Re: Starfield Resources Provides Update On Hydrometallurgical Testing
posted on
Nov 23, 2009 04:48PM
The Company has three main projects: a PGE project in Montana's Stillwater District; a copper project in California's historic Moonlight Copper Mining District; and a nickel-copper-cobalt-PGE project in Ferguson Lake, Nunavut.
That is a good question, in your opinion would it be worth their while to check them out? If they are already getting 95%+ and can show it being continuous? I don't know too much about the system, just what I have picked up from the NR's but am worried or concerned that they have not gotten it to the next stage as promised quite some time ago.
Vienna, November 23rd 2009 Opening of Hydrometallurgical Laboratory SMS Siemag Process Technologies GmbH (formerly SMS Demag) is proud to announce the opening of its
Vienna Hydrometallurgical Laboratory
.
The state of the art laboratory is built around a
mini plant
which demonstrates the
continuous selective hydrolysis
of various metal chlorides in an arrangement consisting
of chloride brine preconcentrator, autoclave oxidizer, hydrolysis reactor, oxide separator, closed loop process heat recuperators and acid distillation column. The mini plant is equipped with a rich set of sensors and data logging devices. It is fully automated via industrial scale PLC and SCADA systems. SMS Siemag will utilize the laboratory to further develop its
hydrothermal acid
regeneration technology
. This technology, which is currently being installed at worldʼ
s
largest single strand hydrochloric acid regeneration facility at ThyssenKrupp
ʼ
s new Calvert,
Alabama works as a worldwide first, yields several significant advantages over conventional acid regeneration technologies. It consumes less energy, does not produce any gaseous emissions and can be heated with various low temperature process waste heat sources from steel mills or metal processing facilities.
SMS Siemag Process Technologies GmbH
Daffingerstrasse 4/4
1030 Vienna
Austria
The technology can be also be applied for iron control and selective metal precipitation in
the non-ferrous metals industries, especially in hydrometallurgical
Nickel/Cobalt
,
Titanium
and Aluminum
ore processing, which is gaining increasing attention and will be
a fundamental part of future clean and energy saving metal winning approaches. “Despite the current economical slowdown we have invested a significant amount of money in our new laboratory.”, Herbert Weissenbaeck and Horst Krenn, SMS Siemag Process Technologies
ʼ
managing directors said at the occasion of mini plant start up
ceremony. “We strongly believe in the fact that the leading expertise gained from operating our own in-house mini plant will add a lot of value to what we can offer our future clients and therefore substantially strengthen our competitivity. This investment will certainly pay off.” The new hydrometallurgical laboratory will be utilized for in-house R&D as well as for collaborative R&D projects and contract research, where SMS Siemag and interested partners from various metals industries work together on the development of next generation metal extraction technologies. “The technical complexity attached to the continuous processing and transportation of highly concentrated electrolyte solutions containing abrasive solids at boiling temperature is not to be underestimated. Fine tuning of process parameters at a suitable mini plant avoids cost explosions during the large scale implementation phase of a hydromet project where corrosion, clogging and abrasion are the key enemies of process availability and economics.”, stated Dieter Vogl, SMS Siemag Process Technologies
ʼ
head of process
engineering. Contacts:
SMS Siemag Process Technologies GmbH
Mr. Dieter Vogl, Head of Process Engineering
dieter.vogl@sms-siemag.at
Dr. Matthias Bartel
Project Engineer / Process Engineering
matthias.bartel@sms-siemag.at
SMS Siemag Process Technologies GmbH
Daffingerstrasse 4/4
1030 Vienna
Austria