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Doubleview Gold Corp. V.DBG

Alternate Symbol(s):  DBLVF

Doubleview Gold Corp. is a mineral exploration and development company based in Vancouver, British Columbia, Canada. The Company identifies, acquires and finances precious and base metal exploration projects in North America, particularly in British Columbia. It focuses on acquisition and exploration of quality gold, copper and silver properties and the application of advanced exploration methods. Its projects include Hat Property and Red Spring Copper-Silver-Gold Property. The Company owns a 100% interest in the Hat Property. The Hat Property consists of ten mineral claims totaling 5214 hectares and is 50 kilometers northwest of Telegraph Creek, British Columbia. The property is subject to a 2% Net Smelter Royalty. The Company owns a 90% interest in the Red Spring Copper-Silver-Gold Property, which consists of six mineral claims totaling 4,224.34 ha, located in the Omineca Mining District of British Columbia. The Red Springs Property is subject to a 2.5% Net Smelter Property.


TSXV:DBG - Post by User

Post by seveneleven711on Dec 29, 2022 9:55am
226 Views
Post# 35195051

fyi

fyi... NH4F solution is used to strip Sc from the organic phase, and Sc is then recovered as (NH4)3ScF6 by crystallization. This intermediate product can be calcined at temperatures between 340 and 350 °C to obtain ScF3 [23]. ScF3 can be used for the direct production of scandium metal and Sc–Al alloys by metallothermic reduction [24]. This processing route is favorable from sustainability and economic perspectives since it eliminates the direct use of HF acid in the production of ScF3 and calcination of the intermediate product, (NH4)3ScF6, is accomplished at lower temperatures, hence at low-energy and with low-cost benefits. In addition, the processing route has fewer steps since fluoride salts can be directly crystallized from solution. For antisolvent crystallization, the high quantities of the antisolvent required can be offset by the fact that the antisolvent can be recovered in a separate distillation process and reused in the precipitation stage...
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