CN206924887U - A kind of iron copper sulphur ore deposit ore-sorting system - Google Patents
A kind of iron copper sulphur ore deposit ore-sorting system Download PDFInfo
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- CN206924887U CN206924887U CN201720515155.8U CN201720515155U CN206924887U CN 206924887 U CN206924887 U CN 206924887U CN 201720515155 U CN201720515155 U CN 201720515155U CN 206924887 U CN206924887 U CN 206924887U
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Abstract
The utility model discloses a kind of iron copper sulphur ore deposit ore-sorting system, including grinding attachment, one section of copper sulphur mix roughing separation equipment, one section it is mixed scan equipment, weak magnetic separation equipment, two sections of mixed floating roughing separation equipments, two sections mixed scan that I, two section of equipment is mixed to scan equipment II, sulphur roughing separation equipment, weak magnetic separation equipment, shallow crust structures roughing separation equipment, copper picking equipment and copper and scan equipment.Using low intensity magnetic separation flow after first flotation, swept by two thick two and obtain copper sulphur rough concentrate, wherein regrinding and reconcentration is carried out after one section of roughing, then shallow crust structures, final to obtain copper concentrate product and iron concentrate product, flotation tailing obtains iron extract mine producation through low intensity magnetic separation.The utility model can obtain iron ore concentrate, copper concentrate and iron concentrate, useful element in ore is fully utilized, and realize the purpose for taking to raw ore and draining only, realize the comprehensive utilization of resource.The utility model obtains Iron concentrate grade height, rate of recovery height, meets the requirement of smelting iron and steel.
Description
Technical field
It the utility model is related to low intensity magnetic separation after minerals separation method and comprehensive utilization of resources, particularly the ore deposit flotation of iron content copper sulphur
Piece-rate system.
Background technology
With the comprehensive utilization of mineral resources, associated mineral resource increasingly receives attention.Because domestic iron ore deposit can not
Meet the development of domestic steel and iron industry, it is necessary to which a large amount of iron ores of import, make full use of external import iron ore to turn into the heat of research
Point.On the other hand, China is the relatively deficient country of iron ore deposit, and occupancy volume per person is far below world average level, therefore, entered
Mouth foreign ore is simultaneously made full use of to it, and huge effect is played to economic development.
Utility model content
The purpose of this utility model is to provide a kind of iron copper sulphur ore deposit ore-sorting system, to obtain iron ore concentrate, copper concentrate and sulphur
Concentrate, to realize the comprehensive utilization of resource.
In order to achieve the above object, solution of the present utility model is：
A kind of iron copper sulphur ore deposit ore-sorting system, including grinding attachment, one section of copper sulphur mix roughing separation equipment, one section it is mixed scan equipment,
Weak magnetic separation equipment, two sections of mixed floating roughing separation equipments, two sections mixed scan that I, two section of equipment is mixed to scan equipment II, sulphur roughing separation equipment, weak magnetic
Optional equipment, shallow crust structures roughing separation equipment, copper picking equipment and copper scan equipment；The outlet of primary grinding equipment is connected to one section of copper sulphur
Mixed roughing separation equipment, one section of copper sulphur mix roughing separation equipment iron tailings outlet be connected to one section it is mixed scan equipment, one section mixed to scan equipment
The outlet return of copper sulphur is connected to the mixed roughing separation equipment of one section of copper sulphur and iron tailings outlet is connected to weak magnetic separation equipment, and weak magnetic separation equipment has iron
Concentrate exports and mine tailing outlet；The copper sulphur outlet that one section of copper sulphur mixes roughing separation equipment is connected to secondary grinding equipment, secondary grinding equipment
Outlet be connected to two sections of mixed floating roughing separation equipments, the copper sulphur outlets of two sections of mixed floating roughing separation equipments is connected to shallow crust structures roughing separation equipment, two
The iron copper sulphur outlet of the mixed floating roughing separation equipment of section be connected to two sections it is mixed scan equipment I, two sections of mixed iron copper sulphur outlets for scanning equipment I are connected to
Two sections mixed to scan equipment II, and two sections mixed to scan equipment I and to be all connected to shallow crust structures thick for two sections of mixed copper sulphur outlets for scanning equipment II
Optional equipment, two sections of mixed iron sulphur outlets for scanning equipment II are connected to sulphur roughing separation equipment；Sulphur roughing separation equipment has iron concentrate outlet and iron
Mine tailing exports, and iron tailings outlet is connected to weak magnetic separation equipment；The copper outlet of shallow crust structures roughing separation equipment is connected to copper picking equipment and copper
Sulphur outlet is connected to copper and scans equipment, and copper picking equipment has copper concentrate outlet and the outlet of copper sulphur, and copper, which scans equipment, has iron concentrate
Copper sulphur outlet all returns that outlet and the outlet of copper sulphur, copper picking equipment and copper scan equipment are connected to shallow crust structures roughing separation equipment.
Described one section mixed to scan equipment and includes one section and mixed scan that the iron leg mine tailing of equipment I and two is mixed to scan equipment II, one section of copper
Sulphur mix roughing separation equipment iron tailings outlet be connected to one section it is mixed scan equipment I, one section of mixed copper sulphur outlet return for scanning equipment I is connected to
One section of copper sulphur mixes roughing separation equipment and iron tailings outlet is connected to one section and mixed scans equipment II, one section of mixed copper sulphur outlet for scanning equipment II
Return is connected to one section and mixed scans equipment I and iron tailings outlet is connected to weak magnetic separation equipment.
The copper picking equipment has two sections, and two sections of copper picking equipments all have copper concentrate outlet and the outlet of copper sulphur, copper sulphur content
Copper outlet from roughing separation equipment is connected to one section of copper picking equipment, and it is selected that the copper concentrate outlet of one section of copper picking equipment is connected to two sections of copper
Equipment and copper sulphur outlet return be connected to shallow crust structures roughing separation equipment, two sections of copper picking equipments and copper sulphur outlet return be connected to one section of copper
Picking equipment, the copper concentrate outlet of two sections of copper picking equipments is the final outlet of copper concentrate.
The copper, which scans equipment, two sections, and two sections of copper, which scan equipment, all has iron concentrate outlet and the outlet of copper sulphur, copper sulphur content
Copper sulphur outlet from roughing separation equipment is connected to one section of copper and scans equipment, and the iron concentrate outlet that one section of copper scans equipment is connected to two sections of copper and swept
Optional equipment and the outlet return of copper sulphur is connected to shallow crust structures roughing separation equipment, two sections of copper scan equipment and the outlet return of copper sulphur is connected to one section
Copper scans equipment, and the iron concentrate outlet that two sections of copper scan equipment is the final outlet of iron concentrate.
A kind of iron copper sulphur ore deposit beneficiation method, using low intensity magnetic separation flow after first flotation, it is coarse-fine to sweep acquisition copper sulphur by two thick two
Ore deposit, wherein regrinding and reconcentration is carried out after one section of roughing, then shallow crust structures, it is final to obtain copper concentrate product and iron concentrate product, flotation
Mine tailing obtains iron extract mine producation through low intensity magnetic separation.
Comprise the concrete steps that：
The first step, raw ore carry out primary grinding, and mog is >=200 mesh, and content is 60% or so（±5%）；
Second step, the material of first step primary grinding carry out one section of copper sulphur and mix roughing；
3rd step, one section of copper sulphur of second step mix roughing iron tailings carry out twice one section it is mixed scan, mixed sweeps for one section for the first time
Choosing is using ethyl xanthogenate+butyl xanthate combination medicament as collecting agent, ethyl xanthogenate：Mass ratio=1 of butyl xanthate：1, foaming agent uses No. 2
Oil；Collecting agent ethyl xanthogenate and butyl xanthate amount ranges 20-40g/t, the oily amount ranges 20-40g/t of foaming agent 2；Second one
Section is mixed to scan using ethyl xanthogenate+butyl xanthate combination medicament as collecting agent, ethyl xanthogenate：Mass ratio=1 of butyl xanthate：1, foaming agent
Using No. 2 oil；Collecting agent ethyl xanthogenate and butyl xanthate amount ranges 20-30g/t, the oily amount ranges 30-50g/t of foaming agent 2；The
One section of copper sulphur is once carried out again with the secondary one section mixed copper sulphur ore deposit scanned and mixes roughing, for the first time one section of mixed iron tailings scanned
Carry out second one section it is mixed scan, second of one section of mixed iron tailings scanned carries out low intensity magnetic separation, and low intensity magnetic separation obtains iron ore concentrate and tail
Ore deposit；
The copper sulphur ore deposit that one section of copper sulphur of second step mixes roughing carries out secondary grinding, and mog is >=500 mesh, content 90%
Left and right（±10%）, two sections of mixed floating roughings are carried out after secondary grinding, the copper sulphur ore deposits of two sections of mixed floating roughings carry out shallow crust structures roughings,
The iron copper sulphur ore deposits of two sections of mixed floating roughings carry out twice two sections mixed scan；
For the first time two sections it is mixed scan using ethyl xanthogenate as collecting agent, No. 2 oil are as foaming agent, collecting agent lead ethyl xanthate survival dose
Scope 40-60g/t, the oily amount ranges 20-40g/t of foaming agent 2；Two sections of mixed iron copper sulphur ore deposits scanned are carried out second for the first time
Two sections mixed to scan, second two sections it is mixed scan using ethyl xanthogenate as collecting agent, No. 2 oil are as foaming agent；Collecting agent ethyl xanthogenate
Amount ranges 40-60g/t, the oily amount ranges 20-40g/t of foaming agent 2；Two sections of mixed copper sulphur ore deposits scanned all carry out copper sulphur twice
Separating roughing, second two sections of mixed iron sulphur ore deposits scanned carry out sulphur roughings, and sulphur roughing is used using butyl xanthate as collecting agent, and 2
Number oil is as foaming agent, collecting agent butyl xanthate amount ranges 40-60g/t, the oily amount ranges 20-40g/t of foaming agent 2；Sulphur is thick
Choosing obtains iron concentrate and iron tailings, and iron tailings carries out low intensity magnetic separation and obtains iron ore concentrate and mine tailing；
The copper mine of shallow crust structures roughing carries out that copper is selected to obtain copper concentrate and copper sulphur ore deposit, and the copper sulphur ore deposit of shallow crust structures roughing is entered
Row copper scans to obtain iron concentrate and copper sulphur ore deposit, and the copper sulphur ore deposit that copper is selected and copper is scanned all returns carries out shallow crust structures roughing again.
The shallow crust structures roughing is adjusted agent using calcium oxide, and amount ranges 0.8-1.2kg/t is selected using two sections of copper
Scanned with two sections of copper, copper is selected to be adjusted agent using calcium oxide, and amount ranges 0.4-0.6kg/t, copper is scanned is caught using Z-200
Receive agent, amount ranges 8-12g/t.
After one section of copper sulphur mixes roughing, mix and scan by one section twice, flotation tailing obtains iron essence after low intensity magnetic separation
Ore deposit, the Oe of low intensity magnetic separation magnetic field intensity 1200.
After described two sections mixed floating roughings, mix and scan by two sections twice, through over cure roughing, flotation tailing is after low intensity magnetic separation
Obtain iron ore concentrate, the Oe of low intensity magnetic separation magnetic field intensity 1200.
Mixed float of the utility model copper sulphur uses two sections of roughings, and mine tailing carries out two sections of mixing and scanned respectively.
The utility model can obtain iron ore concentrate, copper concentrate and iron concentrate, useful element in ore has been obtained sufficient profit
With realizing the purpose for taking to raw ore and draining only, realize the comprehensive utilization of resource.
The utility model obtains Iron concentrate grade height, rate of recovery height, meets the requirement of smelting iron and steel.
Brief description of the drawings
Fig. 1 is system schematic of the present utility model.
Embodiment
As shown in figure 1, the utility model discloses a kind of iron copper sulphur ore deposit technique of preparing, including mixed floating, the copper sulphur of ore grinding, copper sulphur
The technique such as separation and mixed floating mine tailing low intensity magnetic separation.Using low intensity magnetic separation flow after first flotation, swept by two thick two and obtain copper sulphur rough concentrate,
Regrinding and reconcentration, then shallow crust structures are carried out after wherein one section of roughing, it is final to obtain copper concentrate product and iron concentrate product, flotation tailing
Iron extract mine producation is obtained through low intensity magnetic separation.
Iron copper sulphur ore deposit ore-sorting system, specifically include 1, one section of copper sulphur of grinding attachment and mix that 2, one sections of roughing separation equipment is mixed to scan equipment
3rd, mixed floating 5, two sections of the roughing separation equipment of 41, two sections of weak magnetic separation equipment is mixed scans equipment 6（Mixed including two sections and scan equipment I 61 and two sections
It is mixed to scan equipment II 62）, sulphur roughing separation equipment 7, weak magnetic separation equipment 42, shallow crust structures roughing separation equipment 8, copper picking equipment 9 and copper sweeps
Optional equipment 10.
The outlet of primary grinding equipment 1 is connected to one section of copper sulphur and mixes roughing separation equipment 2.
One section of copper sulphur mix roughing separation equipment 2 iron tailings outlet be connected to one section it is mixed scan equipment 3, one section mixed to scan equipment 3
The outlet return of copper sulphur is connected to the mixed roughing separation equipment 1 of one section of copper sulphur and iron tailings outlet is connected to weak magnetic separation equipment 41, weak magnetic separation equipment 41
With iron ore concentrate outlet and mine tailing outlet.The copper sulphur of the mixed roughing separation equipment 2 of one section of copper sulphur, which exports, is connected to secondary grinding equipment 11, two sections
The outlet of grinding attachment 11 is connected to two sections of mixed floating roughing separation equipments 5.
The copper sulphur outlet of two sections of mixed floating roughing separation equipments 5 is connected to shallow crust structures roughing separation equipment 8, and two sections are mixed floating roughing separation equipment 5
The outlet of iron copper sulphur be connected to two sections it is mixed scan equipment I 61, two sections of mixed iron copper sulphur outlets for scanning equipment I 61 are connected to two sections of mixed scan and set
Standby II 62, two sections mixed to scan equipment I 61 and two sections of mixed copper sulphur outlets for scanning equipment II 62 are all connected to shallow crust structures roughing separation equipment
8, two sections of mixed iron sulphur outlets for scanning equipment II 62 are connected to sulphur roughing separation equipment 7.
Sulphur roughing separation equipment 7 has iron concentrate outlet and iron tailings outlet, and iron tailings outlet is connected to weak magnetic separation equipment 42；
The copper outlet of shallow crust structures roughing separation equipment 8 is connected to copper picking equipment 9 and the outlet of copper sulphur is connected to copper and scans equipment 10.
Copper picking equipment 9 has copper concentrate outlet and the outlet of copper sulphur.Copper scans equipment 10 with iron concentrate outlet and copper sulphur
Outlet.Copper sulphur outlet all returns that copper picking equipment 9 and copper scan equipment 10 are connected to shallow crust structures roughing separation equipment 8.
Further, one section it is mixed scan equipment 3 and can include one section mixed scan that the iron leg mine tailing of equipment I 31 and two is mixed to scan equipment
II 32, one section of copper sulphur mix roughing separation equipment 2 iron tailings outlet be connected to one section it is mixed scan equipment I 31, one section mixed to scan equipment I 31
The outlet return of copper sulphur be connected to one section of copper sulphur mix roughing separation equipment 2 and iron tailings outlet be connected to one section it is mixed scan equipment II 32, one section is mixed
The copper sulphur outlet return for scanning equipment II 32 is connected to one section and mixed scans equipment I 31 and iron tailings outlet is connected to weak magnetic separation equipment 41.
Further, copper picking equipment 9 has two sections, and two sections of copper picking equipments 9 all have copper concentrate outlet and the outlet of copper sulphur, copper
Copper outlet of the sulphur content from roughing separation equipment 8 is connected to one section of copper picking equipment, and the copper concentrate outlet of one section of copper picking equipment is connected to two sections
Copper picking equipment and copper sulphur outlet return be connected to shallow crust structures roughing separation equipment 8, two sections of copper picking equipments and copper sulphur outlet return connect
To one section of copper picking equipment, the copper concentrate outlet of two sections of copper picking equipments is the final outlet of copper concentrate.
Further, copper, which scans equipment 10, two sections, and two sections of copper, which scan equipment 10, all has iron concentrate outlet and the outlet of copper sulphur,
The copper sulphur outlet of shallow crust structures roughing separation equipment 8 is connected to one section of copper and scans equipment, and the iron concentrate outlet that one section of copper scans equipment is connected to
Two sections of copper scan equipment and the outlet return of copper sulphur is connected to shallow crust structures roughing separation equipment 8, and two sections of copper scan equipment and the outlet of copper sulphur is returned
Tieback to one section of copper scans equipment, and the iron concentrate outlet that two sections of copper scan equipment is the final outlet of iron concentrate.
Comprise the concrete steps that：
The first step, raw ore carry out primary grinding in grinding attachment 1, and mog is >=200 mesh, and content is 60% or so
（±5%）；
Second step, the material of first step primary grinding carry out one section of copper sulphur in one section of copper sulphur mixes roughing separation equipment 2 and mix roughing；
3rd step, one section of copper sulphur of second step mix the iron tailings of roughing one section it is mixed scan carry out in equipment 3 twice one section it is mixed
Scan, one section of first time, which mixes, scans using ethyl xanthogenate+butyl xanthate combination medicament as collecting agent, ethyl xanthogenate：The quality of butyl xanthate
Than=1：1, foaming agent uses No. 2 oil；Collecting agent ethyl xanthogenate and butyl xanthate amount ranges 20-40g/t, the oily dosage model of foaming agent 2
Enclose 20-40g/t；Second one section mixed scan using ethyl xanthogenate+butyl xanthate combination medicament as collecting agent, ethyl xanthogenate：Butyl xanthate
Mass ratio=1：1, foaming agent uses No. 2 oil；Collecting agent ethyl xanthogenate and butyl xanthate amount ranges 20-30g/t, No. 2 oil of foaming agent
Amount ranges 30-50g/t；First time and the secondary one section mixed copper sulphur ore deposit scanned are again in one section of copper sulphur mixes roughing separation equipment 2
Carry out one section of copper sulphur and mix roughing, for the first time one section of mixed iron tailings scanned carry out second one section it is mixed scans, second one section it is mixed
The iron tailings scanned carries out low intensity magnetic separation, the Oe of low intensity magnetic separation magnetic field intensity 1200 in weak magnetic separation equipment 41, and low intensity magnetic separation obtains iron ore concentrate
And mine tailing；
One section of copper sulphur of second step mix roughing copper sulphur ore deposit secondary grinding equipment 11 carry out secondary grinding, mog for >=
500 mesh, content are 90% or so（±10%）, carry out two sections of mixed floating roughings after secondary grinding in two sections of mixed floating roughing separation equipments 5, two
The copper sulphur ore deposit of the mixed floating roughing of section carries out shallow crust structures roughing, the iron copper sulphur ore deposit of two sections of mixed floating roughings in shallow crust structures roughing separation equipment 8
Two sections it is mixed scan carry out in equipment 6 twice two sections mixed scan；
For the first time two sections it is mixed scan using ethyl xanthogenate as collecting agent, No. 2 oil are as foaming agent, collecting agent lead ethyl xanthate survival dose
Scope 40-60g/t, the oily amount ranges 20-40g/t of foaming agent 2；Two sections of mixed iron copper sulphur ore deposits scanned are carried out second for the first time
Two sections mixed to scan, second two sections it is mixed scan using ethyl xanthogenate as collecting agent, No. 2 oil are as foaming agent；Collecting agent ethyl xanthogenate
Amount ranges 40-60g/t, the oily amount ranges 20-40g/t of foaming agent 2；Two sections of mixed copper sulphur ore deposits scanned are all in copper sulphur content twice
Shallow crust structures roughing is carried out from roughing separation equipment 8, second of two sections of mixed iron sulphur ore deposit scanned carries out sulphur roughing in sulphur roughing separation equipment 7,
Sulphur roughing is used using butyl xanthate as collecting agent, and No. 2 oil are as foaming agent, collecting agent butyl xanthate amount ranges 40-60g/t,
The oily amount ranges 20-40g/t of foaming agent 2；Sulphur roughing obtains iron concentrate and iron tailings, and iron tailings is carried out in weak magnetic separation equipment 42
Low intensity magnetic separation obtains iron ore concentrate and mine tailing, the Oe of low intensity magnetic separation magnetic field intensity 1200；
Shallow crust structures roughing is adjusted agent using calcium oxide, amount ranges 0.8-1.2kg/t.It is selected and two using two sections of copper
Section copper is scanned, and the copper mine of shallow crust structures roughing carries out that copper is selected to obtain copper concentrate and copper sulphur ore deposit, shallow crust structures in copper picking equipment 9
The copper sulphur ore deposit of roughing scans the progress copper of equipment 10 in copper and scans to obtain iron concentrate and copper sulphur ore deposit, the selected copper sulphur ore deposit scanned with copper of copper
All return and carry out shallow crust structures roughing again.Copper is selected to be adjusted agent using calcium oxide, and amount ranges 0.4-0.6kg/t, copper is scanned
Collecting agent, amount ranges 8-12g/t are done using Z-200.
Embodiment 1
Cu, S, TFe content are respectively 0.10%, 3.00%, 60.18% in sample ore, and primary grinding fineness is >=200 mesh contents
For 59.68%, two sections again grinding rate be >=500 mesh contents 91.51%, the final copper concentrate yield that obtains is that 0.40%, Cu grades are
19.25%, the Cu rate of recovery are 76.91%, and total sulfur concentrate yield is that 5.75%, S grades are that 39.02%, the S rate of recovery is 74.39%；Always
Iron ore concentrate yield is that 78.86%, TFe grades are that 70.42%, the TFe rate of recovery is 92.27%, Impurity S con-tent 0.25%, mine tailing production
Rate is 13.64%.
Embodiment 2
Cu, S, TFe content are respectively 0.28%, 3.00%, 61.40% in sample ore, and primary grinding fineness is >=200 mesh contents
For 60.32%, two sections again grinding rate be >=500 mesh contents 92.31%, the final copper concentrate yield that obtains is that 0.60%, Cu grades are
20.25%, the Cu rate of recovery are 75.31%, and total sulfur concentrate yield is that 5.65%, S grades are that 40.02%, the S rate of recovery is 68.1%；Total iron
Concentrate yield is that 77.87%, TFe grades are that 69.32%, the TFe rate of recovery is 93.17%, Impurity S con-tent 0.23%, mine tailing yield
For 10.63%.
Described above is the utility model basic procedure, and any equivalent change made according to scheme of the present utility model
Belong to the protection domain of this case.
Claims (4)
- A kind of 1. iron copper sulphur ore deposit ore-sorting system, it is characterised in that：Mixed including grinding attachment, the mixed roughing separation equipment of one section of copper sulphur, one section Scan equipment, weak magnetic separation equipment, two sections of mixed floating roughing separation equipments, two sections mixed scan that I, two section of equipment is mixed to scan equipment II, sulphur roughing Equipment, weak magnetic separation equipment, shallow crust structures roughing separation equipment, copper picking equipment and copper scan equipment；The outlet of primary grinding equipment connects Mix roughing separation equipment to one section of copper sulphur, one section of copper sulphur mix roughing separation equipment iron tailings outlet be connected to one section it is mixed scan equipment, one section is mixed Scan equipment copper sulphur outlet return be connected to one section of copper sulphur mix roughing separation equipment and iron tailings outlet be connected to weak magnetic separation equipment, low intensity magnetic separation Equipment has iron ore concentrate outlet and mine tailing outlet；The copper sulphur of the mixed roughing separation equipment of one section of copper sulphur, which exports, is connected to secondary grinding equipment, and two The outlet of section grinding attachment is connected to two sections of mixed floating roughing separation equipments, and it is thick that two sections of mixed copper sulphur outlets for floating roughing separation equipments are connected to shallow crust structures Optional equipment, the iron copper sulphur outlets of two sections of mixed floating roughing separation equipments are connected to two sections and mixed scan equipment I, two sections of mixed iron copper for scanning equipment I Sulphur outlet be connected to two sections it is mixed scan equipment II, two sections mixed to scan equipment I and two sections of mixed copper sulphur outlets for scanning equipment II are all connected to Shallow crust structures roughing separation equipment, two sections of mixed iron sulphur outlets for scanning equipment II are connected to sulphur roughing separation equipment；Sulphur roughing separation equipment has sulphur smart Ore deposit exports and iron tailings outlet, iron tailings outlet are connected to weak magnetic separation equipment；The copper outlet of shallow crust structures roughing separation equipment is connected to copper essence Optional equipment and the outlet of copper sulphur is connected to copper and scans equipment, copper picking equipment has copper concentrate outlet and the outlet of copper sulphur, and copper scans equipment With iron concentrate outlet and the outlet of copper sulphur, the copper sulphur outlet that copper picking equipment and copper scan equipment all returns to that to be connected to shallow crust structures thick Optional equipment.
- A kind of 2. iron copper sulphur ore deposit ore-sorting system as claimed in claim 1, it is characterised in that：Described one section mixed, which to scan equipment, includes One section mixed to scan that the iron leg mine tailing of equipment I and two is mixed to scan equipment II, and the iron tailings outlet that one section of copper sulphur mixes roughing separation equipment is connected to one Section is mixed to scan equipment I, and one section of mixed copper sulphur outlet return for scanning equipment I is connected to the mixed roughing separation equipment of one section of copper sulphur and iron tailings exports Be connected to one section it is mixed scan equipment II, one section of mixed copper sulphur outlet return for scanning equipment II is connected to one section and mixed scans equipment I and iron tail Ore deposit outlet is connected to weak magnetic separation equipment.
- A kind of 3. iron copper sulphur ore deposit ore-sorting system as claimed in claim 1, it is characterised in that：The copper picking equipment has two sections, Two sections of copper picking equipments all have copper concentrate outlet and the outlet of copper sulphur, and the copper outlet of shallow crust structures roughing separation equipment is connected to one section of copper essence Optional equipment, the copper concentrate outlet of one section of copper picking equipment is connected to two sections of copper picking equipments and the outlet return of copper sulphur is connected to shallow crust structures Roughing separation equipment, two sections of copper picking equipments and the outlet return of copper sulphur is connected to one section of copper picking equipment, the copper essence of two sections of copper picking equipments Ore deposit outlet is the final outlet of copper concentrate.
- A kind of 4. iron copper sulphur ore deposit ore-sorting system as claimed in claim 1, it is characterised in that：The copper, which scans equipment, two sections, Two sections of copper, which scan equipment, all has iron concentrate outlet and the outlet of copper sulphur, and the copper sulphur outlet of shallow crust structures roughing separation equipment is connected to one section of copper Scan equipment, the iron concentrate outlet that one section of copper scans equipment is connected to that two sections of copper scan equipment and the outlet return of copper sulphur is connected to copper sulphur content From roughing separation equipment, two sections of copper scan equipment and the outlet return of copper sulphur is connected to one section of copper and scans equipment, and two sections of copper scan the sulphur of equipment Concentrate outlet is the final outlet of iron concentrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720515155.8U CN206924887U (en) | 2017-05-10 | 2017-05-10 | A kind of iron copper sulphur ore deposit ore-sorting system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720515155.8U CN206924887U (en) | 2017-05-10 | 2017-05-10 | A kind of iron copper sulphur ore deposit ore-sorting system |
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| CN206924887U true CN206924887U (en) | 2018-01-26 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107115962A (en) * | 2017-05-10 | 2017-09-01 | 厦门环资矿业科技股份有限公司 | A kind of iron copper sulphur ore deposit ore-sorting system and method |
| CN109647613A (en) * | 2018-12-28 | 2019-04-19 | 江西省宜丰万国矿业有限公司 | A kind of raising delafossite recycling flotation technology |
| CN112058500A (en) * | 2020-07-29 | 2020-12-11 | 中钢集团马鞍山矿山研究总院股份有限公司 | Beneficiation method for comprehensively utilizing magnetite concentrate flotation desulfurization foam products |
-
2017
- 2017-05-10 CN CN201720515155.8U patent/CN206924887U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107115962A (en) * | 2017-05-10 | 2017-09-01 | 厦门环资矿业科技股份有限公司 | A kind of iron copper sulphur ore deposit ore-sorting system and method |
| CN109647613A (en) * | 2018-12-28 | 2019-04-19 | 江西省宜丰万国矿业有限公司 | A kind of raising delafossite recycling flotation technology |
| CN112058500A (en) * | 2020-07-29 | 2020-12-11 | 中钢集团马鞍山矿山研究总院股份有限公司 | Beneficiation method for comprehensively utilizing magnetite concentrate flotation desulfurization foam products |
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