Wireless Seismic, Geokinetics and Total E&P R&D partner for next-generation land seismic acquisition
PARIS -- Wireless Seismic, Inc., Geokinetics Inc., and Total E&P Research & Development announced today the development of the next-generation land seismic acquisition and processing system, Multiphysics Exploration Technology Integrated System (METIS).
Total initiated the METIS R&D program, covering all facets of the geophysics workflow, from real-time wireless seismic data acquisition through real-time processing and interpretation. METIS concentrates on complex geologic onshore environments, such as foothills, where significant “Yet to Find” hydrocarbons remain.
The goal of METIS is to deliver true-to-life 3D subsurface models by optimizing prospect evaluation and drilling performance in hard-to-access areas. METIS is an integrated real-time geophysical and automated logistics system, significantly increasing the efficiency of seismic acquisition and quickly delivering quality 3D data to interpreters with minimal HSE exposure. The METIS R&D program has an initial five-year term, with the first large-scale commercial pilot project targeted for 2021.
As a METIS development partner, Wireless provides:
- Real-time seismic recording infrastructure that supports the 150,000+ channels required by METIS deployments.
- High-speed, real-time radio telemetry system, based on next-generation radio technology from Wireless.
- Seismic recording channel called DART (Downfall Air Receiver Technology) deployed from aerial drones.
As a future METIS development partner, Geokinetics provides:
- Integrated seismic solutions, from survey design and modeling, to advanced acquisition methodologies, and complete data processing and reservoir analysis capabilities.
- Logistics and project management expertise, helping ensure timely and efficient execution in challenging environments.
- Geokinetics’ industry-recognized Operations Management System (OMS) and QHSE commitments, helping ensure that operational elements of METIS are managed effectively.
