Enhanced performance, all-terrain broadband vibrator.
This enhanced performance is made possible using the latest innovations in shaker and hydraulic circuitry design.
Another newly developed feature is the IPM (Intelligent Power Management) system. By optimizing engine efficiency, IPM will reduce fuel consumption by up to 15%. The IPM option can be also be integrated into existing Nomad 65.
BETTER RESERVOIR CHARACTERIZATION
- Stronger low frequency: 5.4Hz @ full drive
- Up to 15% fuel savings with IPM
- Lower noise level
- User-friendly interface
|Technical papers||Low frequency sweep control with Nomad-65, VE464 and CheckSweep (EN)||English||Dec 04, 2023||929.74 KB|
|Technical papers||The case for longer sweeps in vibrator acquisition (EN)||English||Dec 04, 2023||1.89 MB|
|Technical papers||Vibrator Evolutions for Broadband Performance: Accomplishments and Remaining Issues (EN)||English||Dec 05, 2023||316.48 KB|
|Technical papers||A High-Density Wide Azimuth 3D Survey in Oman||English||Dec 05, 2023||2.61 MB|
|Technical papers||Impact of the use of low-frequency heavy vibrators on crew productivity (EN)||English||Dec 05, 2023||418.5 KB|
|Technical papers||Low-frequency Vibroseis: current achievements and the road ahead? (EN)||English||Dec 05, 2023||2.56 MB|
|Technical papers||Optimizing the Generation and QC of Low-Dwell Sweeps (EN)||English||Dec 05, 2023||1.56 MB|
|Technical papers||Practical solutions for effective vibrator high-frequency generation (EN)||English||Dec 05, 2023||830.18 KB|
|Technical papers||SmartLF for robust and straightforward reduction of low-frequency distortion (EN)||English||Dec 05, 2023||753.04 KB|
|Technical papers||Vibroseis equipment for efficient low-frequency generation and high-productivity operations (EN)||English||Dec 05, 2023||4.31 MB|
|Technical papers||Mastering the highest Vibroseis productivity while preserving seismic data quality (EN)||English||Dec 04, 2023||5.64 MB|
|Brochure||Nomad Brochure (EN)||English||Dec 04, 2023||515.58 KB|