The TINP Company provides special seismic data processing using the 2D/3D CSP-PSTM program. The results of seismic data processing within CSP-PSTM are the seismic cubes/sections for CSP-diffractors and CSP-reflectors.
They form the basis for interpretation using conventional geophysical packages. As a result of interpretation the TINP presents:
- Cubes of CSP-diffractor attributes
- Cubes of CSP-reflector attributes
- CSP-diffractor attribute maps based on time cubes/sections and reflecting horizons
- CSP-reflector attribute maps based on time cubes/sections and reflecting horizons
- Maps of cavernous fractured reservoir distribution zones and 3D model of cavernous fractured reservoir
- Maps of porous reservoir distribution zones and 3D model of porous reservoir
- Comprehensive maps of cavernous fractured reservoir distribution zones and a unitized 3D model of cavernous fractured reservoir
For FractureCSP processing, multi-channel seismic data prepared for pre-stack time migration are required. The data must be in SEG-Y format with static corrections applied (do not apply kinematic corrections!) and with source and receiver coordinates in trace headers. RMS velocities, in a text file consisting of lines in format: x_coordinate (m) y_coordinate (m) time (ms) RMS_velocity (m/s), are also required.
The 3D CSP-PSTM program uses a specialized computer cluster with 12 Teraflops performance and 4 Terabyte mainframe memories.