided
to work with. I have now
developed a unit which will bypass the amalgamating cement
mixer, the spiral gold wheel and the final retort of mercury to recover the gold.
The first pic is the total tail of gold recovered- it is all gold, or it is some quartz with gold
attached which lifted the specific gravity above the SG of sulphides (about 5.5).
I worked the microscope from the left where the gold is the finest and can be measured
down to 10 microns. I chose points A,B,C,D,E &F and took two pics at each point - one
at 6.4 mag and
one at 40 magnification. If you look very closely at each pair of photos
you will see the same pin point specimens of gold at each magnification.
For those who may not know, 1000 microns = 1 millimetre, OR, 25400 microns = 1 inch.
Gold Recovery from reworked
mercury Gold A=40mag.1increment=10 microns
treated sulphides (now see magnified pics) (above are several particles @ 10 microns)
Gold B=6.4mag.1 increment = 63
microns
Gold C=6.4mag.1 increment = 63 microns
Recovery 046
Recovery 046
Gold C=40mag.1increment=10 microns
Gold D=6.4mag.1 increment = 63 microns
Recovery 046
Gold D=40mag.1increment=10 microns
Gold E=6.4mag.1 increment = 63 microns
Recovery 046
Gold E=40mag.1increment=10 microns
Gold F=6.4mag.1 increment = 63 microns
Recovery 046
Gold F=40mag.1increment=10 microns
AND STILL MORE TEST RESULTS
The following picture:-
Gold recovered from heavy black sand - a small dress making pin with a small head
was placed to give you an idea of the gold size. You can see white quartz with just
tick of gold to the right of the head, just enough extra weight to help with the
capture
- you can see a small red garnet above the head. Image was taken with a NIKON
Cool Pix 5400, standard subdued daylight, no flash. There was more gold, but the
central section was cropped out to reduce image size. A prospector dropped off some
cons for me to run a test with the Gold Rocket.
Now get a real understanding of the gold particle size - the following pic has the
original pin attached to a digital print - some of the smaller gold you would find
difficult to see. I did this as
some people thought the pin in the above shot was
a NAIL. Note the very small red GARNET just above the head of the pin.
FINALLY, AFTER NEARLY 3 YEARS OF PLAYING WITH PVC PLUMBING PIPE TO ACHIEVE A
CONTINUOUS FEED FINE GOLD RECOVERY MACHINE, SUCCESS HAS ARRIVED. I PASSED
THE PLASTIC
DEVELOPMENT MODEL TO AN ENGINEERING COMPANY TO BUILD THE UNIT
IN ALUMINIUM AND HAVE IT FINISHED IN A THICK POWDER COAT.
ALL YOU NEED IS A 12V DC BATTERY AND
A SUPPLY OF GOLD BEARING ALLUVIAL SANDS,
CRUSHED GOLD ROCK BEARING FREE GOLD , GRAVITY MINE CONCENTRATES (YOU DON'T
NEED TO USE MERCURY), MAKE UP CONCENTRATES FROM THE FINES OF GOLD DUMPS,
FLOORS OF OLD MINES
AND I AM SURE YOU KNOW OF OTHER GOOD GOLD BEARING
MATERIALS, IF THE GOLD IS FREE, EVEN MICROSCOPIC, THE GOLD ROCKET WILL
RECOVER IT.
GOLD COLLECTING IN SOFT NEOPRENE TUBING AT BASE OF GOLD ROCKET
(SEE GOLD ROCKET
VIDEO ABOVE AND YOU WILL SEE THE TUBING.)
HOW FINE DO YOU WANT TO GO?
A LITTLE CLOSER TO THE POINT OF THE PIN
width of pin measures 500 microns or 30 mesh or .5mm or 0.01968 of an inch.
Q. In relation to the width of the pin, what size is the smallest particle of gold?
See comparative table below.
I WOULD RATHER HAVE A GOLD ROCKET
THAN A METAL DETECTOR
EMAIL
Testimonial from Texas
I enclose the copies of emails of a very satisfied GOLD ROCKET & ROTAPAN
customer.
from John
"David, would you mind if I used your experience as a testimonial? "
from David
"I have never said this to anyone before but definitely feel free to use my
endorsement of the GR."
----- Original Message -----
From: David and Nedra of TEXAS USA
Sent: Wednesday, September 29, 2004 12:37 AM
Subject: Re: Gold Rocket
"Picked up the rocket yesterday. I put it together as soon as I got home.
We are absolutely
thrilled with its performance. We ran material which in
the past has given us a very low
count of 30 mesh gold. We used to classify
the material, run it over the table, then clean up
the concentrates and
middlings by running them through a Blue Bowl. This was all very time
consuming especially since we have never seen a table which will run the
amount of material
advertised. I am assuming they run their tables under
the most perfect conditions."
"As stated before, we ran material which in the past has given us a very
small amount.
Using the Gold Rocket we have at least doubled our count.
This morning I ran 1/2 of a 5
gallon bucket of 20 mesh. We average about 3,
20 mesh pieces at this amount. Using the
Rocket we recovered 7 pieces plus
black sand with gold attached and micron visible
only under the 20x loop.
We cannot describe our pleasure that FINALLY someone
has sold us a product
which actually works as advertised. Using the rocket will actually
allow us
to make money off of a claim which was marginal at best.
Thank you, thank
you, thank you."
"The instructions were easy to follow. I did have to use a rubber mallet to
attach the legs
but I would rather have them fitting a bit too tight than
have them loose and wobbly
so no problem there."
"Thank you once again for a product which performs as advertised. By the
way,
we also purchased a Rotapan prior to our last trip to the claims. It
too is great and performed
exactly as advertised and allowed us to bring
back a larger amount of material by cutting
out the weight of so much of the
gangue that we used to bring home. Now we leave a lot
of the gangue out at
the claims where it belongs.
Thank you so much."
David and Nedra
----- Original Message -----
From: David and Nedra of TEXAS USA
Sent: Friday, October 01, 2004 2:22 PM
Subject: Re: Gold Rocket
"We are already talking about buying another gold rocket, however, we must
pay for the
first one before we go further. I will let you in a little
secret...when David and I
first saw your advertisement for the gold rocket
we knew we had found
exactly what we had been looking for. While we had the
usual reservations, we
knew in our hearts it was the right move to make. We
had not felt this sure
about other products."
Nedra
David and Nedra sent the following pics of GOLD they recovered using the
GOLD ROCKET
|
Particle Size Comparison Chart |
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|
Measurements |
Sieve (Screen) |
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|
Millimeters |
Microns (µ) |
Inches |
Mils |
U.S. Std. Sieve Designation* |
Tyler Std. Sieve |
|
0.0254 |
25.4 |
0.00100 |
1.00 |
- |
- |
|
0.0318 |
31.8 |
0.00125 |
1.25 |
- |
- |
|
0.0381 |
38.1 |
0.00150 |
1.50 |
38 µm (No. 400) |
400 mesh |
|
0.0445 |
44.5 |
0.00175 |
1.75 |
45 µm (No. 325) |
325 mesh |
|
0.0508 |
50.8 |
0.00200 |
2.00 |
- |
- |
|
0.0533 |
53.3 |
0.00210 |
2.10 |
53 µm (No. 270) |
270 mesh |
|
0.0635 |
63.5 |
0.00250 |
2.50 |
63 µm (No. 230) |
250 mesh |
|
0.0737 |
73.7 |
0.00290 |
2.90 |
75 µm (No. 200) |
200 mesh |
|
0.0762 |
76.2 |
0.00300 |
3.00 |
- |
- |
|
0.0889 |
88.9 |
0.00350 |
3.50 |
90 µm (No. 170) |
170 mesh |
|
0.1016 |
101.6 |
0.00400 |
4.00 |
- |
- |
|
0.1050 |
105.0 |
0.00413 |
4.13 |
106 µm (No. 140) |
150 mesh |
|
0.1250 |
125.0 |
0.00492 |
4.92 |
125 µm (No. 120) |
115 mesh |
|
0.1490 |
149.0 |
0.00587 |
5.87 |
150 µm (No. 100) |
100 mesh |
|
0.1770 |
177.0 |
0.00697 |
6.97 |
180 µm (No. 80) |
80 mesh |
|
0.2500 |
250.0 |
0.00984 |
9.84 |
250 µm (No. 60) |
60 mesh |
|
0.4200 |
420.0 |
0.01654 |
16.54 |
425 µm (No. 40) |
35 mesh |
|
0.8410 |
841.0 |
0.03311 |
33.11 |
850 µm (No. 20) |
20 mesh |
|
1.0000 |
1000.0 |
0.03937 |
39.37 |
1 mm (No. 18) |
16 mesh |