The SEG Advanced Modeling Corporation (SEAM) is the research arm of SEG, bringing together energy companies, researchers, and government partners to solve the industry’s toughest subsurface challenges.
SEAM Participation
Trusted by more than 80 leading energy companies, SEAM is a cornerstone of industry innovation—powering advanced research and development, accelerating training, enabling AI/ML workflows, and validating new technologies with confidence.
Why SEAM Data Sets Matter?
SEAM data sets remove barriers to innovation by providing immediate access to trusted, industry-grade geophysical data—so teams can focus on discovery, validation, and advancement.
√ Industry-grade, benchmark-quality models and simulated data.
√ Developed and validated by leading Geoscientists and industry experts.
√ Representative of real-world geological complexity and acquisition conditions.
√ Immediate access to trusted datasets—without acquisition cost or delay.
√ Accelerates innovation across seismic, reservoir characterization, carbon capture and storage (CCS), and AI/ML applications.
Request SEAM Data Set Pricing
Select the data sets
Request a customized quote.
Click on the + icon to select data sets
Hit Request Pricing
Interested? Click on the 
icon below and request pricing!
SAI_decatur_label_vol1
Decatur Facies Benchmark
Decatur labeled 3D facies volume
Labeled 3D facies volume covering 25 km2 in the Illinois basin, USA. Cropped volume from original PSDM voume (sampling rate of 18.02 ft). Facies include shales, coarse and fine-grained sandstones. Data package also includes input seismic and other supplementary data.
SAI_dns_label_vol1
Dutch-NS Z3HA2014A Facies Benchmark
Dutch North Sea labeled 3D facies volume
Labeled 3D facies volume covering 680 km2 of the Dutch North Sea to map and characterize the heterogeneity of the Zechstein bedded salt layers and other non-salt facies. Data package also includes input seismic and other supplementary data.
SAI_viosca_label_vol1
Viosca Knoll Facies Benchmark
Viosca Knoll labeled 3D facies volume
Subset of the pre stack time-migrated Kirchhoff 3D seismic-reflection data B-32c-93-LA in the eastern Gulf of Mexico. Labeled facies volume covering 436 km2 including sandy channel deposits, levee muds, mass transport complexes, and salt facies. Data package also includes input seismic and other supplementary data.
SAI_brecnock_label_vol1
Brecknock Facies Benchmark
Brecnock labeled 3D seismic volume
Labeled 3D facies volume covering 766 km2 in the Browse basin of Western Australia including tidal channels, shelf carbonates, and patch reefs. Data package also includes input seismic and other supplementary data.
SAI_enfi_label_vol1
Enfield Facies Benchmark
Enfield labeled 3D facies volume
Labeled 3D facies volume covering 71 km2 in the Exmouth sub-basin of Western Australia. 4D Baseline (Final Stack) covering the Enfield area of interest. Facies include clastics, mudstones, carbonates, and mass transport deposits. Data package also includes input seismic and other supplementary data.
SAI_fort_label_vol1
Fortuna Facies Benchmark
Fortuna labeled 3D facies volume
Labeled 3D facies volume covering 1082 km2 in the Exmouth sub-basin of Western Australia. 4D Baseline (Final Stack) covering the Vincent area of interest. Facies include clastics, sandy and massive carbonates, and mass transport deposits. Data package also includes input seismic and other supplementary data.
SAI_good_label_vol1
Goodwyn Facies Benchmark
Goodwyn labeled 3D facies volume
Detailed model looking at the Triassic Mungaroo system covering 208 km2 in the Rankin platform of Western Australia. The objective is to identify where the low-energy channels were present. Data package also includes input seismic and other supplementary data. This is a channel facies identificator benchmark.
SAI_pluto_label_vol1
Pluto Facies Benchmark
Pluto labeled 3D facies volume
Labeled 3D facies volume covering 769 km2 in the Rankin platform of Western Australia. Model was generated on a broadband reprocessed survey that lies over the shelf break with complex seafloor topography. Facies include clastics, carbonates, and mass transport deposits. Data package also includes input seismic and other supplementary data.
SAI_poseidon_label_vol1
Poseidon Facies Benchmark
Poseidon labeled 3D facies volume
Labeled 3D facies volume covering 2610 km2 in the Browse basin of Western Australia including tidal channels, shelf carbonates, and patch reefs. Data package also includes input seismic and other supplementary data.
SAI_romn_label_vol1
Romney Facies Benchmark
Romney labeled 3D facies volume
Deep water 3D post-stacked migrated dataset (~1500 m) in the Taranaki Basin, offshore New Zealand. Labeled facies volume covering 311 km2 including various channel, carbonate and volcanic facies. Data package also includes input seismic and other supplementary data.
SAI_trit_label_vol1
Triton Facies Benchmark
Triton labeled 3D facies volume
Labeled 3D facies volume covering 915 km2 in the Rankin platform of Western Australia. 3D Final Stack covering the Triton area of interest. Facies include massive clastics, mudstones, carbonates, and slope canyons. Data package also includes input seismic and other supplementary data.
SAI_vinc_label_vol1
Vincent Facies Benchmark
Vincent labeled 3D facies volume
Labeled 3D facies volume covering 74 km2 in the Exmouth sub-basin of Western Australia. 4D Baseline (final stack) covering the Vincent area of interest. Facies include clastics, carbonates, and mass transport deposits. Data package also includes input seismic and other supplementary data.
SAI_decatur_CO2
Decatur QI Benchmark (CCS)
Decatur quantitative inverted volume
Zero-offset seismic data for baseline and 6 monitor surveys. Additional volumes include porosity, P-wave velocity, density and CO2 concentrations.
SAI_arid_synth
Arid AI Synthetic and Noise Benchmark
Arid synthetic and noise models
Synthetically derived data for noise and interpolation modeling. Input data from the SEAM Arid model (desert terrain, near surface karsts) are provided as part of this product.
SAI_barrett_synth
Barrett AI Synthetic and Noise Benchmark
Barrett synthetic and noise models
Synthetically derived data for noise and interpolation modeling. Input data from the SEAM Barrett model (clastic system, unconventional shales) are provided as part of this product.
SAI_foothills_synth
Foothills AI Synthetic and Noise Benchmark
Foothills synthetic and noise models
Synthetically derived data for noise and interpolation modeling. Input data from the SEAM Foothills model (topography changes, mountain terrain) are provided as part of this product.
SAI_lof_clastic_synth
Life of Field Clastic AI Synthetic and Noise Benchmark
Life of Field (clastics) synthetic and noise models
Synthetically derived data for noise and interpolation modeling. Input data from the SEAM Clastic Life of Field model (4D study, clastic system) are provided as part of this product.
SAI_lof_carb_synth
Life of Field Carbonate AI Synthetic and Noise Benchmark
Life of Field (carbonate) synthetic and noise models
Synthetically derived data for noise and interpolation modeling. Input data from the SEAM Carbonate Life of Field model (4D study, carbonate system) are provided as part of this product.
SMPP-Ext-all data
All models, seismic and potential fields simulations
All Data
All deliverables for the project are included; Static Reservoir Earth Model, Pre-production seismic simulation, Time Lapse Reservoir Earth Model, Time-Lapse seismic simulation, Time-Lapse CSEM MT Gravity
SMPP-600-25lst
Narrow azimuth seismic simulation
PPP 25 lines, single streamer
25 lines of 600 shots each. Single streamer to west of each shot containing up to 495 channels per streamer.
SMPP-140-dvmod
Velocity model determination from seismic data
Derived velocity model
Velocity model derived from surface seismic data consisting of 25 lines of 600 shots with 40 streamers. Contains final P-velocity model, delta, epsilon, TTI orientations, final gathers and stacks obtained by Kirchhoff and RTM (30 Hz) migrations. Includes report by vendor (AGT) who derived velocity model, and input well log provided to vendor. Input seismic data not included, available as 25 lines, 40 streamers dataset (SMPP-090-25l40st).
SMPP-130-fullvsp
VSP Survey at 3 wells
VSP surveys
4-component VSP (3 acceleraton + pressure) surveys shot into three wells using reciprocity. For simulation, shots were in wellbores and receivers at the surface. 401 levels in 2 wells, 562 levels in third well, level spacing 20 m. Each survey has 49729 surface “shots” at 45 m spacing to 5000 m offset.
SMPP-120-wavsp
Walk-above VSP at 3 wells
Walk-above VSP
Walk-above 4-component VSP shot into three wells using reciprocity. For simulation, shots were in wellbores and receivers at the surface. 401 levels in 2 wells, 562 levels in third well, level spacing 20 m. EW line of 223 surface “shots” at 45 m spacing to 5000 m offset. 4 components of motion (3 acceleration + pressure).
SMPP-110-zovsp
Zero-offset VSP at 3 wells
Zero-offset VSP
Zero-offset 4-component VSP shot into three wells using reciprocity. For simulation, shots were in wellbores and receivers at the surface. 401 levels in 2 wells, 562 levels in third well, level spacing 20 m. 4 Components of motion in wellbore (3 acceleration + pressure).
SMPP-100-node
Two 4-component node surveys
PPP Node Surveys
Two 441-node seafloor node surveys shot in reciprocal mode. For simulation, shots were at node points and receivers at the surface. Source and receiver are pressure. 15 m node spacing, 45 m surface receiver spacing.
SMPP-090-25l40st
Maximum azimuth seismic simulation
PPP 25 lines, 40 streamers
25 lines of 600 shots each. Fourty streamers to west of each shot containing up to 495 channels per streamer.
SMPP-080-25l20st
Moderate azimuth seismic simulation
PPP 25 lines, 20 streamers
25 lines of 600 shots each. Twenty streamers to west of each shot containing up to 495 channels per streamer.
SMPP-070-sl20st
Single swath seismic simulation
PPP Single line, 20 streamers
600 shots, 45 m shot spacing. Twenty streamers to west of each shot. Shot line at y=20,000 m.
SMPP-050-slst
Single line 3D seismic simulation
PPP Single line, single streamer
600 shots, 45 m shot spacing. Single streamer to west of each shot. Shot, receiver line at y=20,000 m.
SMPP-020-mod-sim
Pore Pressure Project Seismic Simulation Model derived from First Rock Physics Model
PPP Seismic simulation Model
Seismic simulation model derived from first rock physics model by adjusting low S-wave velocities and values of delta < -0.1 to control cost of seismic simulation. Properties included are Vp, Vs, density, epsilon, delta, gamma, anisotropy orientations.
SMPP-011-mod-2rp
Second Rock Physics Model derived from Basin Simulation Output Model
PPP Second Rock Physics Model
Second rock physics model derived from Basin Simulation output parameters using different rock physics calibration parameters from those used in deriving the first rock physics model. These calibrations are possibly more realistic than those used for first model. Properties included are Vp, Vs, density, epsilon, delta, gamma, anisotropy orientations. Includes report from rock physics vendor (Ikon Science).
SMPP-010-mod-1rp
First Rock Physics Model derived from Basin Simulation Output Model
PPP First Rock Physics Model
First Seismic Properties Model derived from Basin Simulation output parameters. Input to seismic simulation vendor. Contains low S-wave velocities and values of delta < -0.1. Properties included are Vp, Vs, density, epsilon, delta, gamma, anisotropy orientations. Includes report from rock physics vendor (Ikon Science).
SMPP-001-mod-bs
Pore Pressure Project Basin Simulation Output Model
PPP Basin Simulation Model
Basin Simulation Model Output Used for Developing Seismic Properties Model. The files included are pore pressure, vertical effective stress, lithostatic stress, overpressure, permeability in vertical and horizontal directions, temperature, porosity, density, clay transformation ratio. Includes report from Basin Simulation Vendor (BEICIP).
SMPP-001-mod-INP
Phase I Input Model Files
Phase I Input Model Files
Files from the SEAM Phase I model dataset that were used as input for the basin simulation effort, rock physics effort, or for developing the finite element grid used for seismic simulation. Includes TTI orientation files, geological index files showing rock type (Vshale) and reservoirs vs position, grid showing depth to water bottom vs position, and GoCAD surfaces defining layer boundaries.
SMLF-crb-sur-bl-tab-Vy
Carbonate Baseline data with top absorbing boundary, Vy
Carbonate Baseline data with top absorbing boundary, Vy
3D OBN survey (1263 nodes) of Baseline model with ABC at top to eliminate water-surface multiples, Vy
SMLF-crb-sur-bl-tab-Vx
Carbonate Baseline data with top absorbing boundary, Vx
Carbonate Baseline data with top absorbing boundary, Vx
3D OBN survey (1263 nodes) of Baseline model with ABC at top to eliminate water-surface multiples, Vx
SMLF-crb-sur-bl-tab-Pr
Carbonate Baseline data with top absorbing boundary, Pressure
Carbonate Baseline data with top absorbing boundary, Pressure
3D OBN survey (1263 nodes) of Baseline model with ABC at top to eliminate water-surface multiples, pressure
SMLF-crb-sur-bl-prs
Carbonate Baseline data, Pressure
Carbonate Baseline data, Pressure
3D OBN survey (1263 nodes) of Baseline model, pressure
SMLF-crb-sur-bl-Vz
Carbonate Baseline data, Vz
Carbonate Baseline data, Vz
3D OBN survey (1263 nodes) of Baseline model, Vz
SMLF-crb-sur-bl-Vy
Carbonate Baseline data, Vy
Carbonate Baseline data, Vy
3D OBN survey (1263 nodes) of Baseline model, Vy
SMLF-crb-sur-bl-Vx
Carbonate Baseline data, Vx
Carbonate Baseline date, Vx
3D OBN survey (1263 nodes) of Baseline model, Vx
SMLF-crb-si-mon3-ps
PS Migrated image, Monitor 3
PS Migrated image, Monitor 3
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 3, PS stack
SMLF-crb-si-mon3-pp
PP Migrated image, Monitor 3
PP Migrated image, Monitor 3
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 3, PP stack
SMLF-crb-si-mon2-ps
PS Migrated image, Monitor 2
PS Migrated image, Monitor 2
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 2, PS stack
SMLF-crb-si-mon2-pp
PP Migrated image, Monitor 2
PP Migrated image, Monitor 2
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 2, PP stack
SMLF-crb-si-mon1-ps
PS Migrated image, Monitor 1
PS Migrated image, Monitor 1
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 1, PS stack
SMLF-crb-si-mon1-pp
PP Migrated image, Monitor 1
PP Migrated image, Monitor 1
Migrated image (Kirchhoff) of OBN survey of Carbonate OBN Monitor 1, PP stack
SMLF-crb-si-bl-ps
PS Migrated image, Baseline
PS Migrated image, Baseline
Migrated image (Kirchhoff) of OBN survey of Carbonate Baseline OBN survey, PS stack
SMLF-crb-si-bl-pp
PP Migrated image, Baseline
PP Migrated image, Baseline
Migrated image (Kirchhoff) of OBN survey of Carbonate Baseline OBN survey, PP stack
SMLF-crb-mon3-tab-vy
Carbonate Monitor 3 data with top absorbing boundary, Vy
Carbonate Monitor 3 data with top absorbing boundary, Vy
3D OBN survey (1263 nodes) of Monitor 3 model with ABC at top to eliminate water-surface multiples, Vy
SMLF-crb-mon3-tab-vx
Carbonate Monitor 3 data with top absorbing boundary, Vx
Carbonate Monitor 3 data with top absorbing boundary, Vx
3D OBN survey (1263 nodes) of Monitor 3 model with ABC at top to eliminate water-surface multiples, Vx
SMLF-crb-mon3-tab-pr
Carbonate Monitor 3 data with top absorbing boundary, Pressure
Carbonate Monitor 3 data with top absorbing boundary, Pressure
3D OBN survey (1263 nodes) of Monitor 3 model with ABC at top to eliminate water-surface multiples, pressure
SMLF-crb-mon3-pr
Carbonate Monitor 3 data, Pressure
Carbonate Monitor 3 data, Pressure
3D OBN survey (1263 nodes) of Monitor 3 model, pressure
SMLF-crb-mon3-Vz
Carbonate Monitor 3 data, Vz
Carbonate Monitor 3 data, Vz
3D OBN survey (1263 nodes) of Monitor 3 model, Vz
SMLF-crb-mon3-Vy
Carbonate Monitor 3 data, Vy
Carbonate Monitor 3 data, Vy
3D OBN survey (1263 nodes) of Monitor 3 model, Vy
SMLF-crb-mon3-Vx
Carbonate Monitor 3 data, Vx
Carbonate Monitor 3 data, Vx
3D OBN survey (1263 nodes) of Monitor 3 model, Vx
SMLF-crb-mon2-tab-vy
Carbonate Monitor 2 data with top absorbing boundary, Vy
Carbonate Monitor 2 data with top absorbing boundary, Vy
3D OBN survey (1263 nodes) of Monitor 2 model with ABC at top to eliminate water-surface multiples, Vy
SMLF-crb-mon2-tab-vx
Carbonate Monitor 2 data with top absorbing boundary, Vx
Carbonate Monitor 2 data with top absorbing boundary, Vx
3D OBN survey (1263 nodes) of Monitor 2 model with ABC at top to eliminate water-surface multiples, Vx
SMLF-crb-mon2-tab-pr
Carbonate Monitor 2 data with top absorbing boundary, Pressure
Carbonate Monitor 2 data with top absorbing boundary, Pressure
3D OBN survey (1263 nodes) of Monitor 2 model with ABC at top to eliminate water-surface multiples, pressure
SMLF-crb-mon2-pr
Carbonate Monitor 2 data, Pressure
Carbonate Monitor 2 data, Pressure
3D OBN survey (1263 nodes) of Monitor 2 model, pressure
SMLF-crb-mon2-Vz
Carbonate Monitor 2 data, Vz
Carbonate Monitor 2 data, Vz
3D OBN survey (1263 nodes) of Monitor 2 model, Vz
SMLF-crb-mon2-Vy
Carbonate Monitor 2 data, Vy
Carbonate Monitor 2 data, Vy
3D OBN survey (1263 nodes) of Monitor 2 model, Vy
SMLF-crb-mon2-Vx
Carbonate Monitor 2 data, Vx
Carbonate Monitor 2 data, Vx
3D OBN survey (1263 nodes) of Monitor 2 model, Vx
SMLF-crb-mon1-tab-vy
Carbonate Monitor 1 data with top absorbing boundary, Vy
Carbonate Monitor 1 data with top absorbing boundary, Vy
3D OBN survey (1263 nodes) of Monitor 1 model with ABC at top to eliminate water-surface multiples, Vy
SMLF-crb-mon1-tab-vx
Carbonate Monitor 1 data with top absorbing boundary, Vx
Carbonate Monitor 1 data with top absorbing boundary, Vx
3D OBN survey (1263 nodes) of Monitor 1 model with ABC at top to eliminate water-surface multiples, Vx
SMLF-crb-mon1-tab-pr
Carbonate Monitor 1 data with top absorbing boundary, Pressure
Carbonate Monitor 1 data with top absorbing boundary, Pressure
3D OBN survey (1263 nodes) of Monitor 1 model with ABC at top to eliminate water-surface multiples, pressure
SMLF-crb-mon1-pr
Carbonate Monitor 1 data, Pressure
Carbonate Monitor 1 data, Pressure
3D OBN survey (1263 nodes) of Monitor 1 model, pressure
SMLF-crb-mon1-Vz
Carbonate Monitor 1 data, Vz
Carbonate Monitor 1 data, Vz
3D OBN survey (1263 nodes) of Monitor 1 model, Vz
SMLF-crb-mon1-Vy
Carbonate Monitor 1 data, Vy
Carbonate Monitor 1 data, Vy
3D OBN survey (1263 nodes) of Monitor 1 model, Vy
SMLF-crb-mon1-Vx
Carbonate Monitor 1 data, Vx
Carbonate Monitor 1 data, Vx
3D OBN survey (1263 nodes) of Monitor 1 model, Vx
SMLF-crb-mod-mon3
Carbonate Model, Monitor 3
Carbonate Model, Monitor 3
Marine Earth model with carbonate ramp and reservoirs, model after 15 years of production, 9 elastic constants and density
SMLF-crb-mod-mon2
Carbonate Model, Monitor 2
Carbonate Model, Monitor 2
Marine Earth model with carbonate ramp and reservoirs, model after 10 years of production, 9 elastic constants and density
SMLF-crb-mod-mon1
Carbonate Model, Monitor 1
Carbonate Model, Monitor 1
Marine Earth model with carbonate ramp and reservoirs, model after 5 years of production, 9 elastic constants and density
SMLF-crb-mod-bl
Carbonate Model, Baseline
Carbonate Model, Baseline
Marine Earth model with carbonate ramp and reservoirs, Baseline model before production, 9 elastic constants and density
SMLF-crb-img-mon3-ps
PS Azimuthal gathers, Monitor 3
PS Azimuthal gathers, Monitor 3
Image gathers along 10 azimuths before PS stack of OBN Monitor 3 survey, Carbonate Model
SMLF-crb-img-mon3-pp
PP Azimuthal gathers, Monitor 3
PP Azimuthal gathers, Monitor 3
Image gathers along 10 azimuths before PP stack of OBN Monitor 3 survey, Carbonate Model
SMLF-crb-img-mon2-ps
PS Azimuthal gathers, Monitor 2
PS Azimuthal gathers, Monitor 2
Image gathers along 10 azimuthsbefore PS stack of OBN Monitor 2 survey, Carbonate Model
SMLF-crb-img-mon2-pp
PP Azimuthal gathers, Monitor 2
PP Azimuthal gathers, Monitor 2
Image gathers along 10 azimuths before PP stack of OBN Monitor 2 survey, Carbonate Model
SMLF-crb-img-mon1-ps
PS Azimuthal gathers, Monitor 1
PS Azimuthal gathers, Monitor 1
Image gathers along 10 azimuths before PS stack of OBN Monitor 1 survey, Carbonate Model
SMLF-crb-img-mon1-pp
PP Azimuthal gathers, Monitor 1
PP Azimuthal gathers, Monitor 1
Image gathers along 10 azimuths before PP stack of OBN Monitor 1 survey, Carbonate Model
SMLF-crb-img-bl-ps
PS Azimuthal gathers, Baseline
PS Azimuthal gathers, Baseline
Image gathers along 10 azimuths before PS stack of OBN Baseline survey, Carbonate Model
SMLF-crb-img-bl-pp
PP Azimuthal gathers, Baseline
PP Azimuthal gathers, Baseline
Image gathers along 10 azimuths before PP stack of OBN Baseline survey, Carbonate Model
SMLF-crb-ig-mon3-ps
PS Azimuthal gathers (10), Monitor 3
PS Azimuthal gathers (10), Monitor 3
Azimuthal image gathers (10) before PS stack of OBN Monitor 3 survey, Carbonate Model
SMLF-crb-ig-mon3-pp
PP Azimuthal gathers (10), Monitor 3
PP Azimuthal gathers (10), Monitor 3
Azimuthal image gathers (10) before PP stack of OBN Monitor 3 survey, Carbonate Model
SMLF-crb-ig-mon2-ps
PS Azimuthal gathers (10), Monitor 2
PS Azimuthal gathers (10), Monitor 2
Azimuthal image gathers (10) before PS stack of OBN Monitor 2 survey, Carbonate Model
SMLF-crb-ig-mon2-pp
PP Azimuthal gathers (10), Monitor 2
PP Azimuthal gathers (10), Monitor 2
Azimuthal image gathers (10) before PP stack of OBN Monitor 2 survey, Carbonate Model
SMLF-crb-ig-mon1-ps
PS Azimuthal gathers (10), Monitor 1
PS Azimuthal gathers (10), Monitor 1
Azimuthal image gathers (10) before PS stack of OBN Monitor 1 survey, Carbonate Model
SMLF-crb-ig-mon1-pp
PP Azimuthal gathers (10), Monitor 1
PP Azimuthal gathers (10), Monitor 1
Azimuthal image gathers (10) before PP stack of OBN Monitor 1 survey, Carbonate Model
SMLF-crb-ig-bl-ps
PS Azimuthal gathers (10), Baseline
PS Azimuthal gathers (10), Baseline
Azimuthal image gathers (10) before PS stack of OBN Baseline survey, Carbonate Model
SMLF-crb-ig-bl-pp
PP Azimuthal gathers (10), Baseline
PP Azimuthal gathers (10), Baseline
Azimuthal image gathers (10) before PP stack of OBN Baseline survey, Carbonate Model
SMLF-cls-wel-vsp
Clastic Baseline data, VSP
Clastic Baseline data, VSP
VSPs, 5 wells, 3C
SMLF-cls-sur-bl-pr
Clastic Baseline data, Pressure
Clastic Baseline data, Pressure
3D OBN survey (1735 nodes) of Baseline model, pressure
SMLF-cls-sur-bl-Vz
Clastic Baseline data, Vz
Clastic Baseline data, Vz
3D OBN survey (1735 nodes) of Baseline model, Vz
SMLF-cls-si-mon3-pp
PP Migrated image, Monitor 3
PP Migrated image, Monitor 3
Migrated image (Kirchhoff) of OBN survey of Clastic OBN Monitor 3, PP stacks
SMLF-cls-si-mon2-pp
PP Migrated image, Monitor 2
PP Migrated image, Monitor 2
Migrated image (Kirchhoff) of OBN survey of Clastic OBN Monitor 2, PP stack
SMLF-cls-si-mon1-pp
PP Migrated image, Monitor 1
PP Migrated image, Monitor 1
Migrated image (Kirchhoff) of OBN survey of Clastic OBN Monitor 1, PP stack
SMLF-cls-si–bl-pp
PP Migrated image, Baseline
PP Migrated image, Baseline
Migrated image (Kirchhoff) of OBN survey of Clastic Baseline OBN survey, PP stack
SM1-050-ttiw
Acoustic TTI – WAZ Classic
TTI WAZ Classic
TTI Wide Azumith subset
SM1-060-e2793
Elastic 2793-shot Classic
Elastic simulation
Duplicates acoustic 2793 acquisition parameters
SM1-061-e1600
Elastic 1600 Shot Classic
High resolution patch
Seafloor Scholte wave experiment
SM1-062-e100g
Elastic Classic Data Sets from 100m Grid
Combination Classic WAZ, NAZ and Seafloor
Classic acquisition
SM1-063-ewazw
Elastic-WAZEW Classic
Elastic WAZ Classic
Wide azimuth east west
SM1-064-enazw
Elastic-NAZEW Classic
Elastic NAZ Classic
Narrow azimuth east west
SM1-065-esea
Elastic-Seafloor Classic
Seafloor Classic
Seafloor receivers
SM1-066-enazwss
Elastic NAZEW – Single Swath
Single Swath
Single swath of narrow azimuth east-west data
SM1-067-e3Dsmv
Elastic 3D – small volume
Small 3D swath, NAZ, E-W
Narrow azimuth, east – west 3D swath
SMLF-cls-res-mod-mon3
Clastic Reservoir Model, Monitor 3
Clastic Reservoir Model, Monitor 3
Reservoir simulation model, Monitor 3, 13 properties: Saturations, Pressures, Displacement, Strain
SMLF-cls-res-mod-mon2
Clastic Reservoir Model, Monitor 2
Clastic Reservoir Model, Monitor 2
Reservoir simulation model, Monitor 2, 13 properties: Saturations, Pressures, Displacement, Strain
SMLF-cls-res-mod-mon1
Clastic Reservoir Model, Monitor 1
Clastic Reservoir Model, Monitor 1
Reservoir simulation model, Monitor 1, 13 properties: Saturations, Pressures, Displacement, Strain
SMLF-cls-res-mod-bl
Clastic Reservoir Model, Baseline
Clastic Reservoir Model, Baseline
Reservoir simulation model, Base, 13 properties: Saturations, Pressures, Displacement, Strain
SMLF-cls-mon3-vsp
Clastic Monitor 3 data, VSP
Clastic Monitor 3 data, VSP
VSPs, 5 wells, 3C
SMLF-cls-mon3-tab-pr
Clastic Monitor 3 data with top absorbing boundary, Pressure
Clastic Monitor 3 data with top absorbing boundary, Pressure
3D OBN survey (1735 nodes) of Monitor 3 model with ABC at top to eliminate multiples, pressure
SMLF-cls-mon3-pr
Clastic Monitor 3 data, Pressure
Clastic Monitor 3 data, Pressure
3D OBN survey (1735 nodes) of Monitor 3 model, pressure
SMLF-cls-mon3-Vz
Clastic Monitor 3 data, Vz
Clastic Monitor 3 data, Vz
3D OBN survey (1735 nodes) of Monitor 3 model, Vz
SMLF-cls-mon2-vsp
Clastic Monitor 2 data, VSP
Clastic Monitor 2 data, VSP
VSPs, 5 wells, 3C
SMLF-cls-mon2-tab-pr
Clastic Monitor 2 data with top absorbing boundary, Pressure
Clastic Monitor 2 data with top absorbing boundary, Pressure
3D OBN survey (1735 nodes) of Monitor 2 model with ABC at top to eliminate multiples, pressure
SMLF-cls-mon2-pr
Clastic Monitor 2 data, Pressure
Clastic Monitor 2 data, Pressure
3D OBN survey (1735 nodes) of Monitor 2 model, pressure
SMLF-cls-mon2-Vz
Clastic Monitor 2 data, Vz
Clastic Monitor 2 data, Vz
3D OBN survey (1735 nodes) of Monitor 2 model, Vz
SMLF-cls-mon1-vsp
Clastic Monitor 1 data, VSP
Clastic Monitor 1 data, VSP
VSPs, 5 wells, 3C
SMLF-cls-mon1-tab-pr
Clastic Monitor 1 data with top absorbing boundary, Pressure
Clastic Monitor 1 data with top absorbing boundary, Pressure
3D OBN survey (1735 nodes) of Monitor 1 model with ABC at top to eliminate multiples, pressure
SMLF-cls-mon1-pr
Clastic Monitor 1 data, Pressure
Clastic Monitor 1 data, Pressure
3D OBN survey (1735 nodes) of Monitor 1 model, pressure
SMLF-cls-mon1-Vz
Clastic Monitor 1 data, Vz
Clastic Monitor 1 data, Vz
3D OBN survey (1735 nodes) of Monitor 1 model, Vz
SMLF-cls-ig-mon3-pp
PP Azimuthal gathers, Monitor 3
PP Azimuthal gathers, Monitor 3
Image gathers along 10 azimuths before PP stack of OBN Monitor 3 survey, Clastic Model
SMLF-cls-ig-mon2-pp
PP Azimuthal gathers, Monitor 2
PP Azimuthal gathers, Monitor 2
Image gathers along 10 azimuths before PP stack of OBN Monitor 2 survey, Clastic Model
SMLF-cls-ig-mon1-pp
PP Azimuthal gathers, Monitor 1
PP Azimuthal gathers, Monitor 1
Image gathers along 10 azimuths before PP stack of OBN Monitor 1 survey, Clastic Model
SMLF-cls-ig-bl-pp
PP Azimuthal gathers, Baseline
PP Azimuthal gathers, Baseline
Image gathers along 10 azimuths before PP stack of OBN Baseline survey, Clastic Model
SMLF-cls-grav-TL-mon3
Time-Lapse Gravity Survey, Monitor 3
Time-Lapse Gravity Survey, Monitor 3
High-resolution surface microgravity survey, Montor 3 – Baseline
SMLF-cls-grav-TL-mon2
Time-Lapse Gravity Survey, Monitor 2
Time-Lapse Gravity Survey, Monitor 2
High-resolution surface microgravity survey, Montor 2 – Baseline
SMLF-cls-grav-TL-mon1
Time-Lapse Gravity Survey, Monitor 1
Time-Lapse Gravity Survey, Monitor 1
High-resolution surface microgravity survey, Montor 1 – Baseline
SMLF-cls-geo-mod-mon3
Clastic Geophysical Model, Monitor 3
SEAM Clastic Geophysical Model, Monitor 3
Marine Earth model with salt tectonics and 2 reservoirs, monitor 3 model after 10 years production, 21 elastic constants, Q, and density
SMLF-cls-geo-mod-mon2
Clastic Geophysical Model, Monitor 2
SEAM Clastic Geophysical Model, Monitor 2
Marine Earth model with salt tectonics and 2 reservoirs, monitor 2 model after 7 years production, 21 elastic constants, Q, and density
SMLF-cls-geo-mod-mon1
Clastic Geophysical Model, Monitor 1
SEAM Clastic Geophysical Model, Monitor 1
Marine Earth model with salt tectonics and 2 reservoirs, monitor 1 model after 4 years production, 21 elastic constants, Q, and density
SMLF-cls-geo-mod-bl
Clastic Geophysical Model, Baseline
Clastic Geophysical Model, Baseline
Marine Earth model with salt tectonics and 2 reservoirs, Baseline model before production, 21 elastic constants, Q, and density
SM4-070-gemmt
CSEM, HTEM, MT, FT Gravity
CSEM, HTEM, MT, FT Gravity
Electromagnetic and gravity simulations
SM4-030-ive-c3
VSP
VSP
Vertical seismic profile
SM4-025-ive-c2b
2D High-resolution line, Y-directed
2D High-resolution Y
2 dimensional Y oriented seismic line
SM4-020-ive-c2a
2D High-resolution line, X-directed
2D High-resolution X
2 dimensional X oriented seismic line
SM4-011-ive-c1
3D Surface seimsic – Z-component
3D Z-component
3D vertical component receivers
SM4-010-ive-lines-sparse
Individual shot lines – sparse receivers
Shot Lines (55 total), sparse receivers
Individual lines acquired in 3D survey, with receivers in a sparse orthogonal survey design
SM4-010-ive-lines-dense
Individual shot lines – dense receivers
Shot lines (55 total), dense carpet receivers
Individual lines acquired in 3D survey, with a dense carpet of receivers covering model domain
SM4-010-ive-full
3D 3C surface seismic
3D-Surface Survey – All
All shots, all receivers, elastic simulation
SM4-001-mod-ss
Foothills Earth Model
Overthrust earth model
Overthrust tectonics, isotropic, visco-elastic
SM3-070-gemmt
CSEM, HTEM, MT, FT Gravity
CSEM, HTEM, MT, FT Gravity
Electromagnetic and gravity simulations
SM3-050-ove-c5
3D Reverse VSP
Reverse VSP
Reverse vertical seismic profile
SM3-040-ove-c4
VSP (3C)
VSP 3C
3 component vertical seismic profile
SM3-035-ove-c3b
2D High-resolution line, EW directed
2D Surface Line EW
High resolution 2D seismic east west oriented
SM3-030-ove-c3a
2D High-resolution line, NS directed
2D Surface Line NS
High resolution 2D seismic north south oriented
SM3-020-ove-c2
High-resolution 3D surface seismic (1C & 3C)
3D-Surface Survey – 1C & 3C
Combined 1 component and 3 component surveys
SM3-011-ove-c1
3D Surface seismic – Z-component
3D Z-component
3D vertical component receivers
SM3-010-ove-lines
Individual shot lines
Shot lines (191 total)
Individual lines acquired in 3D survey, with dense carpet of receivers for each shot
SM3-010-ove-all
3D 3C surface seismic
3D-Surface Survey – All
All shots, all receivers, elastic seismic simulation
SM3-001-mod-ss
Arid Earth Model
Arid Earth Model
Highly karsted, orthorhombic and visco-elastic
SM2-080-AVO
3D AVO processed seismic
3D AVO
3D seismic suitable for AVAz/VVAz analysis. 1) Preprocessed premigration gathers, 2) VTI Kirchhoff Migration, 6.25 m CDP grid, 640-fold postmigration gathers with and without residual moveout correction, 3) six azimuth-limited near and far stacks, and 4) full-stack data volumes. The data set is available in standard 3D orthogonal field layouts as well as in carpet-style surveys. Data processing by OXY 2018.
SMLF-cls-bl-tab-pr
Clastic Baseline data with top absorbing boundary, Pressure
Clastic Baseline data with top absorbing boundary, Pressure
3D OBN survey (1735 nodes) of Baseline model with ABC at top to eliminate multiples, pressure
SM2-070-gemmt
CSEM, HTEM, MT, FT Gravity
CSEM, HTEM, MT, FT Gravity
Electromagnetic and gravity simulations
SM2-050-ove-c5
3D Reverse VSP
Reverse VSP
Reverse vertical seismic profile
SM2-040-ove-c4
Monitor Wells – Seismic
Monitor wells – seismic
Well recording during surface seismic survey
SM2-030-ove-c3
VSP
VSP
Vertical seismic profile
SM2-025-ove-c2b
2D High-resolution line, Y-directed
2D High-resolution Y
2 dimensional Y oriented seismic line
SM2-020-ove-c2a
2D High-resolution line, X-directed
2D High-resolution X
2 dimensional X oriented seismic line
SM2-013-ove-c1b
Most Reduced 3D 3C surface seismic
Reduced surface seismic 300m grid
300 X 300 m spaced shots and receivers
SM2-012-ove-c1a
Reduced 3D 3C surface seismic
Reduced surface survey 100m grid
100 X 100 m spaced shots and receivers
SM2-011-ove-c1
3D surface seismic – Z-component
3D Z-component
3D vertical component receivers
SM2-010-ove-lines
Individual shot lines
Shot lines (96 total)
Individual lines acquired in 3D survey, with dense carpet of receivers for each shot
SM2-010-ove-all
3D 3C surface seismic
3D surface survey – All
All shots, all receivers, elastic seismic simulation
SM2-001-mod-ss
Barrett Unconventional Earth Model
Barrett Earth model
Land Seismic Challenges: Barrett Unconventional Model
SM1-081-esd
Elastic Data from 100m Shot Grid – Surface Data
Elastic – Surface Data
Surface receivers, compressed data
SM1-080-evspd
Elastic Data from 100m Shot Grid – VSP Data
Elastic – VSP Data
VSP data, uncompressed
SM1-079-esead
Elastic Data from 100m Shot Grid – Seafloor Data
Elastic – Seafloor Data
Seafloor receivers, uncompressed data
SM1-078-ed100g
Elastic Data from 100m Shot Grid – Complete
Combined surface, seafloor and VSP superset
All shots, all receivers, seafloor, surface and VSP
SM1-077-ttiad
TTI Acoustic Data
TTI acoustic superset
All shots, all receivers
SM1-049-ttin
Acoustic TTI – NAZ Classic
TTI NAZ Classic
TTI Narrow Azimuth subset
SM1-048-ttiwn
Acoustic TTI WAZ-NAZ Classic
TTI WAZ-NAZ Classic
Combined acoustic TTI WAZ and NAZ subsets
SM1-047-ttivsp
Acoustic TTI – VSP Classic
TTI – VSP
TTI Vertical seismic profile
SM1-046-tti2793
Acoustic TTI 2793-shot Classic
TTI acoustic simulation
Main TTI acoustic data
SM1-045-gcsemmt
Gravity, CSEM, & Magnetotelluric (MT)
Gravity, CSEM & MT simulations
Electromagnetic and gravity simulations
SM1-035-aausw
Acoustic Absorbing Upper Surface – WAZ Classic
Absorbing upper Surface WAZ
Wide Azumith subset
SM1-008-mod-eeshot
Elastic Earth Model – Shot Model
Small sized Elastic Earth Model
SM1-007-mod-eesim
Elastic Earth Model – Simulation Model
Standard size Elastic Earth Model
SM1-006-mod-all
Phase I Model Package: All 7 Models
Package of all 7 Subsalt Earth Models
Acoustic, TTI, Gravity, Resistivity, Elastic, Elastic simulation, Elastic Shot
SM1-005-mod-re
Resistivity Earth Model
Resistivity Earth Model
Subsampled
SM1-004-mod-g
Gravity Earth Model
Gravity Earth Model
Subsampled
SM1-003-mod-tti
Elastic TTI Earth Model
TTI Earth Model
Elastic Parameters, TTI, Geolabeled
SM1-002-mod-ee
Elastic Earth Model
Full size Elastic Earth Model
Used only for 2793 shot classic data
SM1-034-aausn
Acoustic Absorbing Upper Surface – NAZ Classic
Absorbing upper Surface NAZ
Narrow Azimuth subset
SM1-033-aauswn
Acoustic Absorbing Upper Surface WAZ-NAZ Classic
Absorbing upper Surface WAZ NAZ
Combined WAZ and NAZ subsets
SM1-032-aaus28ew
Acoustic Absorbing Upper Surface 28 EW Lines Classic
Absorbing upper surface 28 line swath EW
Subset 3D swath of 28 lines oriented east to west
SM1-030-aaus9
Acoustic Absorbing Upper Surface 9 Line Classic
Absorbing upper surface 9 line swath
Subset 3D swath of 9 lines
SM1-031-aaus2793
Acoustic Absorbing Upper Surface 2793-shot Classic
Acoustic absorbing upper surface simulation
Main acoustic data, absorbing upper surface
SM1-076-aausd
Acoustic Absorbing Upper Surface Data
Acoustic absorbing upper surface superset
All shots, all receivers
SM1-020-afsw
Acoustic Free Surface WAZ Classic
WAZ Classic
Wide Azumith subset
SM1-019-afsn
Acoustic Free Surface NAZ Classic
NAZ Classic
Narrow Azimuth subset
SM1-018-afswn
Acoustic Free Surface WAZ-NAZ Classic
WAZ-NAZ Classic
Combined WAZ and NAZ subsets
SM1-017-afs9
Acoustic Free Surface 9 Line Classic
Acoustic 9 line swath
Subset 3D swath of 9 lines
SM1-016-afs2793
Acoustic Free Surface 2793-shot Classic
Acoustic simulation
Main acoustic data
SM1-075-afd
Acoustic Free Surface Data
Acoustic free surface superset
All shots, all receivers