paper TITLE CHAPTER PDF 925 Challenges in solid-liquid separation: Thickener theory and applications 01. Plenary Session 101 931 Lower operating costs through enterprise dynamic performance management 01. Plenary Session 102 929 Sustainability and public engagement in mining: The role of engineers 01. Plenary Session 103 952 A new approach to assessing energy efficiency, grindability and HPGR technology by comminution research 01. Plenary Session 104 928 Reducing whole of enterprise running costs through coarse particle flotation 01. Plenary Session 105 923 Drivers that will change the design and plant operation in the mining industry 01. Plenary Session 106 911 A crystal ball vision of innovation in mineral processing 01. Plenary Session 107 922 Overcoming sustainanability challenges of future concentrator plants 01. Plenary Session 108 930 Minería sustentable en Antofagasta Minerals 01. Plenary Session 109 813 Frother effect on bubble size in the presence of structure making and structure breaking salts 02. Flotation Fundamentals 201 61 Effect of regrinding conditions on the flotation of sulphide minerals in the cleaner stage 02. Flotation Fundamentals 202 286 Identification of surface chemical factors effecting Pb recovery in a lead/zinc circuit 02. Flotation Fundamentals 203 323 Electrochemical study of sulfide flotation: Short story 02. Flotation Fundamentals 204 484 Characterizing flotation recovery variability of copper ores 02. Flotation Fundamentals 205 491 The use of esterification to create hydrophobic quartz particles for flotation 02. Flotation Fundamentals 206 660 A frother characterization technique using a lab mechanical flotation cell 02. Flotation Fundamentals 207 723 Interrelation of site population of calcic amphiboles with their electrochemical and flotation properties 02. Flotation Fundamentals 208 936 Electrokinetic behavior of egyptian coal in the presence of some nonionic surfactants 02. Flotation Fundamentals 209 10 Surface species, roughness and hydrophobicity of enargite under electrochemically-controlled oxidation 02. Flotation Fundamentals 210
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paper TITLE CHAPTER PDF
925Challenges in solid-liquid separation: Thickener theory
and applications
01. Plenary
Session101
931Lower operating costs through enterprise dynamic
performance management
01. Plenary
Session102
929Sustainability and public engagement in mining: The
role of engineers
01. Plenary
Session103
952
A new approach to assessing energy efficiency,
grindability and HPGR technology by comminution
research
01. Plenary
Session104
928Reducing whole of enterprise running costs through
coarse particle flotation
01. Plenary
Session105
923Drivers that will change the design and plant
operation in the mining industry
01. Plenary
Session106
911A crystal ball vision of innovation in mineral
processing
01. Plenary
Session107
922Overcoming sustainanability challenges of future
concentrator plants
01. Plenary
Session108
930 Minería sustentable en Antofagasta Minerals01. Plenary
Session109
813Frother effect on bubble size in the presence of
structure making and structure breaking salts
02. Flotation
Fundamentals201
61Effect of regrinding conditions on the flotation of
sulphide minerals in the cleaner stage
02. Flotation
Fundamentals202
286Identification of surface chemical factors effecting Pb
recovery in a lead/zinc circuit
02. Flotation
Fundamentals203
323 Electrochemical study of sulfide flotation: Short story02. Flotation
Fundamentals204
484Characterizing flotation recovery variability of copper
ores
02. Flotation
Fundamentals205
491The use of esterification to create hydrophobic quartz
particles for flotation
02. Flotation
Fundamentals206
660A frother characterization technique using a lab
mechanical flotation cell
02. Flotation
Fundamentals207
723Interrelation of site population of calcic amphiboles
with their electrochemical and flotation properties
02. Flotation
Fundamentals208
936Electrokinetic behavior of egyptian coal in the
presence of some nonionic surfactants
02. Flotation
Fundamentals209
10Surface species, roughness and hydrophobicity of
enargite under electrochemically-controlled oxidation
02. Flotation
Fundamentals210
21A new insight into oxidation mechanisms of sulphide
minerals
02. Flotation
Fundamentals211
35Separation mechanism of tennantite and chalcopyrite
with flotation after oxidation using oxygen
02. Flotation
Fundamentals212
62The flotation of pyrite and chalcopyrite in the
presence of biopolymers
02. Flotation
Fundamentals213
68Study on activation property and mechanism of metal
cations in wolframite flotation
02. Flotation
Fundamentals214
96Adsorption of carboxymethyl cellulose on talc basal
and edge surfaces probed by atomic force microscope
02. Flotation
Fundamentals215
111 Effect of Fe(II) on calcite and smithsonite flotation02. Flotation
Fundamentals216
122Measuring the induction time for particle–bubble
attachment in flotation
02. Flotation
Fundamentals217
185Application of ultrasonic irradiation to micro-bubble
flotation
02. Flotation
Fundamentals218
193 The effect of polymers on wettability of bitumen02. Flotation
Fundamentals219
228Selective flotation of chalcopyrite and molybdenite by
surface oxidation
02. Flotation
Fundamentals220
233 Flotation of chalcopyrite and pyrite in sea water02. Flotation
Fundamentals221
246Activation/depression of sphalerite by calcium sulfate
in flotation water
02. Flotation
Fundamentals222
277Cryo-SEM imaging of aggregate structures of clay
minerals in flotation pulp and froth
02. Flotation
Fundamentals223
279Direct measurement of hydrodynamic and surface
forces in bubble-particle interactions
02. Flotation
Fundamentals224
332Necessary conditions for mineral–bubble aggregate
formation during flotation
02. Flotation
Fundamentals225
342Critical Coalescence Concentration (CCC) for
surfactants in aquerous solutions
02. Flotation
Fundamentals226
361Electrochemical interactions of some platinum group
minerals with flotation reagents
02. Flotation
Fundamentals227
426 Copper ion activation on different origin pyrite 02. Flotation
Fundamentals228
434 Influence of additives on gas holdup and bubble size02. Flotation
Fundamentals229
463
Influence of clays on induction time, floatability and
foam stability in the process of flotation of copper
sulphide minerals
02. Flotation
Fundamentals230
479Break-up in formation of small bubbles: Salts and
frothers
02. Flotation
Fundamentals231
597Colloidal probe atomic force microscopy to determine
the floatability of minerals in ores
02. Flotation
Fundamentals232
599Plate type gangue minerals and their impact on
flotation performance
02. Flotation
Fundamentals233
698Study of froth recovery and froth dropback behaviour
in a controlled plant environment
02. Flotation
Fundamentals234
748Physicochemical interactions of mineral fines and
their effects on selective mineral separations
02. Flotation
Fundamentals235
757
Jojoba oil as an alternative collector in the selective
flotation of apatite and calcite at slightly acid
conditions
02. Flotation
Fundamentals236
760 Gas dispersion properties of fatty acids02. Flotation
Fundamentals237
779 Electrochemical flow cell for mineral processing02. Flotation
Fundamentals238
843Peak Air Recovery: An investigation into the effect of
particle size
02. Flotation
Fundamentals239
117 Effect of frother on flotation of pyrite and silica02. Flotation
Fundamentals240
897 Flotation in highly concentrated electrolyte solutions03. Flotation
Chemistry301
913Mineral processing and environmental
bioremediation: A general review
03. Flotation
Chemistry302
160Design and development of novel mineral-specific
collectors for flotation
03. Flotation
Chemistry303
161Molecular recognition in mineral flotation: selectivity
in apatite-calcite system
03. Flotation
Chemistry304
196Flotation of sulfide minerals from copper ores in the
presence of either nonpolar or thiol collectors
03. Flotation
Chemistry305
335N-carboxymethyl chitosan in differential flotation of
galena and chalcopyrite
03. Flotation
Chemistry306
368
Development of anionic collectors for direct flotation
of apatite from complex siliceous ores with a focus on
sustainability
03. Flotation
Chemistry307
436Utility of DNA isolated from Bacillus circulans for the
selective flotation of sphalerite from galena
03. Flotation
Chemistry308
455Application of plant extracts as modifiers for
selective flotation of sulfide minerals
03. Flotation
Chemistry309
461Evaluation of phosphate depressants in the
phosphate/dolomite system
03. Flotation
Chemistry310
489Polymer depressant adsorption selectivity in mixed
mineral systems
03. Flotation
Chemistry311
733Physicochemical observations during process water
reuse in flotation of oxide copper-cobalt ore
03. Flotation
chemistry 312
893The flotation study on the arsenic rejection from lead
concentrate using aluminosulfate
03. Flotation
Chemistry313
902Computer-based study on QSAR of small molecule
depressors for chalcopyrite
03. Flotation
Chemistry314
909Chemical factor effects in saline and hypersaline
waters in the flotation of Cu and Cu-Mo ores
03. Flotation
Chemistry315
429Floating performance of a new mixed chelate collector
in reverse floatation of anshan style iron ore
03. Flotation
Chemistry316
671A thermochemical study of thiol collector surface
reactions on galena and chalcopyrite
03. Flotation
Chemistry317
171
REE bearing mineral recovery: A microflotation and
surface chemistry study using hydroxamate collectors
and citric acid
03. Flotation
Chemistry318
187Rhodococcus opacus as bioreagente for electro-
flotation
03. Flotation
Chemistry319
188The adsorption mechanism of 3-(dodecyloxy) propan-
1-amine on kaolinite (001) surface
03. Flotation
Chemistry320
197
Depression of inherently hydrophobic minerals by
hydrolyzable metal cations: Molybdenite depression
in seawater
03. Flotation
Chemistry321
238Flotation of selected copper sulfide minerals in saline
waters
03. Flotation
Chemistry322
313PM40N as a precious metals promoter for Silver
recovery from Lead ore in South Asia
03. Flotation
Chemistry323
318New dialkyldithiophosphates for the flotation of
copper, gold and silver containing ores
03. Flotation
Chemistry324
328New phenylpyrazolone class collector for separation
of sulphides of copper-zinc ores
03. Flotation
Chemistry325
402Polymeric depressants in purification by flotation of
molybdenite
03. Flotation
Chemistry326
423Effect of biosolids and their main components in the
concentration of copper sulphide ores
03. Flotation
Chemistry327
533Effect of water composition on flotation of lead and
zinc sulphide ore
03. Flotation
Chemistry328
570 Study on the flotation of auriferous pyrite by Y-8903. Flotation
Chemistry329
672The effect of different collectors on iron removal from
quartz by flotation
03. Flotation
Chemistry330
903Applications of first principles in the separation of
copper-molybdenum ore
03. Flotation
Chemistry331
603The role of colloidal precipitates in the interfacial
behavior of long-chain ionic surfactants
03. Flotation
Chemistry332
718Fundamental study of the effect of flotation reagents
on copper flotation with seawater
03. Flotation
Chemistry333
76Using of new water-soluble cationic collector in
reverse flotation of hematite
03. Flotation
Chemistry334
716Insights upon the adsorption mechanism of KAX on
malachite
03. Flotation
Chemistry335
598Practical aspects of Cu-Mo separations and
alternatives to NaSH and Nokes reagent
03. Flotation
Chemistry336
307Modeling floatability components for liberated and
composite particles
04. Flotation
Modelling &
Optimization
401
939Computer-Aided design and optimization of industrial
flotation circuits
04. Flotation
Modelling &
Optimization
402
123Multivariate image analysis of a realgar–orpiment
batch froth flotation system
04. Flotation
Modelling &
Optimization
403
124 Influence of particle shape on flotation performance
04. Flotation
Modelling &
Optimization
404
211 Rating cumulative grade recovery curve data
04. Flotation
Modelling &
Optimization
405
383
Characterising the deleterious effect of phyllosilicate
minerals on the copper flotation via froth stability
analysis
04. Flotation
Modelling &
Optimization
406
607Flotation rate characterization along rougher flotation
banks based on top-of-froth measurement
04. Flotation
Modelling &
Optimization
407
826Modeling of residence time distribution of liquid and
solid in mechanical flotation cells
04. Flotation
Modelling &
Optimization
408
822Effect of a mixed-collector system on flotation of a
mixed copper ore through statistical analysis
04. Flotation
Modelling &
Optimization
409
938A comprehensive bubble life model for conventional
flotation
04. Flotation
Modelling &
Optimization
410
66A global sensitivity analysis for multiple products in a
mineral processing flowsheet
04. Flotation
Modelling &
Optimization
411
167Method for evaluation of mineral processing by
liberation and separation
04. Flotation
Modelling &
Optimization
412
384A critical analysis of froth transportation models in
flotation
04. Flotation
Modelling &
Optimization
413
401Selective flotation optimization of galena from lead
and zinc ore complex (sulphide-oxide)
04. Flotation
Modelling &
Optimization
414
664Investigation of flotation rate constant in fine coal
flotation process
04. Flotation
Modelling &
Optimization
415
800Optimization of flotation process on fine ilmenite
using flotation column
04. Flotation
Modelling &
Optimization
416
935The effect of the bubble and particle size
distributions on the kinetic rate constant
04. Flotation
Modelling &
Optimization
417
280 Validation of a first principles flotation model
04. Flotation
Modelling &
Optimization
418
281Development of a model for bubble coarsening in a
flotation froth
04. Flotation
Modelling &
Optimization
419
612The optimization of copper-bearing slag flotation
using a sulfidation stage at El Soldado mine site
04. Flotation
Modelling &
Optimization
420
633Development of a froth model to assess the mass
transport of particles reported to the concentrate
04. Flotation
Modelling &
Optimization
421
811Modeling the impact of the dissolved oxygen on froth
flotation performance
04. Flotation
Modelling &
Optimization
422
821Using TRIZ methodology to identify gaps in the search
for improving fine particles froth flotation
04. Flotation
Modelling &
Optimization
423
588Towards the use of X-ray photoelectron spectroscopy
data as a metallurgical tool in froth flotation
04. Flotation
Modelling &
Optimization
424
17Hydrodynamic enhancement of flotation using a
Reflux flotation cell
05. Flotation
Technology501
47 Application of KYF-320 flotation cell05. Flotation
Technology502
148 The effect of cell hydrodynamics on flotation kinetics05. Flotation
Technology503
182Comparison of effectiveness of working in parallel
streams industrial flotation machines
05. Flotation
Technology504
203The effect of gas dispersion properties on water
recovery in a laboratory flotation column
05. Flotation
Technology505
276The effect of rotor-stator treatments in a randomized
trial at the Newmont Carlin concentrator (Phase I)
05. Flotation
Technology506
333New techniques for measuring turbulence in flotation
cells
05. Flotation
Technology507
400The effect of energy input on the flotation kinetics of
galena in an oscillating grid flotation cell
05. Flotation
Technology508
428An investigation into the relationship between
particle shape and entrainment
05. Flotation
Technology509
493Experiments on the flotation of coarse composite
particles
05. Flotation
Technology510
635Review of flotation batch test procedures and scale-
up – implications of entrainment
05. Flotation
Technology511
659Gas dispersion characterization of a laboratory
mechanical flotation cell
05. Flotation
Technology512
735Contribution of roughness and shape factors on
flotation of glass beads
05. Flotation
Technology513
741Characterization of frother effects on gas dispersion in
a Jameson cell
05. Flotation
Technology514
768Single phase tracer mixing and power number studies
in laboratory scale flotation cells
05. Flotation
Technology515
890Effect of froth depth and gas rate on the proxy for
flotation froth phase bubble sizes
05. Flotation
Technology516
46Flow field analysis of the impeller and stator region in
KYF flotation cell
05. Flotation
Technology517
195Effect of particle size on flotation of polysulphide
copper sedimentary ore
05. Flotation
Technology518
595Plant engineering and design experiences with the
TankCell® e300
05. Flotation
Technology519
653Gas dispersion measurements in three Outotec
flotation cells: TankCell 1, e300 and e500
05. Flotation
Technology520
722Comparison of the efficiency of new multi-zone and
conventional flotation cells at lab and pilot scales
05. Flotation
Technology521
441An improved model of the elementary act of flotation
in the vibratory column flotation machine
05. Flotation
Technology522
465Effect of electrolyte composition on flotation of water-
soluble minerals
05. Flotation
Technology523
626
Evaluating classic froth washing technology to
increase the concentrate grade: Theory and
experiments
05. Flotation
Technology524
882Industrial application progress of pneumatic flotation
imhoflot technology in Chile
05. Flotation
Technology525
673Application of pneumatic flotation machines CFM for
dressing non-ferrous metals and zinc cakes
05. Flotation
Technology526
353 Design of jet diffuser flotation column in pilot scale05. Flotation
Technology527
121
Oxygen demand test: A diagnostic tool for
determining the optimum aeration in the selective
flotation of chalcopyrite from pyrite
06. Flotation of
Sulfide Ores: New
Applications
601
174
Magnetic conditioning of flotation feed to increase
recovery of fine value minerals at Boliden’s
Garpenberg Concentrator
06. Flotation of
Sulfide Ores: New
Applications
602
407 Determining frother distribution in flotation circuits
06. Flotation of
Sulfide Ores: New
Applications
603
884Rejection of pyrite: Challenges and sustainable
chemical solutions
06. Flotation of
Sulfide Ores: New
Applications
604
102Study on the new technology of flotation separating
of christophite and As-bearing sulfide ore
06. Flotation of
Sulfide Ores: New
Applications
605
475Study on separation of polymetallic sulfide ores
containing Cu, Zn, Mo and Bi
06. Flotation of
Sulfide Ores: New
Applications
606
27Experiences in improving of concentrates quality in
enrichment of Polish non-ferrous metals ores
06. Flotation of
Sulfide Ores: New
Applications
607
70New technology and commercial utilization of mineral
processing for a refractory Cu-S ore
06. Flotation of
Sulfide Ores: New
Applications
608
253Mineral processing research and industrial production
of a refractory cassiterite sulfide ore
06. Flotation of
Sulfide Ores: New
Applications
609
275Lesson learned from using column flotation cells as
roughers: The Miduk copper concentration plant case
06. Flotation of
Sulfide Ores: New
Applications
610
508Searching for technology of processing copper-
containing tails from slag storage
06. Flotation of
Sulfide Ores: New
Applications
611
685The recycling scheme investigation of copper mineral
on a kind of copper raw ore produced in China
06. Flotation of
Sulfide Ores: New
Applications
612
721
Mineralogy and textural properties of oceanic
hydrothermal sulphides: Development of a froth
flotation process
06. Flotation of
Sulfide Ores: New
Applications
613
860 Carbonaceous matter removal from gold-bearing ores
06. Flotation of
Sulfide Ores: New
Applications
614
189Effects of dissolved oxygen on rest potential and
flotation of pyrite
06. Flotation of
Sulfide Ores: New
Applications
615
262Use of flotation to recover carbon matter from coal
tailings
07. Flotation of
Non-Sulfide Ores:
New Applications
701
444A mineralogical investigation of the effect of particle
shape on chromite entrainment for a UG2 ore
07. Flotation of
Non-Sulfide Ores:
New Applications
702
742Investigating the use of froth flotation to beneficiate a
rare earth mineral deposit
07. Flotation of
Non-Sulfide Ores:
New Applications
703
371Flotation separation of unburned carbon from coal fly
ash using a flotation column
07. Flotation of
Non-Sulfide Ores:
New Applications
704
390 The effect of frothers on coal flotation
07. Flotation of
Non-Sulfide Ores:
New Applications
705
485Concentration of rare earth elements by flotation of
REE ores from Mushgai, Khudag Area, Mongolia
07. Flotation of
Non-Sulfide Ores:
New Applications
706
605Separation of ultrafine particles by two-liquid
flotation: Selectivity and process behavior analysis
07. Flotation of
Non-Sulfide Ores:
New Applications
707
656El-Nakheil oil shale upgrade potential by froth
flotation
07. Flotation of
Non-Sulfide Ores:
New Applications
708
34Study on new flotation technology for KIS cheelite