“New Ocean Geophysics Service Offers Reuse of Unused Seismic Data for Wind Farm Developers”

– Ocean Geophysics introduces solution to recycle and reprocess freely available seismic data for wind farm developers
– Historical seismic data is often available in Europe and Australia through national energy authorities and can be purchased from oil companies
– Advanced data processing techniques reveal hidden information in seismic data, reducing cost and risk for offshore wind developments.

Ocean Geophysics, a supplier in the renewable energy industry, has launched a solution to recycle and reprocess freely available seismic data. This initiative aims to assist wind farm developers in reducing costs and risks associated with determining which wind farms to bid for.

Historical seismic data, sourced from offshore oil and gas or offshore renewable industry archives, is often freely accessible through national energy authorities in Europe and Australia. Additionally, this data can be purchased from the archives of oil companies that previously operated in specific regions.

Ocean Geophysics utilizes advanced software and modern processing techniques to enhance historical seismic data, uncovering previously hidden information in shallower regions. By doing so, the company seeks to decrease the cost and risk of offshore wind developments, potentially eliminating the need for expensive reconnaissance surveys offshore.

Through a multifaceted approach involving advanced data processing, Ocean Geophysics integrates shallow and deeper data layers from seismic surveys. This integration overcomes traditional challenges related to resolution and clarity discrepancies, providing developers with a clearer interpretation of subsurface structures and sedimentary formations.

By surpassing conventional data analysis approaches, Ocean Geophysics has successfully unlocked valuable insights into the subsurface environment contained in old vintage data. Based in the UK with a processing center in Thailand, Ocean Geophysics is at the forefront of leveraging advanced processing techniques to reveal previously obscured details and shed new light on geological processes and environmental dynamics.

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