Products (aside from base course) are high quality aggregate, processed in steps with time and effort involved in crushing, pre-sizing, sorting, screening and contaminant elimination. The denominator is to start with clean, quality rubble in order to meet design criteria easily and ultimately yield a quality product that will go into end use.

Crushing and screening systems start with primary jaws, cones and/or large impactors taking rubble from 30 inches to 4 feet. A secondary cone or impactor may or may not need to be run, and then primary and secondary screens may or may not be used, depending upon the project, the equipment used and the final product desired. A scalping screen will remove dirt and foreign particles. A fine harp deck screen will remove fine material from coarse aggregate.

Further cleaning is necessary to ensure the recycled concrete product is free of dirt, clay, wood, plastic and organic materials. This is done by water floatation, hand picking, air separators, and electromagnetic separators.

Occasionally asphalt overlay or patch is found. A mixture of asphalt and concrete is not recommended but small patches are not detrimental.

The more care that is put into the quality, the better product you will receive. With sound quality control and screening you can produce material without having to wash it as with virgin aggregate which may be ladened with clay and silt.

concrete processing plant

concrete recycling plant including mobile recycling plants, portable recycling plants and other polular recycling plants, such as jaw crusher, impact crusher, cone crusher and so on. All of the concrete pulverizer types are available in Portable, Mobile, and Stationary configurations.

Portable crushers are mounted on rubber tired chassis and towed to the site by truck. On site they are moved by loaders or tugs.

Mobile crusher are carried to the site by truck and trailer and have their own onboard drive system typically track driven. These units move easily on sites where several moves are required.

Stationary crushers are just that they are permantly fixed to the ground. Typically used in a recycling yard where all material is trucked to the site.

SBM stone crusher machine applied widely in quarry, such as coal, granite, mica, and so on. and as a manufacturer of stone crusher machine, we can supply the whole suit of plant which can be used in quarry.

coal beneficiation plant
So far, Coal is highly variable with respect to the physical and chemical properties that affect its use. Industries that use coal specify a range of properties that are required for their intended process. we need to beneficiation them to increase the quality of the coal by using our coal beneification plant.

coal screen

The vibrating coal screen (Vibratory Screen) is of several layers and high efficiency, It adopts the barrel type of eccentric shaft vibration exciter and eccentric block to adjust the swing. The coal screen is of the flowing characteristics, the screening line is long and specification of materials screened is various, and it is also of reliable structure, strong exciting force, high screening efficiency, low vibrating noise, long durability, convenient maintenance, safe operation, etc

Mica processing Plant

Mica processing Plant : Jaw crusher is the coarse crusher used for primary crushing process in talc, mica powder plant, they are mainly used as primary crusher to crush mid and high hardness ores and rocks in the field, such as metallurgy, mining, concrete, fireproof materials and ceramics. The highest pressure resistance of crushed material is 300Mpa for various soft and hard ores, and the maximal size of the materials can not over the specifications which has been stipulated.

Granite Pulverizer mills

Granite powders can be used for making building material and furniture, so, we need to pulverizer the granite, the best plant – granite pulverizer mills is needed, so far, there are several pulverizer can be used for grinding the granite: such as ball mill, raymond mill, jaw crusher, cone crusher, mtm trapezium mill and so on.

granite screen

In the granite processing line, the large size Granite stones are transferred to primary crusher (jaw crusher) through vibrating feeder from hopper for first crushing, after that the crushed Granite stones are transferred to impact crusher or cone crusher through belt conveyor for secondary crushing. The materials crushed will be transferred to the granite screen, and separated to different sizes. The aggregate with suitable size will be transferred to the final product pile and aggregate with unsuitable size will be transferred to the impact crusher for re-crushing

Manganese ores may accumulate in metamorphic rocks or as sedimentary deposits, frequently forming nodules on the sea floor (since the 1970s many schemes have been put forward to harvest deep-sea manganese nodules). The world’s main producers are Georgia, Ukraine, South Africa, Brazil, Gabon, and India.

after processing, the manganese ore can be used in many field, usually, we need crush them into smaller piece first, and then, they can be processed later.

manganese ore crusher

we can use manganese ore crusher for crushing them, there are lots of kinds stone crushers can be used as manganese crusher, such as jaw crusher, mobile crusher, cone crusher, impact crusher, these crusher machine can be used as both primary crusher and secondary crusher.

manganese ore crusher for sale

SBM as the professional stone crusher manufacturer in the world, can provide stone crusher for sale with the best price, along with the best local office service too, we have set lots of local office to service the client better.

Construction waste consists of unwanted material produced directly or incidentally by the construction or industries. This includes building materials such as insulation, nails, electrical wiring, and rebar, as well as waste originating from site preparation such as dredging materials, tree stumps, and rubble. construction waste may contain lead, asbestos, or other hazardous substances.

Much building waste is made up of materials such as bricks, concrete and wood damaged or unused for various reasons during construction. Observational research has shown that this can be as high as 10 to 15% of the materials that go into a building, a much higher percentage than the 2.5-5% usually assumed by quantity surveyors and the construction industry. Since considerable variability exists between construction sites, there is much opportunity for reducing this waste.

In order to increase the waste, we can recycling the construction waste by the specical plant – construction waste recycling plant, contain construction waste crusher (the main plant) and any other plant, the first step is crushed them by construction waste crusher into smaller piece.

Mobile crusher used widely in construction waste recycling, for 1. Better adaptability,2. Flexible layout,3. Low cost project plants,4. Everything on board.

Key Data
Producer: Tuprag Metal Madencilik Sanayi ve Ticaret
Location: Usak Province, Turkey
Mineral: Gold
Reserve Base: 10.2 million ounces (oz) grading at 0.74g/t
Annual Production: 10 million tons (2010)
Mining Method: Open pit

Kisladag gold mine is located in the Usak province of Turkey. It is 100% owned and operated by Tuprag Metal Madencilik Sanayi ve Ticaret, a subsidiary of the Eldorado Gold Corporation. It is spread over an area of 157km² and is estimated to operate for 14 years.

The mine has been developed in two phases. The first phase commenced operations in July 2006 and required an investment of $83.4m.

 The second phase of development was completed in 2007.

The mine produced ten million tons (mt) of ore at a cash cost of $329 an ounce (oz) of Au in 2010.

The third phase of expansion to increase the production levels by 25% is currently underway. Production is expected to increase to 12.5mt in 2011.

Geology and reserves at Kisladag

The Kisladag mine is part of many tertiary volcanic complexes located in western Turkey. The volcanic complexes were formed at the base of schist along the northeast part of the Menderes Massif metamorphic rocks.

“Kisladag gold mine is located in the Usak province of Turkey.”

The mine is estimated to contain proven and probable reserves of 10.2 million ounces (Moz) grading at 0.74g/t.

Measured and indicated reserves are estimated at 12.1Moz grading at 0.68g/t.

Inferred reserves are estimated at 4.3Moz grading at 0.43g/t.

Mineralisation of the surrounding area

Gold mineralisation occurs in intensely-altered coarse Porphyry-style rocks hosted by a number of latitic intrusive bodies.

The majority of the gold is found in sub-volcanic intrusives of quartz-syenite to quartz-monzonite composition and is accompanied with traces of zinc, copper and lead.

Higher grade gold mineralisation occurs in 800m wide elliptical shaped porphyritic intrusions.

Mining and processing at the Usak province gold mine

Drilling and blast mining methods are used to recover ore from the open pit mine. Hitachi hydraulic shovels excavate the ore and load them onto Caterpillar dump trucks and front-end loaders. About ten haul trucks operate at the mine.

Heap leaching method is used to process the run-of-mine ore. The mined ore is passed through a three stage gold mining equipment consisting of a gyratory crusher and four cone crushers supplied by Metso Minerals. The gold crusher reduce the ore to 80% and to a size of 6.3mm for leaching.

Crushed ore is then transferred to the heap leach pad through conveyors in 10m lifts. Several portable conveyors and a radial stacker transfer the ore onto the pad. The heap leach pad consists of two liner systems – a layer of low permeability clay soil and a 2mm thick synthetic liner.

Leached ore is sent to the carbon adsorption plant (ADR) to recover gold. The ADR plant features two trains of carbon columns containing five columns each.

Gold from the leach pad is treated with activated carbon and periodically removed for treatment. The Zadra process consisting of pressure stripping, electro winning and smelting is used to recover gold from the carbon. The final product is a gold bar which can be processed to 99.999% purity.

Expansion of the Kisladag gold mine

Eldorado initiated a feasibility study to examine the expansion of the mine. Results of the study were announced in August 2011.

Eldorado plans to invest $345m to launch phase four expansion of the mine based on the feasibility study. The company expects to recover about 6.2Moz of gold between 2012 and 2026 during this phase.

“Eldorado initiated a feasibility study to examine the expansion of the mine.”

The crushing and screening plant will be expanded by installing a parallel circuit to process the increased production. A new conveyor and stacking system will also be added to carry the mined ore to the leach pad. A second ADR facility is expected to be added. Additional trucks and loading equipment will also be procured.

The expansion project will require a supplementary environmental impact assessment which Eldorado plans to submit in the first quarter of 2012.

The project is expected to be completed by the third quarter of 2013.

Our company has apart developed this new bearing alternation of classifier, which introduces the adopted avant-garde technology. And it appearance simple structure, reliable and simple in operation. Actually, the classifier has four types: top aboideau individual and bifold spiral, absorbed individual and bifold circling classifiers.

High aboideau type: the top of the circling vane is aloft the overflow surface, and the circling centermost is beneath the overflow, mainly activated in classifying the admeasurement amid 0.83-0.15mm.

Immersed type: all the circling vanes immerses beneath overflow surface, mainly activated in classifying the admeasurement amid 0.15-0.07mm.

Type Model Screwdia.(mm) Trough length(mm) Rotary speed(r/min) Capacity(t/d) Trough angle (°) Motor power(kw) Overall dimension (L×W×H) (mm) Weight(kg)

Sand return

Overflow

Drive

Raise

High-weir type FG500 Φ500 4500 8~12.5 135~210 32 14-18.5 1.5   6409×712×1599 1980
FG750 Φ750 5500 6.0-10.0 340~570 65 14-18.5 3.0   6300×1250×1780 3005
FG-1000 Φ1000 6500 5.0~8.0 675~1080 110 14-18.5 7.5   7100×1330×2390 5310
FG-1200 Φ1200 6500 5.0~8.0 1170~1870 155 14-18.5 7.5 0.4 7560×1572×2328 8000
FG-1500 Φ1500 8300 4.0~6.0 1830~2740 235 14-18.5 11 0.4 9740×2000×4100 9800
FG-2000 Φ2000 8400 3.0~3.5 3240~5400 400 14-18.5 11 2.8 10000×2570×4468 20500
FG-2400 Φ2400 9200 2.5~4.0 4650~7450 580 14-18.5 11-15 2.8 10800×2980×4700 25700
2FG-1200 Φ1200 6500 5.0~8.0 2340~3740 310 14-18.5 5.5×2 0.4×2 8060×3400×3100 13300
2FG-1500 Φ1500 8300 4.0~6.0 3660~5480 470 14-18.5 7.5×2 0.4×2 9740×3630×4050 22100
2FG-2000 Φ2000 8400 3.0~5.5 6480~10800 800 14-18.5 11×2 2.8×2 10000×4600×4470 36500
2FG-2400 Φ2400 9200 2.5~4.0 9300-14900 1160 14-18.5 15×2 2.8×2 10800×5400×4700 45800
2FG-3000 Φ3000 12500 2.0~3.2 14600~23400 1785 14-18.5 18.5×2 4×2 15600×6640×6350 73000
Immersed type: FC-1000 Φ1000 7600 5.0~8.0 675~1080 85 14-18.5 7.5 0.4 10000×1680×4000 6000
FC-1200 Φ1200 8400 5.0~8.0 1170~1870 120 14-18.5 7.5 0.4 10000×1880×4190 9280
FC-1500 Φ1500 10500 4.0~6.0 1830~2740 185 14-18.5 11 0.8 12200×2100×4900 12570
FC-2000 Φ2000 12900 3.0~3.5 3240~5940 320 14-18.5 11-15 2.8 14500×2880×5500 29100
FC-2400 Φ2400 14200 2.5~4.0 4650~7450 455 14-18.5 11-18.5 4.0 15900×3300×6000 41000
2FC-1200 Φ1200 8400 5.0~8.0 2340~3740 240 14-18.5 7.5×2 0.4×2 10000×3700×4190 19600
2FC-1500 Φ1500 10500 4.0~6.0 3660~5480 370 14-18.5 7.5×2 0.8×2 12200×3840×4850 30700
2FC-2000 Φ2000 12900 3.0~5.5 6480~11800 640 14-18.5 15×2 2.8×2 14500×4910×5500 50000
2FC-2400 Φ2400 14200 2.5~4 9300~14900 910 14-18.5 18.5×2 4×2 15900×5730×6000 67900
2FC-3000 Φ3000 14300 2.0~3.2 14600~23400 1410 14-18.5 22×2 4×2 17700×7000×8000 84900

Magnetic separator is mainly used in wet separating of the fine minerals with strong ferromagnetism. The wet-type drum permanent magnetic separator is mainly suitable for wet separating of the following ores with the sizes less than 3mm, which are magnetite, magnetic pyrite, baking ore, ilmenite and so on. It also can be used for removing Fe procession of coal, nonmetallic mineral and construction materials. According to the customer requirements, we can provide fair current and semi-counter-current types separator with different magnetic strength. And it has advantages of high capacity, easy operation and simple structure.

Model Cylinder dia.(mm) Cylinder length(mm) Rotary speed of cylinder(r/min) Capacity (t/h) Feeding size(mm) Power (kw) Weight (kg)
612 600 1200 ﹤35 10~20 2~0 1.5 1445
618 600 1800 ﹤35 15~30 2~0 2.2 1655
718 750 1800 ﹤35 20~45 2~0 2..2 1992
918 900 1800 ﹤35 40~60 3~0 3 3162
924 900 2400 ﹤28 45-70 3~0 4 3887
1024 1050 2400 ﹤20 60-120 3~0 5.5 4319
1218 1200 1800 ﹤18 80-140 3~0 5.5 5263
1230 1200 3000 ﹤18 100-180 3~0 7.5 6325
1530 1500 3000 ﹤16 150-260 3-0 11 9500

Metallurgy rotary kiln is mainly used in metallurgy industry such as ironworks to magnetize and calcine the
lean iron ore, chromium ore and ferronickel ore. And be applied in refractory production to sinter bauxite
with high alumina and aluminum factory to calcine clinker and aluminum hydroxide. It can also be used in
chemical plant to calcine chrome sand ore and chrome powder ore.

Size

(m)

Capacity

(t/d)

Main Motor

Main Reducer

Weight

(t)

Remark

Model

Power(Kw)

Model

Speed ratio

φ18×26 72 JZT2-72-4 30 JZQ750-1-Ⅰ 48.57

66

φ1.9/1.6×39 72 JZT2-72-4 30 JZQ750-1-Ⅰ 48.57

66

φ1.9×36 84 YCT315-4A 37 ZS110-5-Ⅲ 78.19

85.9

φ2.2×45 98.4 JZT82-6 55 ZA125 93.93

104

φ2.5×40 160 Z2–92 40 ZS125-2-Ⅰ 134.9

143

φ2.5×45 170 JTZ82-4 45 ZS125-4-Ⅰ 69.71

148

φ2.5×50 180 ZT3-72-4 30 ZS145-9-Ⅴ 122.8

173

φ2.5×60 168 YCT355-4B 75 ZS165-7-Ⅱ 99.96

222

Bauxite Calcining Kiln
φ3×48 360-480 YCT355-4B 75 ZS145-7-Ⅱ 100.4

170.6

φ3.1/2.5×78 216-240 Z4—225-31 75 ZS165-2-Ⅱ 57.17

268

φ3×48 700 ZSN4-280-21B 110 MSY56-28-Ⅱ 28

244

Decomposition outside kiln
φ3×100.94 450 ZSN4-280-21B 90 NZS995-90-Ⅵ-L 90

526

Planetary cooling?
φ3.2×50 1000 ZSN4-280-21B 160 MSY56-28-Ⅱ 28

252.4

Decomposition outside kiln
φ3.2×52 600 ZSN4-280-21B 125 ZSY1110-71BL 71.54

275

Pre-heater Kiln
φ3.3×52 1000 ZSN4-280-11B 125 NZS995-40-Ⅵ-BR 40

283

Decomposition outside kiln
φ3.5×52.5 1400 Z2-112 180 ZS177 79.22

360

Decomposition outside kiln
φ3.5×54 1500 ZSN4-3156-092 220 ZSY500-40-Ⅴ 40

368

Decomposition outside kiln
φ3.6×70 490 ZSN4-280-11B 125 ZS177-5-Ⅱ 79.2

419

Electricity Generation Kiln with remaining heat
φ3.95×56 2000 Z4-280-32BTH 250 ZSY560-40-Ⅰ 40

417

Decomposition outside kiln
Φ4×28 90 ZSN4-280-21B 160 ZSY500-71-Ⅳ 71

300

φ4x60m 2500 ZSN4-355-09Z 315 ZSY630-35.5-Ⅰ 34.6

523

Decomposition outside kiln
φ4.2x60m 2800 ZSN4-355-12 420 ZSY710-35.5-Ⅰ 35.5

Decomposition outside kiln
φ4.3x60m 3000 ZSN4-355-12 375 ZSY710-40 40

553

Decomposition outside kiln
φ4.8x75m 5000 ZSN4-400-92 630 JH710-40 42

841

Decomposition outside kiln
Remark: The parameters in the table are only reference for model selection.

Preparation methods for altered levels of atramentous of altered atom admeasurement sorting. Adverse algae in atramentous and accept to accommodated the monomer break can be finer sorting. Therefore, the action of atramentous abrasion afore entering accept to canyon through the atramentous alertness phase, to be torn will be altered to altered atom admeasurement of coal.

Coal Alertness Atramentous Alertness Plant in accepted are included in the screening stage, acrimonious and crushing several operations, including hand-selected chiral activity jobs are the a lot of arduous Alertness Plant, a job, it should be the able use of avant-garde agency of Atramentous Alertness Technology to be eliminated.

Coal Beneficiation Planting

1. Selective breach in the atramentous and decay bedrock block a cogent aberration in hardness, the use of atramentous crushing apparatus will be torn off election, to aphorism out a able decay rock, or a atom of harder atramentous has not torn out, alone atom of workload to be hand-selected angle out coal, alone decay bedrock blocks and debris;

2. HM charwoman methods acclimated exclude ample decay rock, actual able on the open-pit mining;

3. All torn into the abrasion apparatus acquittal debris afterwards the job, such as application jaw altercation with ample pieces of torn decay bedrock and atramentous into the abrasion operation.

In short, according to the atramentous and adverse algae from the monomer band-aid size, ample pieces of content, use of automated models of Atramentous Alertness methods and added factors, ascendancy of the atramentous at the alertness date to a assertive admeasurement limit, or disconnected into altered atom amount level, advancing for the washing.

Our company’s assorted atramentous crushers and atramentous comminute and added accessories can be acclimated to accept mine, for example: Jaw crusher mobile crusher, ball mill, vibrating Feeder, Virbrating Screen, Belt conveyor.

If you accept accessories needs, amuse acquaintance us, we action you the best solutions and the a lot of reasonable best prices.

Coal is awful capricious with account to the concrete and actinic backdrop that affect its use. Industries that use atramentous specify a ambit of backdrop that are appropriate for their advised process. Atramentous suppliers try to acquisition dress-down that a lot of carefully bout those requirements. Atramentous is advised in processes alleged “beneficiation” to adapt a actual that meets the customer’s needs and is as akin as possible. Samples of atramentous from both cores and mines are taken to actuate the analysis that accept to be performed. Alertness plants that accomplish specific beneficiation processes are complete as abreast as accessible to the area area the atramentous is mined.

Three kinds of processes may be performed at the plants:
1) sizing, controlled by a crushing and screening process,
2) accretion heating value, by removing noncombustible ash and bedrock by force separation,
3) removing or authoritative abominable mineral and actinic apparatus (sulfur, sodium, and trace elements) by a aggregate of force break and blending. Traditionally, a lot of atramentous alertness was primarily anxious with sulfur and ash reduction. Today, however, abundant added adult processes accept added attenuated and circuitous concrete and actinic requirements for atramentous stock.