Promitek is a private consulting startup that provides geological, geochemical, and metallurgical analysis services to the mining industry to help with exploration, operations optimization, and processing issues. Their services include rock classification, mineralization trend analysis, paragenetic analysis to determine mineral sequences, geochemical mapping, process plant optimization through data analysis and variability studies, element deportment studies, liberation analysis, and predictive geometallurgy. The goal is to extract and integrate useful information from customer data to improve understanding of mining operations and make them more efficient.

1. Exploration
Service:
Geological,
geochemical
mapping,
structural
analysis
and
mineralization
trends,
alteration
and
ore
mineral
assemblages.
Example:
epithermal
Au-­‐Ag
deposit
Service:
Paragenetic
analysis:
determination
of
sequence
and
type
of
mineralization
and
alteration.
Results:
overlapping
and
sequence
of
mineralization
stages
and
parageneses.
Example:
epithermal
Au-­‐Ag
deposit
Benefit:
targeting
specific
association
in
exploration
efforts,
flow
sheet
development
or
in
metallurgical
issues.
Process
plant
optimization
Service:
Data
analysis
variability
studies
Results:
Defining
criteria
and
optimization
of
liberation,
reagent
regime,
processing
parameters
for
operating
plants;
Example:
Au
flotation
circuit
optimization
Benefits:
pH
and
fineness
adjustment,
surface
passivation
issue
due
to
ore
composition.
Service:
Data
analysis
of
plant
surveys/data
Results:
Defining
difference
in
ores
processed
and
influence
of
processing
parameters.
Benefits:
characterize
behavior
of
each
group,
define
key
influences
on
recovery
and
distinguish
optimum
process
parameters.
PROMITEK
Promitek
is
a
private
startup,
provides
consulting
services
for
mining
industry.
We
benefit
our
customers
in
operational,
exploration
excellence
and
optimization.
We
do
it
through
our
unique
combination
of
knowledge
and
extensive
experience
in
multidisciplinary
geoscientific
and
metallurgical
data
analysis.
Our
mission
Our
goal
is
to
generate
the
most
conclusive
and
usable
information
extracted
from
your
data,
so
you
can
have
more
accurate
understanding
of
your
mining
operations
and
make
them
more
efficient.
Your
benefits
-­‐ Integration
and
systematization
of
existing
data,
-­‐ Optimize
exploration
and
operation
costs,
-­‐ Targeting
blind
mineralization,
-­‐ Increase
metal
recovery,
-­‐ Comprehensive
knowledge
of
the
object,
-­‐ Informative
choice
of
ore
processing,
-­‐ Most
efficient
solution
of
processing
issues.
Contact
us:
Ilya
Anisimov,
Ph.D.
Phone:
1-­‐(647)-­‐801-­‐8311
Kamloops,
British
Columbia
e-­‐mail:
anisimov@geologist.com
https://ca.linkedin.com/in/anisimovilya
Website:
www.promitek.ca

2. Geochemistry
for
exploration
Results:
Rock,
alteration
and
mineralization
trends
&
evolution;
classification
and
exploration
targeting.
Example:
Au-­‐Ag
and
Pb-­‐Zn-­‐Cu
ore
manifestations
Benefit:
discriminating
areas
of
mineralization
types,
trends
and
targeting
blind
mineralization.
Results:
Mineral
assemblages
by
geochemical
means.
Example:
Cu
porphyry
deposit
Benefit:
element
deportment
insight,
exploration
targets,
calculated
mineralogy,
processing
behavior,
mineral
assosiations.
Process
and
exploration
mineralogy
Results:
Modal
analysis,
indicator
minerals
Example:
mineral
sands
Benefits:
choice
of
processing,
by-­‐products,
predicting
challenges.
Results:
Element
deportment
studies
Example:
CIP
Au
plant
tailings
Benefits:
Audit
of
process,
recovery
objectives,
explanation
of
losses
and
way
to
challenge
the
recovery.
Results:
Liberation
analysis
Example:
Carlin
type
Au
deposit
Benefit:
Opportunity
and
roadmap
to
recovery
losses,
optimize
grinding.
Geometallurgy
Service:
rock
and
ore
classification.
Results:
Processing
and
genetic
ore
types
classification.
Example:
epithermal
Au
deposit
Benefits:
discriminative
functions
for
ore
types,
ore
sorting
parameters.
Results:
ore
sorting
parameters
and
function
Example:
epithermal
Au
deposit
Predictive
geometallurgy:
-­‐ Geochemical
functions
and
calculated
mineralogy;
-­‐ Rock
hardness
and
milling
parameters
prediction;
-­‐ Parameters
for
process
control
and
ore
sorting.
Low
grade
well
processed
High
grade
well
processed
Medium
grade
problematic
ore
Medium
grade
medium
processing
Medium
quality
Low
quality
Barren
rock
Au-­‐Ag
trend
Polymetallic
trend
Albitization
Argyllic