Ministry of Education and Science of the Republic Kazakhstan
Karaganda State Technical University
"Confirm"
Chairman of the Academic
council, Rector,
Academician of NAN RK
A.M. Gazaliyev
_______________________
«____» _________ 2012
WORKING CURRICULUM
Discipline POPIK 35 « Processing and mineral processing»
for students of a specialty 5B070700 - Mining
Mining Institute
Chair - Working out of mineral deposits (WOMD)
2012
The preface
The working curriculum is developed by cand.tech.sci., senior Lecturer Nemova
N.A.
It is discussed at chair «Working out of mineral deposits» meeting
The report № ______ from «_____» ______________ 201_
Head of chair _____________ Isabek T.K. «_____» ________ 201_
It is approved EMC of Mining Institute
The report № ______ from «_____» ______________ 201_
Chairman _____________ Nokina Zh. N "_____" ____________ 201_
2
Data on the teacher and the contact information
First name, middle initial, last name – Nemova Natalia Anatolievna
Scientific degree, rank, post - cand.tech.sci., senior Lecturer
Chair WOMD is in 2nd case of Kar STU (56, Bulvar Mira), lecture room 308,
contact phone 56-26-19.
3
Quantity of
credits ECTS
Quantity of
credits
Semestre
Laboriousness of discipline
5
3
Kind of employment
quantity of contact hours
Quantity
quantity
in total of hours
laboraof hours
practical
IWS
hours
lectures
tory
IWST
studies
studies
30
15
-
45
90
45
Total of
hours
The
control
form
135
Examination
The discipline characteristic
The discipline of «Processing and mineral processing » is included into an obligatory component (ОC) profile disciplines (PD).
The discipline purpose
The purpose of this course is to study the students with knowledge about
recycling and mineral processing, methods and processes of mineral processing
Tasks discipline
Harnessing knowledge screening, crushing, grinding, gravity concentration
processes, flotation concentration methods, magnetic, electrical, and special methods
of enrichment, sintering mineral dehydration dressing products.
Tasks of discipline
As a result of analysis of the given discipline students should:
- to have a notion Indicators and the main requirements for the quality of minerals, directions for their use;
- to know processes and apparatus for processing and enrichment of fossil, the
technology and features of enterprises the main technical and economic indicators;
- to have skills choose and calculate simple process steps, equipment, and to
use the latter in accordance with the technical regulations and the requirements of environmental protection and labor;
- to be competent on the definition and calculation of particle size and fractional compositions of minerals and use that data to predict the number and the quality of products at enrichment, on the calculation of the yield of products and the balance of dressing products and content of the securities in the averaging of fossil raw
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materials in the production and processing it in mines; calculation standards of quality indicators minerals; determine the technical and economic indices of mining and
processing parameters.
Prerequisites
For study of the given discipline mastering of following disciplines is
necessary:
Discipline
Engineering Graphics
Geological discipline
The name partition (theme)
all section
Crystallography,
mineralogy,
petrography,
development of geological processes
Physics and destruction of Physical and mechanical properties of rocks. The
rock burst
strength characteristics of the rock
Fundamentals of mining
all section
Postrequisites
The knowledge received at study of discipline of " Processing and mineral processing», is used at development of following disciplines: "Management of
geomechanical processes during mining operations," "The processes of mining",
"Dissection and preparation of deposits", "Systems of mining"
The thematic plan of discipline
The name of partition (theme)
1. Basic concepts of recycling and mineral
processing
2. Processes and apparatus for processing
and mineral processing
3. Processes and apparatus for the separation
of minerals by size. Screening. Crushing.
classification
4. Processes and equipment of gravity, flotation, magnetic and electric mineral processing
5. Special methods of enrichment
6. Dewatering, dust collection and treatment
of water and air
7. Of ore
8. Enrichment and processing of coal
TOTAL
Laboriousness by kinds of employment, h
lectures practical laboratory IWST IWS
4
6
6
2
4
3
3
4
6
6
6
12
2
18
18
2
2
1
1
3
3
3
3
2
2
30
1
3
3
45
3
3
45
4
15
The list of practical (seminar) lessons
1. Particle size distribution of mineral resources (of 3 hours)
2. Crushing minerals (of 3 hours)
3. Gravity concentration of minerals (of 2 hours)
4. Flotation concentration of minerals (of 3 hours)
5. Magnetic separation of minerals (of 2 hours)
6. Electrical mineral processing (of 2 hours)
The thematic plan of independent work of student with the teacher
(IWST)
Name of theme
IWST
Topic 1: Determination of particle size of the
mineral.
Тopic 2: Measuring the effectiveness of the
screening process minerals.
Topic 3: Determination of the
crushing of the
mineral in a jaw
crusher.
Topic 4: Determination of distillation characteristics of coal.
The construction
of curves concentratibility.
Topic 5: Gravity
concentration of
coal by jigging.
Topic 6 flotation
of coal
Topic 7 Determining the rate
of deposition of
coal sludge in
the thickening
Topic 8
Wastewater
treatment at the
concentrators
Topic 9 Quality
minerals and
Employment
purpose
Form of carrying
out of lesson
Task
content
Recommended literature
1-6
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
Meeting the
challenges
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
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concentrates.
Averaging minerals and concentrates
Topic 10 Ore
nonferrous and
ores of ferrous
metals.
Topic 11 Enrichment nonmetallic minerals
and coal.
Topic 12 test and
control enrichment processes.
Topic 13 Classification enrichment plants.
main shops and
offices enrichment plants.
Topic 14 tailings
facilities.
More knowledge
on this subject
note-taking
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
More knowledge
on this subject
note-taking
Baseline data on
options
Themes of control tasks for IWS
1. Preparation of a report on "Screening. Crushing. Classification is. Segmentation ".
2. Preparation of a report on "The gravity of the enrichment process."
3. Preparation of a report on "Flotation methods of enrichment."
4. Preparation of a report on "Magnetic methods of enrichment. The electric
enrichment "
5. Preparation of a report on "Special methods of enrichment."
6. Preparation of a report on "The agglomeration of minerals. Dehydration
products of enrichment. "
7. Preparation of a report on "Waste water treatment processing plants.
Obespylevanie and dust control. "
8. Preparation of a report on "Technology of mineral resources."
9. Preparation of a report on "enrichment and reprocessing of minerals"
The graph of implementation and delivery of tasks on discipline
Control
kind
The purpose and the
task maintenance
1
2
The recommended literature
3
6
Duration of
performance
The control
form
Delivery
term
4
5
6
The
control
task № 1
The
control
task № 2
The
control
task № 3
The
control
task № 4
The
control
task № 5
The
control
task № 6
Examination
1.
Granulometric
composition mineral
[1,6]
3 weeks
current
Week 3
2. Crushing minerals
[1,6]
3 weeks
current
Week 6
3. Gravity concentration of minerals
[1,6]
2 weeks
current
Week 8
4. Flotation of minerals
[1,6]
3 weeks
current
Week 11
5. Magnetic separation of minerals
[1,6]
2 weeks
current
Week13
6. Electrical mineral
processing
[1,6]
2 weeks
current
Week 15
Check of mastering
of a stuff of discipline
All list of the
basic and additional literature
2 contact hours
The total
In session
The list of the basic literature
1. Шилаев В.П. Основы обогащения полезных ископаемых, 1986
2. Бедрань Н.Г., Скоробогатова Л.М. Переработка и качество полезных ископаемых, 1986
3. Зверевич В.В., Перов В.А. Основы обогащения полезных ископаемых, 1971
4. Авдохин В.М. Основы обогащения полезных ископаемых.-М.: - МГГУ,
2006.-423с.
5. Абрамов А.А. Переработка, обогащение и комплексное использование твердых полезных ископаемых.-М.: - МГГУ, 2004.-510с
The list of the additional literature
6. Глембоцкий В.А., Классен В.И. Флотационные методы обогащения. М.,
Недра 1981.
1. Мошинин В.М. Основы обогащения полезных ископаемых. М., Недра 1983.
2. Фишман М.А. Основы обогащения руд цветных металлов. М., Недра, 1968.
3. Мальченко Т.Д. Методические указания к выполнению практических работ.
«Переработка и обогащение полезных ископаемых», 2000г.
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