Computer Science & IT Research Journal,
Journal Year:
2024,
Volume and Issue:
5(6), P. 1335 - 1357
Published: June 7, 2024
The
review
explores
the
application
of
machine
learning
(ML)
to
improve
accuracy
instrumentation
in
oil
and
gas
industry.
paper
discusses
challenges
faced
how
ML
can
be
utilized
address
these
challenges.
It
highlights
benefits
using
ML,
such
as
improved
data
accuracy,
reduced
maintenance
costs,
enhanced
operational
efficiency.
also
covers
future
prospects
industry
concludes
with
a
call
action
for
companies
adopt
technologies
accuracy.
In
industry,
accurate
is
crucial
ensuring
safe
efficient
operations.
However,
maintaining
high
levels
challenging
due
factors
environmental
conditions,
equipment
aging,
human
error.
Machine
offers
promising
solution
enhance
by
leveraging
data-driven
insights
monitoring
control
systems.
algorithms
analyze
large
volumes
from
various
sensors
identify
patterns
anomalies
that
may
indicate
potential
issues.
By
continuously
new
data,
models
adapt
changing
conditions
their
over
time.
This
proactive
approach
help
prevent
failures,
minimize
downtime,
optimize
production
processes.
Furthermore,
reduce
costs
enabling
predictive
strategies.
analyzing
performance
predict
when
likely
needed,
allowing
operators
schedule
activities
proactively.
avoid
costly
unplanned
downtime
need
unnecessary
checks.
Overall,
extraction
significant
benefits.
efficiency,
safety.
As
continue
advance,
enhancing
look
promising.
Companies
embrace
stand
gain
competitive
edge
improving
reducing
risks.
Keywords:
Leveraging,
Enhance,
Instrumentation
Accuracy,
Oil
Gas
Extraction.
International Journal of Frontiers in Science and Technology Research,
Journal Year:
2024,
Volume and Issue:
6(2), P. 031 - 043
Published: April 13, 2024
This
paper
conceptualizes
sustainable
offshore
operations
through
the
integration
of
renewable
energy
systems,
focusing
on
adoption
solar-powered
systems
for
remote
applications.
Drawing
Osayi's
experience
in
this
field,
proposes
frameworks
operations,
highlighting
key
considerations
and
strategies
successful
implementation.
The
is
essential
reducing
environmental
impact,
increasing
efficiency,
ensuring
long-term
sustainability.
with
applications
provides
valuable
insights
into
challenges
opportunities
associated
integration.
proposed
encompass
several
elements.
Firstly,
a
thorough
assessment
needs
resources
to
determine
feasibility
potential
benefits
integrating
systems.
Secondly,
careful
planning
design
are
crucial
ensure
that
integrated
seamlessly
existing
taking
account
factors
such
as
location,
demand,
system
compatibility.
Furthermore,
highlights
importance
stakeholder
engagement
collaboration
Effective
communication
between
industry
stakeholders,
regulators,
local
communities
overcoming
barriers
implementation
projects
operations.
Overall,
drawing
By
companies
can
reduce
their
carbon
footprint,
improve
contribute
more
future
industry.
Open Access Research Journal of Science and Technology,
Journal Year:
2024,
Volume and Issue:
10(2), P. 071 - 084
Published: April 12, 2024
Emerging
underwater
survey
technologies
are
revolutionizing
the
way
we
explore
and
understand
world.
This
review
examines
latest
advancements
in
equipment,
highlighting
their
operational
benefits
potential
areas
for
future
development.
Recent
developments
have
led
to
significant
improvements
accuracy,
efficiency,
data
quality.
Advanced
sonar
systems,
such
as
multibeam
sidescan
sonars,
provide
high-resolution
images
of
seafloor,
allowing
detailed
mapping
features.
Autonomous
vehicles
(AUVs)
equipped
with
sophisticated
sensors
cameras
enable
precise
collection
challenging
environments,
deep-sea
or
complex
structures.
The
these
vast.
They
allow
faster
surveying,
reduced
costs,
improved
safety
personnel.
Additionally,
high-quality
obtained
from
surveys
can
lead
better
decision-making
various
industries,
including
offshore
energy,
marine
research,
archaeology.
Looking
ahead,
is
promising.
There
a
growing
interest
developing
integrated
systems
that
combine
multiple
processing
capabilities
more
comprehensive
view
environments.
Artificial
intelligence
machine
learning
algorithms
also
being
increasingly
utilized
analyze
large
datasets
extract
valuable
insights.
However,
several
challenges
remain,
need
communication
battery
life
autonomous
vehicles,
enhanced
capabilities.
Addressing
will
be
crucial
continued
advancement
technologies.
In
conclusion,
offer
exciting
opportunities
enhancing
our
understanding
By
leveraging
addressing
key
challenges,
unlock
new
possibilities
exploration
research.
International Journal of Frontiers in Engineering and Technology Research,
Journal Year:
2024,
Volume and Issue:
6(2), P. 019 - 034
Published: April 13, 2024
Subsea
navigation
technologies
play
a
critical
role
in
enhancing
precision
and
efficiency
offshore
engineering
projects.
This
comparative
review
examines
the
evolution
application
of
subsea
systems,
with
focus
on
improving
construction
surveying.
The
study
evaluates
various
technologies,
including
acoustic
positioning
inertial
optical
imaging
highlighting
their
capabilities
limitations.
begins
by
discussing
historical
development
tracing
from
early
systems
to
modern
integrated
solutions.
It
then
explores
key
components
operation
principles
each
technology,
providing
insights
into
functionalities
suitability
for
different
applications.
also
challenges
advancements
navigation,
issues
related
signal
interference,
accuracy,
real-time
data
processing.
discusses
how
these
have
been
addressed
through
technological
innovations,
such
as
improved
sensor
advanced
fusion
algorithms.
Furthermore,
assesses
practical
projects,
pipeline
installation,
infrastructure
maintenance,
underwater
analyzes
case
studies
industry
practices
illustrate
effectiveness
precision,
reducing
costs,
mitigating
risks
operations.
Overall,
this
provides
comprehensive
overview
highlights
evolution,
capabilities,
applications
emphasizing
concludes
recommendations
future
research
further
improve
performance
reliability
Engineering Science & Technology Journal,
Journal Year:
2024,
Volume and Issue:
5(4), P. 1281 - 1302
Published: April 10, 2024
This
paper
presents
a
comprehensive
review
of
modern
bathymetric
survey
techniques
and
their
impact
on
offshore
energy
development.
Bathymetric
surveys
play
crucial
role
in
mapping
the
seafloor
are
essential
for
various
activities,
including
oil
gas
exploration,
renewable
development,
submarine
cable
installation.
The
synthesizes
recent
advancements
surveying
technologies,
focusing
improving
exploration
monitoring
resources.
first
section
provides
an
overview
traditional
methods,
such
as
single-beam
multi-beam
echo
sounders,
which
have
been
widely
used
seafloor.
limitations
these
limited
coverage
resolution,
discussed,
highlighting
need
more
advanced
techniques.
second
discusses
airborne
lidar,
satellite-derived
bathymetry,
unmanned
surface
vehicles
(USVs).
These
technologies
offer
significant
improvements
terms
coverage,
efficiency
compared
to
methods.
For
example,
lidar
can
provide
high-resolution
data
over
large
areas,
making
it
ideal
rapid
exploration.
third
examines
Improved
enable
accurate
seafloor,
is
identifying
suitable
locations
infrastructure,
platforms,
wind
farms,
wave
converters.
Furthermore,
facilitate
underwater
structures
environmental
changes,
helping
ensure
safe
sustainable
operation
facilities.
In
conclusion,
revolutionized
development
by
providing
accurate,
efficient,
cost-effective
methods
meeting
growing
demand
resources
while
minimizing
ensuring
operational
safety.
Keywords:
Modern
Bathymetric,
Survey
Techniques,
Impact,
Offshore
Energy,
Development.
Computer Science & IT Research Journal,
Journal Year:
2024,
Volume and Issue:
5(5), P. 1090 - 1112
Published: May 5, 2024
The
oil
and
gas
industry
faces
significant
challenges
in
managing
equipment
maintenance
due
to
the
complexity
criticality
of
its
assets.
Traditional
approaches
are
often
reactive
inefficient,
leading
costly
downtime
safety
risks.
However,
emergence
artificial
intelligence
(AI)
predictive
technologies
offers
a
transformative
solution
these
challenges.
This
paper
explores
role
AI-driven
revolutionizing
management
sector.
leverages
machine
learning
algorithms
analyze
data
predict
when
is
required
before
breakdown
occurs.
By
monitoring
performance
real-time,
AI
can
identify
potential
issues
early,
allowing
operators
take
proactive
actions.
approach
helps
minimize
downtime,
reduce
costs,
improve
overall
reliability
safety.
implementation
requires
comprehensive
strategy
that
includes
collection,
analysis,
integration
with
existing
practices.
Successful
adoption
lead
benefits
for
companies,
including
increased
uptime,
extended
asset
lifespan,
enhanced
operational
efficiency.
reviews
current
landscape
industry,
highlighting
limitations
traditional
practices
need
more
approach.
It
then
examines
principles
maintenance,
showcasing
real-world
examples
successful
implementation.
Finally,
discusses
considerations
implementing
provides
recommendations
companies
looking
transform
their
Keywords:
Transforming
Equipment;
Management;
Oil
Gas;
AI-Driven;
Predictive
Maintenance.
International Journal of Management & Entrepreneurship Research,
Journal Year:
2024,
Volume and Issue:
6(5), P. 1498 - 1511
Published: May 4, 2024
In
the
dynamic
landscape
of
oil
and
gas
industry,
technical
support
emerges
as
a
pivotal
force
driving
innovation
ensuring
success
special
projects.
This
paper
explores
multifaceted
role
in
this
sector,
shedding
light
on
its
significance
maintaining
operational
efficiency,
safety,
fostering
innovation.
Amidst
ever-evolving
challenges
faced
by
from
fluctuating
market
demands
to
stringent
regulatory
requirements,
stands
cornerstone
navigating
complexities
progress.
Drawing
real-world
examples
industry
insights,
elucidates
opportunities
encountered
within
sector.
It
highlights
critical
identifying
technological
gaps,
spearheading
research
development
initiatives,
facilitating
implementation
innovative
solutions.
Moreover,
delves
into
realm
projects,
exploring
their
importance
strategic
growth
competitive
advantage.
examines
inherent
executing
projects
underscores
indispensable
mitigating
risks
successful
outcomes.
Through
comprehensive
analysis
best
practices
case
studies,
strategies
for
leveraging
catalyst
project
gas.
emphasizes
integrating
collaboration
across
multidisciplinary
teams,
investing
advanced
technologies
expertise.
Ultimately,
transformative
potential
shaping
future
operations,
sustainable
growth,
resilience
an
ever-changing
landscape.
Keywords:
Technical
Support,
Catalyst
Innovation,
Special
Project
Success,
Oil
Gas.
Magna Scientia Advanced Research and Reviews,
Journal Year:
2024,
Volume and Issue:
11(1), P. 031 - 039
Published: May 4, 2024
The
commissioning
and
start-up
of
subsea
production
systems
represent
critical
phases
in
offshore
oil
gas
operations,
where
meticulous
planning
execution
are
essential
for
success.
This
abstract
presents
an
overview
the
challenges
encountered
during
these
proposes
strategic
solutions
to
address
them
effectively.
Environmental
factors
such
as
deepwater
operations
geology
pose
significant
activities.
Technical
include
ensuring
equipment
reliability
seamless
integration
control
harsh
underwater
conditions.
Operational
remote
monitoring
intervention
personnel
safety
further
compound
complexities
operations.
Strategic
mitigate
advanced
simulation
using
digital
twin
technology
scenario
planning.
Enhanced
risk
management
strategies,
including
contingency
early
detection
systems,
vital
anticipate
manage
potential
issues
Collaborative
partnerships
between
stakeholders,
suppliers
cross-disciplinary
teams,
foster
innovation
enhance
project
resilience.
Drawing
from
successful
case
studies
lessons
learned,
this
emphasizes
importance
proactive
planning,
mitigation,
collaborative
approaches
systems.
By
implementing
solutions,
operators
can
operational
efficiency,
minimize
downtime,
improve
outcomes,
ultimately
contributing
long-term
viability
sustainability
energy
production.
International Journal of Applied Research in Social Sciences,
Journal Year:
2024,
Volume and Issue:
6(5), P. 903 - 926
Published: May 12, 2024
This
paper
provides
an
overview
of
the
current
practices
and
future
directions
in
environmental
stewardship
within
oil
gas
industry,
focusing
on
key
areas
concern
strategies
for
improvement.
The
industry
has
made
significant
strides
recent
years,
driven
by
a
combination
regulatory
requirements,
corporate
initiatives,
stakeholder
pressure.
One
primary
focus
been
reduction
greenhouse
emissions
associated
with
extraction,
refining,
transportation
processes.
Companies
have
implemented
technologies
such
as
carbon
capture
storage
to
minimize
their
footprint,
alongside
investments
renewable
energy
sources
efficiency
measures
transition
towards
cleaner
alternatives.
Furthermore,
placed
increasing
emphasis
responsible
management
water
resources,
recognizing
potential
impacts
extraction
usage
operations.
Strategies
recycling,
reuse,
wastewater
treatment
adopted
mitigate
pollution
strain
local
ecosystems.
Biodiversity
conservation
also
emerged
critical
aspect
sector,
companies
undertaking
impact
assessments
collaborating
organizations
habitat
disruption
restore
ecosystems
affected
Community
engagement
social
responsibility
are
integral
components
stewardship,
seeking
address
operations
through
employment
opportunities,
infrastructure
development,
programs
benefiting
communities.
However,
continues
face
challenges
limitations
its
efforts
impact.
Accidental
spills,
leaks,
other
incidents
pose
ecological
risks,
highlighting
importance
stringent
safety
regulations
emergency
response
protocols.
Moreover,
presents
traditional
companies,
requiring
substantial
capital
investment
strategic
planning.
To
these
advance
several
proposed.
These
include
accelerating
energy,
enhancing
transparency
accountability
reporting
performance,
strengthening
enforcement,
investing
research
development
innovative
technologies,
fostering
collaboration
among
stakeholders,
governments,
NGOs,
Keywords:
Stewardship,
Oil,
Gas,
Sustainability,
Climate,
Mitigation
