Tritech Launches New Gemini Sonar
Subsea imaging technology provider Tritech International has launched the new dual frequency Gemini 1200id sonar, said to offer higher resolution imaging for work class remotely operated vehicles (ROVs).The Gemini 1200id is built on the same platform as the industry standard Gemini 720is sonar. It features a wide 120° horizontal field of view when operating at both 720 kHz and 1200 kHz acoustic frequencies and offers improved attenuation of waterborne electrical noise for optimal imaging performance.An integrated speed-of-sound sensor ensures that targets are displayed to a high degree of positional
Viridien, TGS Deliver High-Res Data for Sleipner Area in North Sea
employed up to three node-handling vessels, three triple-source vessels and additional support vessels. The project recorded approx. 2.8 million shot points into a total of 80,769 node positions.To achieve the survey objectives and produce the highest-quality dataset, Viridien applied its advanced imaging technology, including its latest OBN processing techniques and time-lag full-waveform inversion (TL-FWI), to capture subsurface detail at all depths.The imaged data shows substantial improvement in resolution and structural clarity over previous datasets, offering crucial insights into the region&rsquo
TGS Broadens Market for its Geophysical Imaging Software
TGS has entered the software solutions market with Imaging AnyWare – a proprietary TGS enterprise processing system designed to enhance subsurface imaging and integration projects.Imaging AnyWare is used globally across various geological basins, easily handling extensive datasets, says TGS. Its modern architecture is complemented by well-utilized geophysical algorithms, ensuring users experience seamless cloud transitions and enhanced operational efficiency. While Imaging AnyWare is ideally suited for the oil and gas sector, its capabilities extend beyond, making it a tool for industries with
CGG to Support Discoveries Off Africa with Two New 3D Reimaging Projects
deghosting and demultiple techniques, CGG aims to produce clearer images of the deep structural plays not visible in the legacy data, as well as imaging the Calao Cenomanian and Baleine Carbonate fairways at enhanced resolution.“CGG is supporting the energy industry by using innovative imaging technology to create new value from existing seismic data in the region. These premium reimaged data sets will provide an all-encompassing and highly accurate view of Côte d'Ivoire's potential, empowering the industry to de-risk future exploration and unlock new energy reserves confidently
Venterra Expands Marine Hard Bottom Benthic Ecology and Hard Structure Services
for blue chip clients such as Orsted, Equinor, RWE, Ocean Winds, and Siemens Gamesa, as well as agencies like NYSERDA, NOAA, USACE, and USEPA.Paul Doherty, Venterra’s Executive Vice President for Engineering said: “With this new collaboration between Venterra’s INSPIRE and Marine Imaging Technology, we are making it possible for offshore wind developers to clearly visualize the underwater environment, avoid or minimize environmental impacts and make cost-efficient design decisions. But what is truly brilliant about this offering is its ability to serve multiple industry needs in the same
Dr. Kristine Beran Joins Teledyne Marine Sales Team
Teledyne Marine announced Dr. Kristine Beran has joined the organization in the role of Sales Manager for Teledyne Marine's Instruments and Imaging technology verticals. Based remote in Seattle, Kristine's focus will be to serve customers in the ocean science and academic community in the United States.Beran began her career within the international fisheries and aquaculture industry, serving in progressive roles in research, operations, management, and sales at a global scale. Beran brings academic rigor, field experience, and evidence-based research to serve Teledyne Marine's extensive
Partners Developing Underwater Single Photon Imaging System
mapping system using innovative single photon array detector technology, combined with a laser producing extremely short and high-power pulses of light. The system is intended for deployment on a subsea vehicle and will generate 3D maps at high altitude above the sea floor.Current sonar and laser imaging technology is limited by water clarity, range and amount of light. However, this project will apply single photon imaging detection technology to generate highly detailed images even in low light, murky water and from greater altitude above the sea floor.This new approach differs from other techniques
CGG Pens Multi-Client Reimaging Deal with Trinidad and Tobago
to Explore Deepwater BlocksThe agreement also includes the generation of well and geological products that will be delivered through CGG’s platform GeoWells.CGG has committed to reimaging over 5500 km2 of 3D seismic data in the complex eastern Columbus Basin, using its proprietary TL-FWI imaging technology, which will deliver improved seismic images and provide a better understanding of the geological systems in this underexplored part of the basin. “We are pleased to have reached this multi-client agreement with the Republic of Trinidad and Tobago. We will use our established leadership
Voyis Discovery Camera Integrated with Deep Trekker REVOLUTION ROV
and inspection, with the Discovery Camera."We are excited to achieve this successful integration with Deep Trekker's REVOLUTION ROV, representing a significant stride in Canadian technology collaboration," said Chris Gilson, CEO at Voyis. "Together, we are pushing the limits of imaging technology and creating solutions that empower professionals to navigate and explore the underwater world with unmatched clarity."Sam Macdonald, managing director at Deep Trekker, said, "The seamless integration of Voyis' Discovery camera with our REVOLUTION ROV signifies a new chapter in
February 2025
