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MIFT's
Metals Important for Future Technologies
Metals Important for Future Technologies

With a greater shift to clean energy in the fields of Wind, Solar, EV Electric Vehicles, Carbon Capture and LED lighting some critical minerals will see an increase in requirements for use in these technologies.
The types of mineral resources used vary by technology. Lithium, nickel, cobalt, manganese and graphite are crucial to battery performance, longevity and energy density. Rare Earth Elements are essential for permanent magnets that are vital for wind turbines and EV motors. Electricity networks need a huge amount of copper and aluminium, with copper being a cornerstone for all electricity-related technologies.
These materials encompass a range of Base Metals, Precious Metals and Strategic Minor Metals.

Cooksmill NetSystems operates an online network of exchanges that promote the trade of strategic metals that are required to move toward a green econonomy and the transition to electric vehicles (EV). The online exchange service directly connects Buyers and Sellers of Metals Important for Future Technologies (MIFT's)

If you wish to Buy or Sell MIFT's
Select a Metal & Add a Listing

Aluminium             Boron
Cadmium Chromium
Cobalt Copper
Gallium Germanium
Graphite Indium
Iridium Lead
Lithium Manganese
Molybdenum Niobium
Nickel Platinum
Rare Earths Selenium
Silicon Silver
Steel Tellurium
Tin Titanium
Zinc

Critical Minerals

Critical Materials Consolidation
When earth's abundant materials are dispersed broadly throughout the earths crust they migrate into all types of agricultural and industrial products. As metals and minerals are mined and refined these abundant elements end up accumulating in the byproducts and residual materials.
When consumer and commercial goods reach the end of their useful life they will enter into a waste stream. If these wastes are pyrolyzed a fraction of these wastes will be reduced into a residual byproduct stream. This residual material fraction will contain an accumulation of strategic trace elements.

As a fundamental principal, the Recovery 2.0 process acts as a Critical Materials Consolidator and becomes a strategic source of Critical Minerals and Rare Earths.
These materials are considered as Metals Important for Future Technologies (MIFT's)


MIFT Scrap Recycling
A strategic source of Metals Important for Future Technologies (MIFT's) is derived from scrap, waste and by-products. Cooksmill NetSystems operates an online exchange service that directly connects recyclers of MIFT Scrap with generators of waste MIFT content materials.

Learn more about the recycling industry with Recycling 101, You also may ask your Recycling Industry questions.


If we can assist you in any way in using the websites within the Cooksmill NetSystems network, please contact us at your convenience. Please remember that you are responsible to perform your own due diligence on any prospective counter party that you deal with and please report any abuse of our system.

Content on this page was produced for the benefit of members of the Cookmill NetSystem network.


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Wednesday, 14-Aug-2024 17:24:08 EDT - File No: 2866