Guys, I need you help in B), I'll post my progress
>>9059066
A) done, teacher said that center top can be CuO or Cu (OH) 2 (just choose one, CuO). We eliminate unstable species and others... total 8 equilibrium (boundary line), at 10 ^ -3 (pic from wiki)
>>9059066
>>9059073
B) I don't know what compounds are needed to use here, HSC show me this (pic related)
This are some Cu-Cl diagrams I found:
Www.skb.se/upload/publications/pdf/TR-02-25.pdf page 11
Www.mkg.se/uploads/Arende_SSM2011_2426/SSM20112426_160_Bilaga_1_Svar_pa_begaran_degraderingsprocesser.pdf page 2
What are the "boundary lines" (equilibrium) that I need to use?
>>9059080
this is from
www.skb.se/upload/publications/pdf/TR-02-25.pdf page
>>9059080
and from
www.mkg.se/uploads/Arende_SSM2011_2426/SSM20112426_160_Bilaga_1_Svar_pa_begaran_degraderingsprocesser.pdf
>>9059080
I found this
https://materialsproject.org/#apps/pourbaixdiagram/{%22chemsys%22%3A[%22Cu%22%2C%22Cl%22]}
Help /sci/ ;_; please
>>9059080
;_;
Got lost, what was your question?
How do you define the hydrometallurgical treatment of Copper?
If by that you mean get pure Cu out of. CuCl2 then
>>9059093
Shows how the stability line of Cu(s) goes down as the concentration of Cl(-) is risen.
This diagrams can be confusing but work, hope you never have to deal with triple azeotrope 3D diagrams, those are the worse.
>>9061233
- I create the Pourbaix diagram in A) almost identical to >>9059073 (change Cu(OH)2 to CuO, remember guys it's a simple diagram, "take it easy"... that's what teacher said me)
- then, in part B), I only take CuCl2- (others are "unstable" I guess) and change my diagram a little, like (b) and (c) in pic >>9059093
>>9061260
thanks bro, I really appreciate your help, I need help in part D) too, please
- part C) is in progress
(Sorry for my english)