Wednesday, December 24, 2025

C C Technologies News

© Adobe Stock/Alifa Gallery

Orlen, Grupa WB Collaborate to Improve Maritime Infrastructure Security

two companies signed, they will cooperate to ensure energy security by protecting maritime infrastructure and to counter criminal acts including terrorism, diversion, and sabotage.They said the agreement also covers the implementation of innovative unmanned systems and advanced monitoring technologies, drawing on Grupa WB's expertise as a supplier of advanced defence solutions.In addition to its refineries, Orlen diversifies Poland's energy sources by importing liquefied natural gas through the Swinoujscie terminal and it is developing offshore wind farms in the Baltic Sea."Orlen

Least-squares Kirchhoff PSDM (LS-KPSDM) full stack seismic image overlaid with the 12Hz TL-FWI velocity model. In this example, the high-resolution LS-KPSDM image and geologically-conformal FWI model together clearly show flat spots (indicated by arrows) – DHI-supported leads highlighting potential hydrocarbon reservoirs (image courtesy of Viridien Earth Data).

Viridien Completes Reimaging of BM-S-2 Multi-Client Survey in Santos Basin

seismic reimaging project in the southern Santos Basin, delivering a modern, high-fidelity 3D dataset across 8,468 sq km to support growing exploration activity in one of the most strategic, emerging offshore regions of Brazil.The project upgrades a large legacy survey with the latest advanced imaging technologies, including time-lag full waveform inversion (TL-FWI), to provide clearer definition of post-salt stratigraphy, improved visibility of potential direct hydrocarbon indicators (DHIs), and new insights into underexplored pre-salt plays. The reimaged BM-S-2 survey seamlessly integrates with Viridien&rsquo

Image courtesy MOG

MOG, HHI Ink MoU to Build Submarines

Maritime Operations Group (MOG) and HD Hyundai Heavy Industries (HHI) signed a memorandum of understanding MoU aimed at accelerating the development, construction and delivery of modern diesel-electric submarines and undersea technologies for U.S. government and allied missions.Under the agreement, the two companies will explore collaboration on the design and construction of diesel-electric submarines optimized for U.S. Navy training, research, development, test and evaluation (RDT&E), and specialized mission support. The MoU also targets the introduction of advanced maintenance, repair and

(Credit: Tekmar Group)

Tekmar Secures Over $9M Offshore Wind Cable Protection Deal

expected in early 2026, delivery is planned for late 2027.“We are delighted to continue our long-standing relationship with this customer through the award of another major project. This contract reinforces Tekmar's position as the clear market leader in subsea asset protection, with our technologies protecting two thirds of the world's installed offshore wind capacity,” said Richard Turner, Chief Executive Officer of Tekmar Group

© Sercel

Smart Seismic Solutions Selects Sercel Node Solutions for Energy Exploration

seismic acquisition solution for multiple energy exploration projects in Europe. The order equips Smart Seismic Solutions with an additional capability of 4,000 WiNG DFU land nodes and 450 GPR300 ocean bottom nodes and marks the first large-scale deployment of Sercel’s land and marine nodal technologies on the same seismic surveys.Smart Seismic Solutions has already started deploying this mix of Sercel land and shallow-water nodes on geothermal surveys in Amsterdam, with additional projects planned across Europe in 2026. This milestone for seismic acquisition demonstrates the adaptability of

Figure 1. Ocean Networks Canada’s hydrophone and Dalhousie University’s Deep Acoustic Lander are used to monitor hydrothermal vents. Brendan Smith and his Ph.D. advisor, Prof. David Barclay, used hydrophones operated by Ocean Networks Canada in the Pacific Ocean and the European Multidisciplinary Seafloor and water column Observatory in the Atlantic Ocean to monitor two vents on the seafloor. 
Photo: Ocean Networks Canada

Battery Power Management and Control

here, consider some of the components and kits offered by SparkFun.com, Adafruit.com, Makershed.com, and Addicore.com, among others. Some are under a dollar or two. Practice makes perfect, or at least gives room for thought.Future developmentsNew pressure tolerant and pressure protected battery technologies are being developed for marine applications. Likewise, globally, sensor engineers are investigating, characterizing, and developing new sensors to translate the marine environment into a digital equivalent for scientific investigation, machine control, and government oversight.Invitation to ReadersWoul

© Schmidt Sciences

Schmidt Sciences Awards $11m for AI in Humanities Research

Schmidt Sciences has awarded $11 million for up to 23 teams of researchers around the world to develop and apply artificial intelligence to archaeology, history, literature and other humanities disciplines, seeking to unlock new understandings of human history and culture.“Our newest technologies may shed light on our oldest truths, on all that makes us human—from the origins of civilization to the peaks of philosophical thought to contemporary art and film,” said Wendy Schmidt, co-founder of Schmidt Sciences. “Schmidt Sciences’ Humanities andAI Virtual Institute

A shot of the Henry B. Smith, benefitting from Eliason’s drop-down system with the lights positioned away from the camera to reduce visual interference. Credit: Jerry Eliason

Imaging 100-Year-Old Shipwrecks Under 800 Feet of Water

to some of the region’s most significant underwater discoveries, including the Henry B. Smith and the record-breaking Scotiadoc wrecks.A critical enabler of Eliason’s work has been his use of specialized imaging tools tailored for extreme underwater environments. Chief among these is Theia Technologies’ MY125M ultra-wide no-distortion lens, which plays a central role in capturing clear, expansive visuals of deep-water wreck sites. Its ability to deliver wide-angle coverage without introducing geometric distortion is essential for documenting the often vast and structurally complex wrecks

© mukhamad / Adobe Stock

New Technologies Boost Wave Power Potential

UK, researchers from Cardiff University are taking the concept of wave power one step further with the idea of augmenting surface waves on the ocean with underwater sound waves.Usama Kadri, Reader of Applied Mathematics, Cardiff University, says in an article on The Conversation, that today’s technologies face challenges in efficiency, particularly in deeper waters.Kadri’s research indicates that underwater sound waves could make surface waves around 30% more powerful and therefore a more viable source of energy.The concept is still being tested in the lab, but the potential for wave energy

As 2025 comes to a close, MTR explores trends for 2026 and the newest products and vessels in the maritime industry.
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