Mining - SALAS - Sampling, Automation, Lab & Assay Supplies. contact Chris Kuntz 1 416 705 8484 or chris@salasmine.com

1. Services
Assay
Laboratory
Automation
Sampling

2. We studied your company prior to
making presentation:
 Company facts here
We are here to “Listen and Learn”
Our goal is to:
About You:
 Identify needs;
 Determine your ultimate goal;
 Proposing creative, durable solutions;
 Provide guaranteed customer service;
 That is the commitment of SALAS
consultants

3. Two Partners – Privately Held
 Company registered in Province of
Ontario ( Midland, ON – Head Office )
 Russian Partner has 20 years experience
in Mining and Laboratory Equipment
 Canadian Partner has 13 years experience
in Drilling, Exploration, and Mining
Technologies . 15 years renewable energy
experience.
 GOAL: To bring proven, cost effective,
more efficient - Sampling, Automation,
Lab & Assay Supplies to Mining
Companies in North and South America.
Where we have done business
About Us:
China
Kazakhstan
Australia
Tajikistan
Canada
United States
South Africa
Chile
Peru
Mexico
Russia
Uzbekistan

4. Slides in this Section
 Sampling dry materials
 Sampling slurry materials

5. Schematic Drawing
 Example of system taking sample 300mm
 Receiving the end representative sample
 Systems more specific for each mine can be
developed by SALAS.
 Free initial drawings available for qualified
buyers with project specifics that they can
supply.
Sampling Design

6. Advantages Sampling wet or dry
Sampling
 Cross all stream
 Accurate for taking samples
 Pneumatic driver
 Easily maintained
 Self lubricating

7. Example of installation in Apatit
( near Murmansk, RU ) Pneumatic Sampler PRO
Sampling

8. Example installation in Aldangold Sampler with electro control motor
Sampling

9. Model PRO 6 Cross stream sampler
Sampling

10. Model PRO 20 ( angle view ) Model PRO 20 ( side view )
Sampling

11. Specifications
 Fully enclosed unit containing a rotating
sample cutter that passes at constant speed
through the falling stream of slurry or free
flowing solids entering it. Correct cutter
geometry design ensures radial cutter
edges accurately cut a fixed portion of the
stream. The portion of the stream sampled
by the cutter is diverted to the customer’s
sample collection system while the
remainder passes through for continuous
discharge.
VEZIN
Sampling Equipment

12. Specifications
 One, two or four cutters can be fitted to
ensure a representative sample is collected.
 The cutters and liners are readily
replaceable in the field.
VEZIN
Sampling Equipment

13. Desription
 The UNICAL® Density Analyser is portable,
hand-held calibration tool for the
Production Supervisor or Instrument
Technician. Fast system.
 Stainless steel sampling flasks in one or 10
litre capacity.
 Certified calibration weights to allow rapid
verification of the analyser accuracy
UNICAL
Sampling

14. Advantage of “Rapide” System
 Small volume of sample
 Express analysis of volume products
 Algorithm renders sample cutting,
delivery, analysis, splitting, and
dehydration completely automated
 Measuring cycle of product is 15
minutes or greater
 System adaptable to specific conditions
of X-ray spectrometer.
Sample delivery. Sample preparation.
Sampling - Rapide

15. Advantage
 All devices are equipped with electronic
control
 Siemens Logo blocks and contains all
the required safety and switching
components
 Custom designed for your needs and
system requirements
Control box.
Sampling - Rapide

16. System for preparing samples to
analyser Courier
Sampling system “Rapide”,
Norilsky Nikel, RU
Sampling

17. A multiplexer for supplying liquid pulp
samples to the analyzer Outotec Courier
Jet pumps for liquid samples to the
analyzer Outotec Courier
Sampling - Rapide

18. Advantage of “Rapide” System
 Small volume of sample
 Express analysis of volume products
 Algorithm renders sample cutting,
delivery, analysis, splitting, and
dehydration completely automated
 Measuring cycle of product is 15
minutes or greater
 System adaptable to specific conditions
of X-ray spectrometer.
Sample delivery. Sample preparation.
Sampling - Rapide

19. Slides in this Section
 Pneumatic Transport Sample System
 Automation of the system.

20. Description of “Rapide”
Photo of 15 lines sample cutting
 Variable sample from cutting flow
 Sample accumulation
 Sample received at delivery block
 Split with pneumatic drive
 Sample dehydration
 Pumping device
 Pneumatic control boxes
 Proprietary software runs system
Sampling - Rapide
“Rapide” system can be adapted to
Saturn, Pluton, Courier systems.

21. Photographs of “Rapide” System
installed at Kaztsink, Kazakhstan
 Control box uses GE and FANUC
Photographs of “Rapide” System
installed at Norilskiy, Russia
Sampling - Rapide
 Complete system can be designed by SALAS

22. Advantage of “Propul” System
 Send samples, documents, other
material objects through system
 Everything moved by capsule
 Fast delivery times
 Accurate analysis at appropriate labs
 Documents delivered from department
to department, building to building, all
in same day.
“Propul” is most effective way to
send samples for analysis
Sampling - Propul

23. Description of “Propul” System
 Speeds of 8 to 10 mps
 Steel or polyethylene pipes 95mm
 Maximum weight of object 2.5kg
 Blower powered with any level req’d
 Strong joints, system connects and
disconnects quickly
 Service life of not less than 10 years
“Propul” installation at Norilskiy
Sampling - Propul

24. Advantage of “Reactifs” System
( Flotation Reagents and Lime Batch )
 Proprietary software controlled
 Feed calculation and flow rate
performed in real time
 Reagents non-crystalized in air
 Purification process
 Direct flow valves or pumps
 System adaptable to Burkert, Milton
Roy, Etatron and others
 Sensors control expenditure of
reagents and residual concentrations
Automated reagent batch control
systems increase production.
Sampling - Reactifs

25. Schematics of “Reactifs”
Sampling - Reactifs
 Lime batching
without crystallization
 Lime batching
reduces expenses

26. Advantage of
“Granule Density Meter(DM)” System
 Small volume of sample
 Reliable automated process
 Best for Cu / Au granular readings
 Measures percentage of solid particles
and required size and density grade in
decomposing products such as Pulps
and Hydraulic mixtures.
 Direct methods of measuring
Numbered parts to right: 1) camera 2) settling
tube 3) measuring device 4) pressure meter 5)
gate 6) thermometer 7) signal lamp 8) level
meter 9) pulp tube 10) calibrating vessel
Schematics of “Granule Density
Meter(DM)”
Sampling – Granule(DM)

27. Unique product developed from 1982
 The technology of determined
granulometric particle size by methods
of sedimentation is known more then
100 years
 Innovations were made fully automated
and the process was completely
successful from 1982
 Advantages: particle size and density
measured together at the same time
 Control for process on PC station
Sampling – Granule(DM)

28. Description of “Granule” System
 Stability and accuracy of readings
 Automation of sample cutting
 Temperature compensation
 Reading of hydraulic mixture viscosity
 Differential measurements including
inaccuracies associated with pressure
monitor settings
Graphs and Photos of “Granule”
Sampling - Granule

29. Description
 Density (SGU).
 Volumetric Flow Rate (m3/h)
 Mass Flow Rate - wet or dry - (t/h)
 Totalised dry mass (t)
 Totalised wet flow (m3)
 APPLICATIONS
 Tailing to tailings dumps
 Thickener underflow
 Mass balance determination in wet
processes
Mass Flow Density Gauge
Automation

30. Advantage of “Analitique” System
 Small volume of sample
 15 lines of sample delivery
 X-ray fluorescent analysis
 Software sends data to ore plant
 2 vacuum chanels reduces hardware
inaccuracies
 Time of analysis is 20-100 seconds
Schematics of “Analitique”
Sampling - Analitique

31. Automation - OTHER
 Level Measurement
 Gamma - Continuous Level
 Gamma - Cyclone Blockage Detection
 Gamma - Point Level Switches
 Microwave Level Gauges
 Tilt Switches
 Ultrasonic Level Gauges
 Calibration & Auxiliary Equipment
 Density Analysers / Calibrators
 I-Tag Electronic Isotope Tag
 Model 13 Actuator Positioner
 PID Controllers
 Process Variable Indicator
 Radiation Measurement
 Speed Sensors & Switches
 Density Measurement
 Density Analysers / Calibrators
 Density Control Systems
 Mass Flow Density Gauges
 Model NDG-420/421
 Blocked Chute Detector
 Gamma Level Switch
 Microwave Switch
 In-Motion Truck Scales
 Static Weighing
 Bench Scales
 Bin / Silo / Hopper Weighing
 Blending & Batching Systems
 Load Cells
 Platform Scales

32. Slides in this Section
 Sample Preparation – Crushers,
Dividers, Mills
 Metallurgical Testing Equipment –
Abrasion Testing, Bond Index
Machine, Flotation, Filter Pressure

33. Specifications
 Digital temperature control
 Damper control
 Temperature -130C
 1 of 2.2kW element
 6 removable galvanized shelves 700x700m
 Between distance 173mm
 Can use on shelve 4pc small tray or 4 big
560L Dry Oven
Laboratory Equipment

34. Specifications
 Max 130 Degrees C.
 Stainless steel internal lining.
 High temperature resistant insulation.
 2 x mobile trolleys with high temperature
resistant castors.
 0.37kW recirculating fan – 380-415V 50Hz.
 3 x 4kW elements.
 Digital temperature control.
 Twin front operated damper control.
 Over temp protection.( Max setting on over
temp 220deg.
Drying Ovens, M2
Laboratory Equipment

35. Specifications
• Maximum Feed Size - 170 mm (85% of jaw
inlet)
• Usual Product Size - 25 mm
• Maximum Product Size - 50 mm
• Throughput at Usual Product Size -
3000kg/h
• Dust Extraction Points - Two
• Mass - 2000kg
• Motor Power - 7.5 kW, 3 phase
Jaw Crusher JC 3030S
Laboratory Equipment

36. Specifications
 Jaw Inlet - 200 mm x 130 mm
 Maximum Feed Size - 110 mm (85% of jaw
inlet)
 Usual Product Size - 6 mm
 Maximum Product Size - 35 mm
 Throughput at Usual Product Size - 500kg/h
 Dust Extraction Points - Two
 Dust Extraction Flow - 200 L/s
 Mass - 650kg
 Dimensions (lx w x h) - 840 x 570 x1400 mm
 Motor Power - 4 kW, 3 phase
JC2013 Jaw crusher
Laboratory Equipment

37. Specifications
 Jaw Inlet - 100 mm x 200 mm
 Maximum Feed Size - 70 mm (85% of jaw
inlet)
 Usual Product Size - 3 mm
 Maximum Product Size - 25 mm
 Throughput at Usual Product Size - 500kg/h
 Dust Extraction Points - 1
 Mass - 270kg
 Dimensions (lx w x h) - 720 x 475 x630/945
(with frame) mm
 Motor Power - 2,2 kW, 3 phase
JC1000
Jaw crusher
Laboratory Equipment
20 L receiving tray

38. Specifications
 Jaw Inlet - 100 mm x 200 mm with Rotary
divider in one unit
 Sample is crushed in the crusher, and then
after the hopper it falls into the sample
receptacle divider.
 Since the rotation speed is constant for
sample receiver, samples are distributed on
the tray in proportion to their volume.
Jaw CrusherDivider
JC1000RSD
Laboratory Equipment

39. Specifications
 Jaw Inlet - 60 mm x 100 mm with divider in
one unit
 Three parts: Frame, Receptacle Trays,
Divider.
 Geared motor transmits rotation to divider
in which there are five removable trays.
 Three trays have the same volume - 1/4 of
the original sample. Two trays have the
same volume - 1/8 of the initial sample; one
of them is set cutter which divides it into
two parts, providing a reduction in samples
from 1/8 to 1/80 by moving the partition.
JC50 Jaw crusher/ Divider
Laboratory Equipment

40. Specifications
• Jaw Inlet - 60 mm x 100 mm
• Maximum Feed Size - 50 mm (85% of jaw
inlet)
• Usual Product Size - 2 mm
• Maximum Product Size - 20 mm
• Throughput at Usual Product Size - 200kg/h
• Dust Extraction Points - 1
• Mass - 130kg
• Dimensions (lx w x h) - 640 x 340 x600 mm
• Motor Power - 1,1 kW, 3 phase ,
JC50
Jaw crusher
Laboratory Equipment
2 L receiving tray

41. Specifications
• Disc diameter -65 mm
• Maximum Feed Size -1 mm
• Usual Product Size - 0,05 mm
• Material disc- SiC
• Volume chamber -70cm3
• Mass - 19kg
• Dimensions (lx w x h) - 350 x 230 x260 mm
• Motor Power - 0.25 kW, 3 phase ,
Disc mill DM-65
Laboratory Equipment

42. Specifications
• Disc diameter -175 mm
• Maximum Feed Size -3 mm
• Distance between disc 0.1 -5.0 mm
• Usual Product Size - 0,1 mm
• Productivity -150 kg/hr
• Material disc- castle/ stainless still
• Mass - 140kg
• Dimensions (lx w x h) - 690 x 410 x905 mm
• Motor Power - 2.2 kW, 3 phase ,
Disc mill DM-175
Laboratory Equipment

43. Specifications
• Disc diameter -200 mm
• Maximum Feed Size -5 mm
• Distance between disc 0.1 -5.0 mm
• Usual Product Size - 0,1 mm
• Productivity -150 kg/hr
• Material disc- castle/ stainless still
• Mass - 140kg
• Dimensions (lx w x h) - 690 x 410 x905 mm
• Motor Power - 2.2 kW, 3 phase
Disc Mill
DM-200
Laboratory Equipment

44. Specifications
• Disc diameter -250 mm
• Maximum Feed Size -5 mm
• Distance between disc 0.1 -5.0 mm
• Usual Product Size - 0,1 mm
• Productivity - 300 kg/hr
• Material disc- castle/ stainless still
• Mass - 200kg
• Dimensions (lx w x h) - 930 x 410 x905 mm
• Motor Power - 4.0 kW, 3 phase
Disc Mill
DM-200
Laboratory Equipment

45. Specifications
 Rolls size 150x200 (LxD)
 Optimum Reduction Ratio 4:1
 Usual Product Size 1mm
 Throughput at Usual Product Size
Dependant on gap setting
 motor 2 x 1.1 kW
 Easy to adjust
 Fully enclosed dust cabin
Rolls
Crusher
Laboratory Equipment

46. Specifications
 Diameter of crushing con x 100 mm
 Maximum Feed Size - 10 mm
 Usual Product Size - variable
 Throughput at Usual Product Size - 30kg/h
 Mass - 62kg
 Dimensions (lx w x h) - 520 x 250 x420 mm
 Motor Power - 1,5kW, 3 phase
Cone Crusher
SALAS10
Laboratory Equipment

47. Principal of work - Advantages
 When rotational unbalance occurs from
centrifugal force, the crushing cone and
inner shell will still work.
 Material that falls on the guide in the
housing chamber will be vibrated and
gravity discharged through the nozzle.
 Selective crushing without overgrinding;
 3 speed selection of the oscillation in
crushing cone
 installation of long or short fingers
 Ability to work "under the rubble," without
dosage crushed material;
Cone Crusher
SALAS10
Laboratory Equipment

48. Specifications
 Volume of drum x 50 L
 RPM - 49
 The angle of inclination of the longitudinal
axis of the barrel to the axis of its rotation,
deg., "Without dosage crushed material;
 Mass -135kg
 Dimensions (lx w x h) - 1130 x 770 x1040 mm
 Motor Power - 0,75kW, 3 phase ,
 Material of drum- stainless steel
Mixer 50L
Laboratory Equipment

49. Specifications
 Available for sample from 10kg up to 60 kg
in different model design.
 Dividing sample automatically using
regulated vibro feeder system
 Size of reduction can be any according
requirements
 Easy to operate
 Representative result
Rotary sample divider
Laboratory Equipment

50. Specifications
 Width of grooves 10 mm
 Full sample receptacle volume 2x1,3 dm3
 Number of grooves piece 16
 Particle size of sample not more than 3
mm
 Overall dimensions,
L x W x H 260x215x200 mm
 Weight 3 kg
Riffle Splitter
Divider D10
Laboratory Equipment

51. Specifications
 Width of grooves 15 mm
 Full sample receptacle volume 2x4,4 dm3
 Number of grooves piece 16
 The particle size of the sample not more
than 5 mm
 Overall dimensions,
L x W x H 395x295x315 mm
 Weight 7.3kg
Riffle Splitter
Divider D15
Laboratory Equipment

52. Specifications
 Width of grooves 20 mm
 Full sample receptacle volume 2x10 dm3
 Number of grooves piece 16
 The particle size of the sample not more
than 6.5 mm
 Overall dimensions,
L x W x H 420x375x370mm
 Weight 10.8kg
Riffle Splitter
Divider D20
Laboratory Equipment

53. Specifications
 Touch Screen for more accurate control
 Cabinet front is fully removable for easy
access and maintenance
 Internal control box for maximum safety
 2.2kW motor for extra power
 Power drive is separate to motor to reduce
wear
 Easy to adjust belt tension
 Maximum sample weight of 1600gms
 Pneumatic clamping system to ensure that a
full range of grinding bowls can be fitted
quickly
Pulverizer
PV2
Laboratory Equipment

54. Specifications
 Bowl jack for making lifting easier
 Swing arm with incorporated pneumatic
clamp
 Touch screen for more accurate control
 Internal control box for maximum safety
 4kW motor for extra power
 Power drive is separate to the motor to
reduce wear
 Two piece, acoustic insulated steel cabinet
 Easy to adjust belt tension
 particular size of 90% passing 75 micron in a
standard cycle.
Pulverizer
PV5
Laboratory Equipment

55. Specifications
 Fully painted mild steel body.
 Built in funnel & screen
 Mild steel barrel as standard. Stainless steel
available on request.
 Acoustic enclosure fitted as standard.
 Replaceable lifterbars.
Ball &
Rod Mill
Laboratory Equipment

56. Specifications
 Available different size:
 200x200 ball mill
 200x250 rod mill
 250x250 ball mill
 250x250 rod mill
 300x300 ball mill
 300x360 rod mill
Laboratory Equipment

57. Specifications
Bond index ball mill, supplied
complete with controls, stand,
funnel and screen, ball charge
Crate dimensions
1550 x 950 x 1500mm
mass 360kg
Bond Index Mill BWI (Ball or Rod)
Laboratory Equipment

58. Specifications
 Available: 5L; 10L; 13L; 21L; 40L
 Construction of Filter pressure has
cylindrical body with a filter cloth installed
at bottom.
 The slurry is poured into the top of unit.
 The lid is screwed down securely and
manually pressurised using the installed
control valve.
 The pressurised air then forces the excess
to be concentrated into a cake to be
removed at the bottom of the body
Filter Pressure
Laboratory Equipment

59. Specifications
• Impeller speed is variable
• Air supply is fed through impellor
shaft, this requires the machine to
be connected to an air supply
(compressor)
• Rotor diameters vary with the size
of the cell being used.
• Available different volume of cells:
• 0.5; 0.75; 1.0; 1.5; 2.0; 3.0;5.0L or
others
Flotation Machine
Laboratory Equipment

60. Slides in this Section
 Fusion Furnaces – Gas & Electrical
 Cupellation Furnaces
 Multi Pour Systems
 Crucibles and Cupels

61. Description
Power Requirements:
Volts: 240v Phase: 1 Kilowatts: 1
Fuel Type: Natural Gas.
Gas Consumption: 540Mj Per Hr
Operating Pressure: 3.5Kpa
Gas Pressure Requirements:
Min Inlet: 3.5Kpa Max Inlet: 7Kpa
Measurements - Overall Height
1980mm, Working Height 935mm,
Overall Width 2070mm, Overall Depth
1200mm
Temperature 1100 C
50 Place Fusion Furnace Natural Gas
FAS-120-NG
Laboratory - Furnaces

62. Description
Volts: 110v Phase: 1 Kilowatts: 1
Fuel Type: Natural Gas Or LPG
Gas Consumption: 540Mj Per Hr
Operating Pressure: 3.5Kpa,
( 140 for LPG )
Gas Pressure Requirements:
Min Inlet: 3.5Kpa
Max Inlet: 7Kpa
50 Place Fusion Furnace
Laboratory - Furnaces
Furnaces available in different fuel
types and voltages:
Natural gas
Nat Gas/LPG
LPG
Oil / Diesel

63. Description
100-400 Samples per day
Electrical 3 phase
Transformer 24va Multi-tap 50-60Hz.
Crucibles: 25 x 50gram, 25 x
65gram,42 x 30gram, 42 x 40gram,
42 x 55 gram
Working Area
D*W*H = 560* 590* 195 mm
Dimension Size
L*W*H = 1640* 1890* 2030mm
Weight 1200KG
Temperature 1,150 C
Electric 25 Place, Fusion Furnace,
FAS-155-E
Laboratory Furnaces

64. Specifications
100 to 400 samples per day
Electrical Connection 3 phase
Transformer 10.5va Multi-tap 50-
60Hz. Crucibles: 25 x 50gram, 25 x
65gram,42 x 30gram, 42 x 40gram,
42 x 55 gram
Crucibles: 50x 6A, 50x 7A or 7AS
Working Area
D*W*H = 560* 590* 195 mm
Dimension Size
L*W*H = 1290* 1090* 1930mm
Weight 480KG
Temperature 1,110 C
Electric 50 Place, Cupellation Furnace
FAS-140-C
Laboratory Furnaces

65. Specifications
• Power Requirements:
• Volts: 240v Phase: 1 Kilowatts: 1
• Fuel Type: Natural Gas.
• Gas Consumption: 270Mj Per Hr
• Operating Pressure: 3.5Kpa
• Gas Pressure Requirements:
• Min Inlet: 3.5Kpa Max Inlet: 7Kpa
Dimension Size
L*W*H = 860* 990* 1700mm
Temperature 1,110 C
100 Place Cupellation Furnace,
Natural Gas - 240v, FAS-170-NG
Laboratory Furnaces
** 168 Place Fusion Furnace ( larger model available )

66. Specifications
Variety of multiple crucible loading
and pouring systems suit most fire
assay crucibles
Natural and LP gas, electric and
distillate-fired fusion furnaces and
cupellation furnaces
Cupel forks to suit various
configurations
Tongs, cupel trays and other manual
fire assay tools
Aluminium and Stainless Steel test
tube racks
Typical Fire Assay Multipour System
Laboratory Furnaces

67. Slides in this Section
 Installation and Maintenance
 Warranty
 Spare Parts
 Mining Technologies
 Technical Audits
 Seminars and Consulting
 Engineering and Design

68. Images of Spare Parts Pouring Mould 7 place 55g
Laboratory
Spare Parts

69. Bowls and Discs for Pulverisers
Laboratory
Spare Parts
 Bowls Available for sample weights 50g to 3.5Kg
Suitable for following mills:
 LM1, LM2, LM5 ( Essa, FLS ) and model PV2, PV5
 B300, B400, B800, B1000, B2000, B5000

70. We provide Spare Parts for all
Laboratory
Spare Parts
 Mills
 Crushers
 Furnaces
 Sampling Automation Systems
 Please contact us for detailed lists
 Reagents
 PAX, MIBC
 Flocculants
 Grinding Rods
 Grinding Balls
 Conveyors
 Conveyor Belts
 Idlers
 Filtration
 Industrial Cones
 Industrial Screens
 Grizzlies
 Plastic Mesh
 Wire Mesh
Additional Products,
More Information available on request

71. Presentation 19.01.2015
Thank you for your attention.
Questions?