HIGH-GRADE NI-CU-PT-PD-ZN-CR-AU-V-TI DISCOVERIES IN THE "RING OF FIRE"

NI 43-101 Update (September 2012): 11.1 Mt @ 1.68% Ni, 0.87% Cu, 0.89 gpt Pt and 3.09 gpt Pd and 0.18 gpt Au (Proven & Probable Reserves) / 8.9 Mt @ 1.10% Ni, 1.14% Cu, 1.16 gpt Pt and 3.49 gpt Pd and 0.30 gpt Au (Inferred Resource)

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Message: Noront considers building small-scale ferrochrome pilot plant in Sudbury

"Back in 2015, Noront's acquisition of Cliffs Natural Resources' Ring of Fire chromite assets for a bargain-basement $US20 million came with a big technology bonus.

Cliffs had already spent $100 million building a pilot plant in Falconbridge, Ont. that produced the first-ever Canadian ferrochrome in 2011.

A news release was issued about this accomplishment but seems to have been entirely missed by media outlets.

Initial test conditions in the Falconbridge demonstration facility were considered less than ideal, but small-scale ferrochrome smelting in the 350 kilowatt DC electric arc pilot furnace continued as recently as last year.

Having acquired this technological treasure-trove for a fraction of its worth gives Noront a head start.

"When we acquired the assets of Cliff's Natural Resources, we got the benefit of their engineering and [research and development] and their pilot work," Flewelling said during his City Council presentation on Oct. 22.

"We're building up on that piece of work. That's what got the design where it is today," Flewelling said.

"Cliff's did that once already and we would intend to do it again to make sure, because there's been some nuances or changes. There's different ore sources and work we would have to re-do."

"It isn't that there's a lot of brand-new stuff. What there is a collection of appropriate things that come together," Flewelling said.

Hatch Engineering, which is helping with project management and engineering as an equity partner in Noront's Ring of Fire initiative, will now tie up Cliffs' loose ends and shape them into a more advanced smelter design.

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XPS Testwork and Consulting Services  Mr. Frank Winter of American Metal Sales, Jay Turner of Pope and Company, Matt Cramer (Hatch Associates) and Dr. Nick Dawson of Glencore Alloys all worked with CLIFFS AND KWG

And now Matt Cramer(Hatch ) with Noront

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But it gets more interesting....Flewelling talking about this..slag..

"We capture the dust from the furnace and the DC electric arc furnace technology allows us to recycle all the furnace dust – versus putting them in the disposal pond  back into the furnaces. So you have a recycle system. In addition, we recycle the incomplete combustion carbon monoxide, and that's a heat source for warming up the material, which makes the overall process more energy-efficient."

"We have a very, very complicated but very state-of-the-art application. There's no other plants like this. This would be the first application of this suite of technologies in the world."

"What that allows us also to do is to make the slag byproduct inert from chrome materials. We believe it'll be saleable just like the slag is today from Algoma."

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Back in 2017.. notice Matt, Cramer(Hatch), RING OF FIRE, Outokumpu

and the slag, dust stuff.. see link below OUTOKUMPU-RING OF FIRE

http://www.environmentnorth.ca/assets/files/2017BeukesetalReviewofCrVIenvironmentalpracticesinthechromiteminingandmeltingindustryeRelevancetodevelopmentoftheRingofFireCanada.pdf

And look below... sounds familar .. like the stuff Noront's Flewelling is talking about 

Outokumpu assesses options to build a new slag furnace in Tornio, Finland

Press release
September 30, 2019 at 2.00 pm EET

Outokumpu assesses options to build a new slag furnace in Tornio, Finland

Outokumpu is assessing options to build a new slag furnace in Tornio, Finland, and the company has initiated an Environmental Impact Assessment (EIA) procedure as basis for decision making. The prerequisites for realizing the project, details of the planned slag furnace and its technical execution as well as potential financing alternatives will be specified during the planning process.

The planned unique production facility would produce ferrochrome-nickel (FeCrNi) alloy from slag and side streams primarily from production processes in Tornio. The slag furnace would enable efficient utilization of various side streams, which would improve resource efficiency of Outokumpu’s production significantly. The new slag furnace would be the most energy-efficient ferrochrome-nickel alloy producer in the world, as energy consumption in the new facility would be 30 per cent lower than in the current ferrochrome production processes enabled by the new metallurgical process invented by Outokumpu. Furthermore, the new facility would strengthen Outokumpu’s competitiveness in the global ferrochrome market.

The final decision regarding the new facility will be made at the earliest during 2020. In addition to the results of the EIA and environmental permit processes, the final investment decision will be subject to the development of the global economy and the stainless steel markets and their outlook, as well as the availability of financing and potential investment subsidies. The estimated construction time of the new facility is approximately two years

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