CO₂ saved through SELFRAG recycling plants
8,320,000kg
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APPLICATIONS
SELFRAG high quality mineral separates have been giving scientists the edge in sample preparation for over a decade.
MORE INFORMATION: geosciences@selfrag.com
High Purity mono and poly-silicon fragmentation with almost no loss to the fine fraction.
MORE INFORMATION: silicon@selfrag.com
SELFRAG systems can disaggregate composite materials of all sorts to facilitate sorting and to improve the recycling yield (bottom ash, electronic and automotive scrap recycling, concrete recycling).
MORE INFORMATION: recycling@selfrag.com
Overall energy consumption in comminution can be reduced by selectively fragmenting or pre-weakening mineral ores.
MORE INFORMATION: mining@selfrag.com
News
Latest News
07-09-2020
As part of the Swiss Green Economy Symposium, Innovation forum 10 highlighted the challenges related to the t...
27-08-2020
We're happy to announce the installation of our 40th SELFRAG Lab System at The British Geological Survey (BGS)...
21-07-2020
In previous posts we discussed how electric pulse fragmentation works and why it has selective properties. Thi...
Social
Electric pulse fragmentation of #lithium mica bearing granites - fast liberation of coarse minerals.
Game-changing advances from the team.
Microfossils are used for both #climate and #hydrocarbon research, but difficult to remove from their host rocks without damage. Electric pulse frag. is shown to provide better liberation & recovery of #forams than industry standard methods.
Gorgeous liberated micas with hexagonal structure from @BritishLithium's Cornish ore after 2seconds in the #BGS @SELFRAG_AG Lab system. Sample 1/n.
#Lithium #batterymetals
Our Company
About Us
At SELFRAG, we develop and sell selective fragmentation systems that use our patented High Voltage pulse power technology to increase the value of extracted or recycled material
