At Shreem Petrochem, our team specializes in advanced subsurface modeling, a critical component of efficient oil and gas exploration. Subsurface modeling involves creating detailed 3D representations of underground geological formations, integrating seismic data, well logs, core samples, and petrophysical information. Our experts utilize industry-leading tools such as Petrel, Kingdom Suite, and GeoModeller to accurately map reservoirs, identify hydrocarbon traps, and evaluate potential production zones. Techniques like structural modeling, stratigraphic correlation, reservoir simulation, and geostatistical analysis allow us to predict fluid flow, porosity, and saturation with precision. By combining geological, geophysical, and engineering datasets, our models reduce exploration risks, optimize drilling locations, and enhance reservoir management strategies. This capability ensures Shreem Petrochem delivers actionable insights to upstream operators, enabling informed decision-making, cost efficiency, and higher recovery rates, positioning our team as a trusted partner in digitalized and data-driven oil and gas exploration.
Petrel requires a variety of inputs to build accurate subsurface models. Key inputs include seismic data (2D/3D surveys), well logs (gamma ray, resistivity, density, sonic), core data, and formation tops for stratigraphic interpretation. Reservoir properties such as porosity, permeability, fluid contacts, and pressure data enhance reservoir modeling. Geological maps, fault interpretations, and production history are also integrated. Combining these datasets enables Petrel to generate reliable structural, stratigraphic, and reservoir simulations for exploration and field development.
We process 2D and 3D seismic surveys to interpret structural features, faults, and stratigraphy. By combining seismic volumes with well logs, core data, and geological maps, our team creates high-resolution 3D models of reservoirs. This integration enhances reservoir characterization, identifies hydrocarbon traps, predicts fluid flow, and supports optimized drilling and production strategies, reducing exploration risks and improving recovery efficiency.
At Shreem Petrochem, petrophysical information is essential for understanding reservoir properties in oil wells. Using well logs such as gamma ray, resistivity, density, and sonic data, we determine porosity, permeability, water saturation, and hydrocarbon volumes. Core sample analysis and formation evaluation complement this data, enabling accurate reservoir characterization. Integrating petrophysical information with seismic and geological models allows our team to optimize drilling, predict fluid behavior, and enhance hydrocarbon recovery efficiently.
stratigraphic correlation is a key tool for subsurface understanding and reservoir mapping. By analyzing well logs, core data, and formation tops across multiple wells, we identify and correlate geological layers, depositional environments, and sedimentary sequences. This enables accurate interpretation of reservoir continuity, thickness, and heterogeneities. Integrated with seismic and petrophysical data, stratigraphic correlation supports optimized well placement, risk reduction, and improved hydrocarbon recovery in exploration and field development projects.
To deliver reliable and accurate results as well as to ensure the highest quality of results tailored to our clients’ needs, we utilize industry-standard simulation software, including
A comprehensive platform for subsurface interpretation and modelling, facilitating seamless integration of geological and engineering data. Integrated platform for subsurface data interpretation and static modelling.
The industry-reference reservoir simulator offering a complete range of numerical solutions for accurate prediction of dynamic reservoir behaviour. Proven black oil and compositional simulator for complex reservoir simulations.
A collection of advanced reservoir simulation tools designed for modelling complex geological formations and fluid behaviours, and an advanced tools for thermal, compositional, unconventional, and chemical EOR simulations.
A robust simulator known for its efficiency in handling large-scale reservoir models and complex simulation scenarios. High-performance parallel simulation engine for large-scale dynamic models and real-time field development analysis.
In addition to core reservoir simulation, we also offer a wide range of geoscientific services, including
Well log interpretation and petrophysical analysis
Seismic data integration and inversion
Structural and stratigraphic mapping
Volumetric estimation and uncertainty analysis
Reservoir surveillance and decline curve analysis
Field development planning and optimization
Support for reserve audits and technical documentation
Our team comprises seasoned reservoir engineers, technologist and geoscientists dedicated to delivering tailored solutions that address the unique challenges of each reservoir. We leverage state-of-the-art technologies and methodologies to ensure our clients receive accurate, actionable insights that drive success.
By incorporating these industry-standard tools into our workflows, Shreem Petrochem ensures that our reservoir simulation services are both reliable and customized to meet the specific requirements of our clients.
Reservoir simulation models subsurface behavior, optimizing oil and gas extraction by predicting fluid flow, pressure, and reservoir performance over time. It enables efficient resource recovery, reduces costs, supports risk management, and informs critical economic and environmental decisions in the industry.
Reservoir simulation training builds expertise in fluid flow analysis, reservoir behavior, and modern recovery methods. Participants gain practical skills in Petrel, CMG, Eclipse, and other platforms, supporting optimal production and decision-making. Detailed course information is available on our training page for further exploration.
Geoscience and modelling integrate geological, geophysical, and reservoir data to create accurate subsurface models, predicting fluid flow, supporting exploration, development, and production planning. This enhances understanding of reservoir behavior, reduces exploration risks, and improves resource management in oil and gas operations
Subsurface consulting integrates geology, geophysics, and reservoir engineering to evaluate, model, and optimize hydrocarbon recovery efficiently.
Reservoir simulation reporting tools analyze model results, visualize performance, validate scenarios, and finalize development optimization strategies.
SHREEM PETROCHEM
A - 807, SAFAL PEGASUS, 100 FEET ANANDNAGAR ROAD, PRAHLAD NAGAR, AHMEDABAD 380015, INDIA.
GERMANY:
PARKSTRASE 16,
Wohnung Nr 92,
13585, BERLIN
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