CSP Permanent Reservoir Monitoring

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CSP Permanent Reservoir Monitoring

2. The traditional approach to solving the problems of PRM
Today PRM paradigm is based on the use of two methods (in order of
priority):
1. 4D seismic on reflected waves (subtraction 3D cube reflectors)
2. Passive surface microseismic monitoring (plan to do)
Our new approach: CSP-PRM within the concept of CSP-
Approach
The proposed new paradigm CSP-PRM is based on the use of two
methods (in order of priority):
1. Surface microseismic monitoring, based on the method
MicroseismicCSP
2. 4D seismic on scattered waves using the method FtactureCSP
(subtraction CSP-diffractor cubes)
CSP- Permanent Reservoir Monitoring (CSP-PRM)
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3. New approach CSP- PRM for 4D processing
3D Cube 1
(i) Convectional 4D workflow processing
(ii) New 4D processing based on CSP method
3D Cube 2
3D CSP-diffractors cub 1 3D CSP-diffractors cub 2
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4. Main proposal for CSP-PRM microseismic
(Seafloor&Land)
The layout of surface registrars:
• Inline: 50 m
• Crossline: 100-150 m
Crossline: 300 m
Density of sensors: 77
sen./sq. km (39 per cycle)
Crossline: 150 m
Density of sensors: 137
sen./sq. km (69 per cycle)
Crossline: 100 m
Density of sensors: 193
sen./sq. km (97 per cycle)
Traditional scheme for 4D New scheme for 4D, 150m New scheme for 4D, 100m
or
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