Social Acceptability of Critical and Strategic Minerals (CSMs) Development: A Systematic Review with a Particular Focus on Quebec, Canada
Mining,
Год журнала:
2025,
Номер
5(1), С. 4 - 4
Опубликована: Янв. 6, 2025
The
social
acceptability
(SA)
of
mining
projects
is
a
crucial
issue
for
the
sustainable
development
territories
and
local
communities.
This
article
aims
to
identify
issues
examine
factors
influencing
SA
exploration,
exploitation
processing
critical
strategic
minerals
(CSMs)
in
Quebec.
A
systematic
review
guided
by
PRISMA
approach
was
conducted,
selecting
57
relevant
documents
after
excluding
several
others.
results
reveal
that
between
2000
2024,
publication
studies
on
sector
has
increased
significantly,
particularly
since
2013.
Research
mainly
concentrated
North
America,
with
predominance
case
studies.
Their
analysis
indicates
based
various
issues,
including
need
greater
consideration
perspectives
communities,
as
well
open
inclusive
communication
all
stakeholders.
However,
affected
factors,
demographic,
economic,
environmental
governance,
which
can
have
positive
or
negative
effects
depending
context.
Following
this
analysis,
future
research
should
explore
complex
interactions
these
determining
how
some
may
act
mediators
moderators
contexts
through
real
Язык: Английский
Decarbonising Australia's Critical Minerals Mining with Py-Microgrid: An Open-Source Tool for Hybrid Microgrid Simulation and Optimisation
Опубликована: Янв. 1, 2025
Язык: Английский
Just transition beyond extraction: A spatial and comparative case study of two coal mining areas in India
Energy Research & Social Science,
Год журнала:
2025,
Номер
126, С. 104136 - 104136
Опубликована: Май 16, 2025
Язык: Английский
Comprehensive Assessment of Environmental Behavior of Mine Tailings for Sustainable Waste Management and Mitigation of Pollution Risks
Water,
Год журнала:
2024,
Номер
17(1), С. 43 - 43
Опубликована: Дек. 27, 2024
The
substantial
volumes
of
tailings
produced
during
ore
beneficiation
present
significant
challenges
for
sustainable
management
due
to
potential
public
health
hazards,
particularly
from
metal
leaching.
risk
associated
with
varies
greatly
depending
on
their
mineralogical
composition
and
climatic
conditions.
If
are
classified
as
a
non-hazardous
by-product,
they
may
serve
secondary
raw
materials,
offering
alternative
the
reliance
non-renewable
primary
resources.
In
this
study,
recycling
feasibility
an
active
copper
mine
was
assessed
through
characterization,
environmental
tests
(e.g.,
static,
kinetic,
leaching
tests),
geochemical
modeling.
This
multi-faceted
approach
aimed
predict
behavior
reactivity
under
varying
Results
static
indicated
that
were
non-acid
generating.
Weathering
cell
revealed
circumneutral
pH
conditions
(6.5–7.8),
low
sulfide
oxidation
rates,
instantaneous
concentrations
(<1
mg/L),
except
(0.6–3.5
mg/L)
iron
(0.4–1.4
mg/L).
These
attributed
abundance
minerals,
such
pyrite,
chalcopyrite,
bornite,
covellite
(<0.1
wt.%),
chalcocite
(0.2
which
effectively
encapsulated
within
gangue
minerals.
Additionally,
presence
neutralizing
specifically
dolomite
(27.4
wt.%)
calcite
(2.4
further
stabilizes
promotes
sequestration
in
mineral
forms.
Toxicity
Characteristic
Leaching
Procedure
(TCLP)
test
confirmed
leachability,
classifying
non-hazardous.
Язык: Английский