--> --> Abstract: Processing New Generation Seismic (NGS) in from Unlimited in-House Centre, by Richard Smith, Paul M. Zwartjes, Tom van Dijk, Nigel Benjamin, Teo Wah hong, Richard Cramp, and Vic Dhawan; #90105 (2010)
[First Hit]

Datapages, Inc.Print this page

AAPG GEO 2010 Middle East
Geoscience Conference & Exhibition
Innovative Geoscience Solutions – Meeting Hydrocarbon Demand in Changing Times
March 7-10, 2010 – Manama, Bahrain

Processing New Generation Seismic (NGS) in from Unlimited in-House Centre

Richard Smith1; Paul M. Zwartjes1; Tom van Dijk1; Nigel Benjamin2; Teo Wah hong2; Richard Cramp2; Vic Dhawan2

(1) Geophysics, Petroleum Development Oman, Muscat, Oman.

(2) Inhouse Seismic Previous HitDataNext Hit Processing Center, CGGVeritas, Muscat, Oman.

Petroleum Development Oman (PDO) has upgraded its seismic crews to enable high channel count and high-productivity acquisition of wide-azimuth (WAZ), finely-sampled seismic Previous HitdataNext Hit (“New Generation Seismic”). These crews operate 24 hrs per day using simultaneous vibroseis sourcing and are consistently setting world-class production records well in excess of 13,000 VPs per day. The typical PDO WAZ survey acquired by these crews is approximately 2,700 km2 of 4000+ fold Previous HitdataNext Hit in 25x25 m common midpoint bins. The resulting Previous HitdataNext Hit volume per survey is approximately 25 billion seismic traces and 130 Terrabytes.
As a result of these changes the volume of seismic Previous HitdataNext Hit arriving at PDO’s In-House Seismic Processing Centre each month has increased by a factor in excess of 10 in the last year alone. Currently the processing centre receives over 20 Terrabytes of field Previous HitdataNext Hit per month from two crews. This Previous HitdataNext Hit explosion has necessitated large scale upgrades to the processing centre, including substantial increases in CPU capacity, network bandwidth and online and offline Previous HitdataNext Hit storage. Total disk storage for ongoing project work, for instance, is set to rise to 2.8 Petabytes. Despite upgrades, CPU demand will outstrip local capacity and external resources will be accessed to provide the in-house centre with “unlimited” CPU.
In addition to the hardware upgrades, geophysical software developments have been equally important. These developments include Previous HitdataNext Hit-adaptive ground roll attenuation, software to facilitate azimuthal velocity analysis, a new 3D Radon multiple attenuation module and the implementation of Previous HitCommonNext Hit Previous HitOffsetNext Hit Vector and 5D interpolation.
The transformation of PDO’s in-house seismic Previous HitdataNext Hit processing centre to accommodate and fully utilize New Generation Seismic will be described in this paper.