United States and Canada – Machine Learning
1) 3D high frequency rock properties in an unconventional reservoir – Alberta, Canada
2) 3D high frequency rock properties in a carbonate reservoir – Gulf of Mexico
3) DTCO and DTSM prediction using supervised machine learning in 28 wells
4) 3D high-frequency gamma ray prediction in a clastic reservoir – Onshore Texas
5) 3D high frequency gamma ray prediction from prestack seismic – Jeanerette Field, Louisiana
United States and Canada – Quantitative Interpretation
1) Onshore Louisiana – ultra-thin sand reservoir characterization using rock physics and seismic inversion
2) Anadarko Basin – Texas Panhandle – Clastic Reservoir – 4D inversion study (baseline and monitor) for monitoring CO2 in the Anadarko Basin (U.S. Department of Energy’s (DOE) National Energy Technology Laboratory through the Southwest Regional Partnership on Carbon Sequestration (SWP) under Award No. DE-FC26-05NT42591)
3) Oklahoma – Wilburton Gas Field – 3D relative and absolute poststack inversion for acoustic impedance
4) Canada – Alberta – Fault and fracture detection using 3D seismic
5) Canada – NW BC – Montney Formation – seismic reservoir characterization including prestack inversion and reservoir property prediction
6) Canada – Rocky Mountain House – reservoir characterization study including rock property analysis, porosity prediction and geobody interpretation
7) Canada – Rocky Mountain House – Acoustic inversion feasibility study
8) Canada – NW BC – Montney Formation – lithology classification of a shale gas play using Bayesian theory
9) Onshore Louisiana – rock physics analysis and simultaneous AVO inversion
10) Canada – NW BC – Montney Formation – simultaneous inversion of a shale gas play
11) Canada – NW BC – Montney Formation – simultaneous inversion of a shale gas play
12) Canada – Montney Formation – Shear prediction and simultaneous prestack inversion of an unconventional tight gas play
13) Canada – Oil Sands – 4D simultaneous prestack inversion
14) Canada – Oil Sands – 3D simultaneous inversion
15) Canada – Swan Hills Platform of west central Alberta – fullstack and prestack simultaneous inversion and prediction of porosity
16) Canada – NW BC – Montney Formation – simultaneous inversion of tight gas reservoir
17) Canada – NE BC – Montney Formation – simultaneous inversion of tight gas reservoir
18) Onshore Texas – Mauriceville – petrophysical analysis and 3D simultaneous AVO inversion
19) Onshore Louisiana – Evangeline Parish – rock physics analysis and 3D simultaneous AVO inversion
20) Onshore Texas – Starr County – 3D simultaneous AVO inversion
21) Gulf of Mexico – Matterhorn Field – 4D simultaneous inversion
22) Canada – Alberta – shale gas reservoir – seismic preconditioning and simultaneous AVO inversion
23) Onshore Oklahoma – Coal County – AVO modeling, synthetic shear generation and fluid substitution
United States – Crosswell Seismic
1) Anadarko Basin – Farnsworth – baseline crosswell seismic processing in the Morrow formation for CO2 sequestration
2) Anadarko Basin – Farnsworth – 4D crosswell seismic re-processing of two profiles (baseline) in the Morrow formation for CO2 sequestration
3) Anadarko Basin – Farnsworth – 4D crosswell seismic processing of two profiles (monitor) in the Morrow formation for CO2sequestration
4) Onshore Texas – Serbin Field – crosswell seismic for the detection of faults too small to detect using surface seismic
5) California – Nukern Field – shear wave crosswell seismic processing
United States and Canada – Microseismic
1) Eagle Ford Formation, Texas – zipper hydraulic fracture monitoring
2) Eagle Ford Formation, Texas – zipper hydraulic fracture monitoring
3) Canada – Duvernay Formation – Forward modeling of microseismic data acquisition
4) Wolfcamp Formation – reprocessing of downhole microseismic data acquired
5) Canada – NW BC – Montney Formation – surface microseismic re-processing
6) Onshore Texas – Oil-bearing formation – real-time hydraulic fracture monitoring
7) Wolfcamp Formation – real-time hydraulic fracture monitoring
8) Wolfcamp Formation – real-time hydraulic fracture monitoring
9) Wolfcamp Formation – real-time hydraulic fracture monitoring
10) East Coast US – real-time, dual hydraulic fracture monitoring
11) Worlfcamp B Formation, Texas, real-time zipper hydraulic fracture monitoring
12) Wolfcamp B Formation, Texas – surface microseismic monitoring
13) Eagle Ford Formation, Texas – hydraulic fracture monitoring, zipper frac
14) Utica Shale – hydraulic fracture monitoring
15) Permian Basin – Wolfcamp Formation – hydraulic fracture monitoring – horizontal treatment well
16) Permian Basin – Wolfcamp Formation – hydraulic fracture monitoring
17) Permian Basin – Wolfcamp Formation – hydraulic fracture monitoring
18) Permian Basin – Wolfcamp Formation – hydraulic zipper fracture monitoring – horizontal treatment well
19) Permian Basin – Wolfcamp Formation – horizontal well hydraulic fracture monitoring
20) Permian Basin – Wolfcamp Formation – horizontal well hydraulic fracture monitoring
21) Eagle Ford formation, Texas – zipper hydraulic fracture monitoring
22) Eagle Ford formation, Texas – hydraulic fracture monitoring
Mexico – Quantitative Interpretation
1) Gulf of Mexico – ultra deep water – shallow hazard areas analysis using seismic interpretation and seismic inversion
2) Gulf of Mexico – Ku-Maloob-Zaap, shallow marine offshore GOM – carbonate reservoir characterization (prestack inversion and rock physics) of carbonate reservoir
3) Gulf of Mexico – Agua Fria field, onshore Mexico – AVO and acoustic inversion feasibility study
4) Gulf of Mexico – Research project to find a novel workflow (in both time and depth domains) to improve the prediction of migration pathways
5) Mexico – Tampico – Ebanu-Panuco field – AVO feasibility study and simultaneous prestack inversion (heavy oil) in carbonates
6) Gulf of Mexico – Ixtoc – rock physics analysis, seismic preconditioning and prestack seismic inversion
7) Gulf of Mexico – Burgos Basin, onshore Mexico – clastic reservoir characterization using simultaneous AVO inversion, rock physics and lithology prediction using Bayesian statistics
8) Gulf of Mexico – deep water – statistical wavelet extraction in the absence of well log data
Europe – Quantitative Interpretation
1) North Sea – Bjorn field – 3D simultaneous AVO inversion and calibration for petrophysical properties using neural network analysis
2) North Sea – seismic preconditioning and simultaneous AVO inversion
3) North Sea – simultaneous AVO inversion and prediction of PHIE, SW and VSH
South America – Quantitative Interpretation
1) Brazil – Santos Basin – simultaneous AVO inversion for mapping oil-saturated sand
2) Brazil – Espirito Santo Basin – Joint project with geomechanics for the exploration of a sub-salt reservoir (> 3000 meters of salt) in ultra deep waters
3) Peru – Sagari and Kinteroni gas fields – rock physics, prestack inversion, petrophysical property prediction, lithology prediction
4) Peru – Offshore – Lobitos field – Inversion for acoustic impedance and rock physics analysis in a conventional play
5) Colombia – Offshore – 2D post stack inversion for acoustic impedance
South America – Microseismic
1) Argentina – Vaca Muerta Formation – surface microseismic re-processing
Asia – Quantitative Interpretation
1) China – Sichuan Basin – poststack inversion of seismic data and calibration for PHIE using multi-attribute analysis
2) Malaysia Offshore – predicting lithology, porosity and water saturation using simultaneous inversion results and available well log data
3) China – Onshore – simultaneous AVO inversion
4) India – KG Basin – rock physics analysis, 3D simultaneous AVO inversion and lithology, SW, PHIE prediction
5) India – KG Basin – 3D simultaneous AVO inversion and calibration using legacy seismic data
6) India – KG Basin – 3D simultaneous AVO inversion and calibration (lithology, PHIE and SW) using Q seismic data
7) India – Cauvery Basin – 3D relative inversion feasibility study
8) India – Mumbai High Basin – inversion and reservoir characterization including seismic attribute generation
Asia – Crosswell Seismic
1) UAE – Zakum Field – carbonate reservoir – finite difference modeling and synthetic crosswell seismic data processing
2) UAE – Zakum Field – carbonate reservoir – compressional and shear wave processing
3) China – Tianjin – crosswell seismic processing of two profiles
Africa – Quantitative Interpretation
1) Angola – Baixo Congo Basin – Prediction of lithology, porosity and water saturation using Bayesian statistics