1-Basin Modeling: Comprehensive modeling of
sedimentary basins to evaluate their geological
evolution and resource potential.
- Thermal and Kinetic Modeling: Utilizing advanced
thermal models to simulate the burial history and
temperature evolution of sediments, alongside
kinetic models for assessing hydrocarbon
generation and migration.
- Stratigraphic Analysis: Integrating stratigraphic
data to reconstruct basin fill sequences and
depositional environments that influence reservoir
characteristics.
- Geomechanical Modeling: Assessing the mechanical
behavior of sediments under varying pressure and
temperature conditions to predict subsurface
stability and resource potential.
- Resource Assessment: Employing basin modeling to
estimate the volume and quality of hydrocarbons
and other resources, providing valuable insights for
exploration and production strategies.
2-Organic Geochemistry Studies: Detailed investigations of
organic materials to assess their role in hydrocarbon
generation and maturation.
- Source Rock Evaluation: Analyzing the geochemical
properties of source rocks to determine their hydrocarbon
potential and maturity levels through methods such as
Rock-Eval pyrolysis and gas chromatography.
- Biomarker Analysis: Utilizing biomarker analysis to trace
organic matter origins and assess the thermal history,
migration pathways, and biodegradation processes
affecting hydrocarbons.
- Fluid Composition Studies: Characterizing reservoir fluids
to understand their composition, phase behavior, and the
impact on production processes.
- Geochemical Modeling: Applying geochemical models to
predict reactions and interactions within the subsurface
environment, guiding exploration and production practices.
3. Stratigraphy and Paleontology: Detailed analysis
of stratigraphic sequences and paleontological data
to understand the geological history and evolution
of sedimentary environments.
- Lithostratigraphy and Biostratigraphy:
Integrating lithological characteristics with fossil
content for accurate dating and correlation of
geological formations.
- Facies Analysis: Conducting facies analyses to
identify depositional environments and
transitions, enhancing reservoir models through
improved understanding of rock properties.
- Paleoclimatic Studies: Investigating fossil
records to reconstruct past climates and
environments, providing insights into historical
depositional processes.
- Sequence Stratigraphy: Applying sequence
stratigraphic principles to evaluate sedimentary
layering and predict reservoir distribution, aiding
in resource exploration.
4. Structural Geology: Study of rock deformation and
structural features to assess their impact on resource
distribution and reservoir quality.
- Tectonic Analysis: Analyzing the effects of tectonic
processes on sedimentation and reservoir geology to
enhance predictive models.
- 3D Structural Modeling: Utilizing advanced software to
create 3D models of subsurface structures, including faults,
folds, and unconformities, to visualize geological
complexities.
- Stress and Strain Analysis: Assessing stress fields and
strain distributions within the earth’s crust to understand
the formation and evolution of geological structures.
- Risk Assessment: Identifying structural traps and potential
failure zones to inform exploration strategies and minimize
operational risks.
5. 3D Geological (Static) Reservoir Modeling: Creation of detailed static 3D
models that represent reservoir geology and facilitate resource management
decisions.
Data Integration: Combining geological, geophysical, and petrophysical data
into cohesive 3D models that accurately represent subsurface conditions.
Facies and Property Modeling: Implementing advanced algorithms for facies
classification and property distribution (e.g., porosity, permeability) to predict
reservoir performance.
Uncertainty Analysis: Performing uncertainty quantification to evaluate the
impact of variable inputs on reservoir behavior and production forecasts.
Visualization Techniques: Employing advanced visualization tools to enhance
model interpretation and support decision-making processes in exploration
and production.
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- 158 Boat Quay, Singapore 049847
- info@dagontechs.com
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