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Advances in Unconventional Reservoir Analysis
Exploring new methodologies in shale gas evaluation and the ΔlogR technique for improved resource estimation.
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Empowering the Future of Energy Through Knowledge
Comprehensive solutions for the energy industry
Cutting-edge research in petroleum engineering, geophysics, and reservoir characterization to drive innovation in the energy sector.
Comprehensive training programs for industry professionals covering well log interpretation, reservoir engineering, and advanced analytics.
Expert consulting services for reservoir evaluation, petrophysical analysis, and unconventional resource development.
View Selected Projects →Educational courses and curriculum development in petroleum engineering, environmental science, and geosciences.
Advanced data analytics and machine learning applications for quantitative interpretation and reservoir modeling.
Environmental impact assessments and sustainable energy solutions for responsible resource development.
Nigerian Class - March 2018
Courses taught at academic institutions
Foundation course covering Earth's structure, minerals, rocks, and geological processes.
Interdisciplinary study of Earth's spheres and their interactions.
Study of environmental systems, sustainability, and human impacts on the planet.
Advanced Placement physics course preparing students for college-level study.
International Baccalaureate physics curriculum with rigorous scientific inquiry.
Comprehensive physics course covering mechanics, thermodynamics, and electromagnetism.
Mathematical foundations including differential and integral calculus.
Peer-reviewed publications in leading geophysics and petroleum journals
Advancing Precision and Efficiency in Subsurface Imaging Through Metal-Organic Framework Nanoparticles and Intelligent Sensor Networks.
In ProgressInternational Petroleum Technology Conference (IPTC)
Geofluids
Implication For Oil And Gas Exploration and Exploitation, Gulf of Mexico.
The Leading Edge, 27, 980-981
Geophysical Prospecting, 53 (1), 121-129
A Physical Model Study.
Geophysical Journal International, 125, 163-172
Comparison Between Experiment and Theory.
Geophysical Prospecting, 41, 323-339
Geophysics, 57, 1562-1570
Journal of Seismic Exploration, 1, 61-76
Recent case studies showcasing our consulting expertise
Signal Energy Alliance conducted seismic interpretation and fracture evaluation for the Wolf Creek Gas Storage project. The study integrated PSTM 2D seismic and well data to characterize geological structures, map faults, and define their spatial relationships to the Cozzette Sand reservoir. SMT and Petrel are used for this project.
Signal Energy Alliance conducted seismic interpretation and fracture evaluation for the Bunker Hill Gas Storage Field. Pre Stack Time Migration PSTM was used to get a better image than the original processing Post stack time section followed by depth imaging PSDM to better illuminate the subsurface geology. By using local geologic and seismic knowledge, the reprocessing yielded better reflectors in the zone of interest. Steep dips and faulting was brought out by reprocessing. The Shannon sand reflector is clear and distinct from the PSDM of the 2D seismic lines and correlate well with the well logs in the study area.
Signal Energy Alliance evaluated Lower Tuscaloosa "A" Sandstone prospects for a potential acquisition by Lufkin Rig Manufacturing in Houston, USA. The project involved evaluation of 3D seismic, wells and production data. We recommended the investing company to pursue the asset acquisition.
Signal Energy Alliance evaluated a fractured carbonate prospect East and West of Oseil Tenggara Area for a potential acquisition by an investing company in USA. The project involved evaluation of a large volume of seismic, wells and production data. We recommended the investing company to pursue the asset acquisition. SMT is used for this project.
Signal Energy Alliance was involved in the evaluation and generation of prospects/leads utilizing a large volume of 2D and 3D seismic data, AVO analysis, Inversion analysis, wells, volumetrics and risk assessment in GOM. After technical presentation, the assets were acquired by a local independent company worth approximately $70 million. Seiswork and HR are used for this project.
Signal Energy Alliance provides a quality learning experience that goes above and beyond providing required CEUs. Our instructors are experts in their fields in industry and academia. Our curriculum is frequently updated and encompasses the latest developments in technology. We offer hands-on, industry-specific training experiences geared to geoscientists and engineers at all career levels.
An introduction to the principles of seismic wave propagation, reflection, and refraction. Covers acoustic impedance, travel time analysis, and the fundamentals of seismic signal generation and detection.
Covers the essential steps in processing seismic data, including filtering, deconvolution, stacking, and migration. Participants learn to transform raw field data into interpretable seismic images.
Builds on basic processing concepts to address the complexities of multi-channel acquisition. Topics include CMP sorting, velocity analysis, NMO correction, and advanced stacking techniques.
Explores the equipment, techniques, and operational considerations unique to offshore seismic surveys. Covers streamer configurations, source arrays, navigation, and quality control procedures.
Introduces amplitude variation with offset (AVO) analysis and seismic inversion methods for extracting rock and fluid properties from seismic data. Emphasizes practical applications in reservoir characterization.
Teaches structural and stratigraphic interpretation techniques using 2D and 3D seismic data. Includes horizon and fault mapping, seismic attribute extraction, and integration with well data.
Focuses on the challenges of imaging beneath and around salt bodies. Covers salt geometry interpretation, velocity model building, and depth migration strategies for complex geological settings.
Examines the relationships between rock properties, pore fluids, and seismic response. Topics include elastic moduli, Gassmann fluid substitution, and the application of rock physics models to seismic analysis.
Introduces well log analysis for determining lithology, porosity, water saturation, and permeability. Covers resistivity, gamma ray, density, neutron, and sonic log interpretation.
An in-depth study of the petrophysical properties that control fluid storage and flow in reservoir rocks. Includes core analysis, capillary pressure, and saturation-height modeling.
Covers the physical and chemical properties of reservoir rocks and fluids, including PVT analysis, wettability, relative permeability, and their impact on hydrocarbon recovery.
Introduces volumetric and material balance methods for estimating hydrocarbon reserves. Covers deterministic and probabilistic approaches, SEC guidelines, and uncertainty analysis.
Provides a foundation in the geological concepts essential to hydrocarbon exploration, including source rocks, migration, traps, seals, and reservoir geology.
An overview of the upstream oil and gas industry, from prospect generation and drilling to production optimization. Integrates geological, geophysical, and engineering perspectives.
Explores the interactions between human activities and the environment, with emphasis on pollution, remediation, sustainability, and regulatory frameworks relevant to the energy industry.
A review of core physics principles including mechanics, thermodynamics, waves, and electromagnetism, with applications relevant to geoscience and engineering professionals.
Meet our expert consultants and researchers
Trusted by industry leaders worldwide
"Signal Energy Alliance provided exceptional consulting services that transformed our reservoir characterization approach. Their expertise is unmatched in the industry."
VP of Operations, EnergyCorp
"The training programs delivered by SEA were comprehensive and immediately applicable. Our team's capabilities improved dramatically."
Technical Director, PetroTech
"Their research collaboration led to breakthrough insights in our unconventional resource development. Highly recommended for technical excellence."
Chief Geologist, GlobalEnergy
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Exploring new methodologies in shale gas evaluation and the ΔlogR technique for improved resource estimation.
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How AI and machine learning are revolutionizing quantitative interpretation in the energy sector.
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Best practices for environmental responsibility in modern energy development and production.
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2909 Hillcroft Ave., Suite 250
Houston, Texas 77057
info@signalenergyalliance.com
(713) 819-6527
Mon - Fri: 9:00 AM - 5:00 PM