Depth Conversion Methods And Pitfalls Rockflow Alan devised the ‘depth conversion methods & pitfalls’ course in 2009 and ‘depth conversion methods & petrel workflows’ two years later. the courses have been delivered around 60 times to audiences across the world. Tips and techniques in data qc, practical velocity modelling methods, and recognition of geological and geophysical pitfalls are emphasised.
Depth Conversion Methods And Pitfalls Rockflow Alan devised the ‘depth conversion methods & pitfalls’ course in 2009 and ‘depth conversion methods & petrel workflows’ two years later. the courses have been delivered around 60 times to audiences across the world. Depth conversion methods and pitfalls practical, hands on course for practicing seismic interpreters who are tasked with creating depth maps and estimating uncertainty for volumetrics and well planning. time is split equally between academic theory and practical exercise. To book the software independent ‘pitfalls’ course contact alan directly, or rps nta members can contact rps at training.rpsgroup and ask for course n172 petrel users should consider the ‘petrel workflows’ companion course. Attendees on this course will gain confidence in depth conversion, be comfortable applying the techniques in petrel, and understand the critical factors in depth uncertainty.
Depth Conversion Methods And Workstation Workflows Rockflow To book the software independent ‘pitfalls’ course contact alan directly, or rps nta members can contact rps at training.rpsgroup and ask for course n172 petrel users should consider the ‘petrel workflows’ companion course. Attendees on this course will gain confidence in depth conversion, be comfortable applying the techniques in petrel, and understand the critical factors in depth uncertainty. This is a course for practicing seismic interpreters tasked with creating depth maps for volumetrics and well planning. time is split equally between teaching and exercises, which are designed to illuminate concepts and cement understanding through hands on application. The closest allied course is n002 (velocities for depth conversion), which is a useful theoretical companion course, discussing the fundamentals of velocities and their application to depth conversion. Depth conversion is the process by which interpreted seismic horizons (and time domain seismic itself) are converted from the travel time domain to the depth domain. The document outlines some common pitfalls in time interpretation if velocities are not properly accounted for. it emphasizes that the interpreter should be involved in the time depth conversion process given their expertise in understanding geological changes that could impact the conversion.
Home Rockflow This is a course for practicing seismic interpreters tasked with creating depth maps for volumetrics and well planning. time is split equally between teaching and exercises, which are designed to illuminate concepts and cement understanding through hands on application. The closest allied course is n002 (velocities for depth conversion), which is a useful theoretical companion course, discussing the fundamentals of velocities and their application to depth conversion. Depth conversion is the process by which interpreted seismic horizons (and time domain seismic itself) are converted from the travel time domain to the depth domain. The document outlines some common pitfalls in time interpretation if velocities are not properly accounted for. it emphasizes that the interpreter should be involved in the time depth conversion process given their expertise in understanding geological changes that could impact the conversion.
Comments are closed.