Most seismic interpretation projects end with the creation of 3D bodies, extracted by interpreting the volumes processed during the interpretation phase. The 3D bodies may be extracted in various ways, per volume or from a combination of several volumes. Please join dGB's Arnaud Huck, who will introduce the various tools OpendTect offers to create 3D bodies from seismic attributes. This will include implicit representation, the new voxel connectivity filter and the MPSI Volumetrics utility.
This webinar will be held on Wednesday, March 7th at 15:00 GMT: click here to see the time in your time zone. Click here to register for this webinar.
2011-2012 Webinars
Webinars are back! A great lineup of new plugins, basic use, and proven workflows has been arranged. Keep watching your emails, Facebook, and LinkedIn for more information to come soon!
dGB Earth Sciences Signs Off On Highly Successful 2011
Thursday, 12 January 2012 09:24
dGB Earth Sciences Signs Off On Highly Successful 2011 As Open Source Business Model Reaps Dividends
Company Sees 35% Increase in Turnover During 2011 and Over 73,000 Downloads of its OpendTect Software over Last Two Years. ‘Freemium’ Business Model Sees Increase in Commercial Opportunities.
dGB Earth Sciences, the open-source seismic interpretation provider, has teamed up with Geoinfo SRL to bring the latest OpendTect plug-in for petrophysics interpretation.
The Computer Log Analysis Software (CLAS) plug-in will result in improved well-to-seismic ties, the enhanced calibration of seismic attributes to reservoir properties, more robust models and the more accurate interpretation of 3D seismic data.
"This is a major step forward for OpendTect enabling interpreters to combine seismic data with petrophysical data to provide an even more accurate characterisation of the prospective reservoir", said Kristofer Tingdahl CEO of dGB Earth Sciences.
With CLAS, seismic interpreters can edit well logs and generate vital information on oil in place through data on the saturation, clay volume, porosity, lithology and fluid content of the reservoir.
CLAS will also allow net pay to be estimated from seismic attributes and will be able to use dGB's neural networks plug-in to generate accoustic logs. The result will be the building of accurate models and improved acoustic and elastic impedance inversion.