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#Energyinsurance101 ROV Used for Seismic Assessment in Oil and Gas Exploration. Without really being in the water, we can explore the ocean thanks to remotely operated vehicles, or ROVs. Usually operating from a surface vessel, these underwater robots are operated by a person using a joystick, much as in a video game. The ROV is connected to the ship via a network of connections that allow the operator and the vehicle to communicate electrical signals. The majority of ROVs can transmit pictures and videos back to the ship since they are outfitted with at least a still camera, a video camera, and lighting. To enable sample collection, additional equipment may be added to vehicles. Examples of this equipment include a manipulator or cutting arm, water samplers, and instruments that measure factors like temperature and water clarity. ROVs were initially created for industrial uses, such as the structural testing of offshore platforms and the internal and external examination of undersea pipelines. Today, they are utilized for a wide range of applications, many of which are scientific. They are used for instructional activities at aquariums, to link to scientific expeditions live via the Internet, and have proven to be particularly beneficial in the field of ocean research. The size of a ROV can vary from that of a small computer to that of a small truck. Larger ROVs are quite heavy and require additional tools, like a winch, to be lowered into the ocean and over the side of a ship. Although operating a remotely operated vehicle (ROV) removes the "human presence" in the water, ROV operations are typically safer and easier to perform than any kind of occupied-submersible or diving operation because the operators may remain dry and safe on ship decks. ROVs extend the amount of time available for exploration by enabling us to explore locations that are too deep for humans to safely dive into. They can also stay underwater for longer than a human diver. What Type of Insurance Cover would you recommend?

Dive into Safety: Precision ROV Inspections to Protect Your Fleet! 🚤 🌊 At Deepwater, we understand the importance of keeping vessels safe and fully operational, especially as we welcome the busy season at the port of Ushuaia! Our ROV inspections are designed to offer detailed, high-precision assessments of your vessel's underwater components without risking human life. Let us show you the process step-by-step to ensure your fleet is in perfect condition: Step-by-Step: Underwater Inspections with ROVs 1. Preparation: 🛠️ We start by carefully calibrating and configuring our state-of-the-art ROVs, ensuring that they are ready to capture precise data. Our technicians review inspection requirements, assess environmental conditions, and finalize safety checks before launch. Every detail is accounted for to guarantee accuracy and efficiency. 2. Deployment in the Water: 🌊 Once prepped, our team places the ROV into the water, allowing it to navigate around your vessel’s submerged areas. Equipped with high-resolution cameras and advanced sonar, our ROV maneuvers seamlessly, reaching difficult-to-access spots and collecting comprehensive visual data—all without putting divers at risk. 3. Inspection and Data Measurement: 📊 During the inspection, our ROV records real-time images and measurements of your vessel’s hull, propellers, and other critical components. This process helps identify potential issues, from corrosion and biofouling to structural anomalies. Our team closely monitors the feed and documents all relevant findings, ensuring that every inch of your vessel is thoroughly inspected. 4. Analyzing Results and Reporting: 📈 Once the inspection is complete, we analyze the data gathered to provide a detailed report, outlining any maintenance needs or potential risks. This step allows you to make informed decisions about necessary repairs, helping to keep your vessel in top shape and avoid costly surprises down the line. 🔧 With our ROV inspections, you can trust that every inspection is comprehensive, safe, and highly effective. Plus, by choosing Deepwater, you're choosing a solution that values marine safety, operational efficiency, and environmental responsibility. Ready to secure your fleet's future? Let’s schedule your ROV inspection today! #MarineSafety #ROVInspection #SafeSeas

🌊 Understanding UWILD Inspections and the Value of ROVs 🤖 🌊 In the offshore and subsea industry, Underwater Inspection in Lieu of Drydocking (UWILD) is essential for ensuring the structural integrity of vessels and subsea installations without halting operations or drydocking. But what’s making a real difference in these inspections? •••ROVs••• Here’s why ROVs have become the preferred choice for UWILD inspections: 🔹 Minimizing Downtime: ROVs allow continuous operations, keeping structures functional while being inspected, and saving significant costs by reducing or eliminating downtime. 🔹 Enhanced Safety: By replacing the need for divers in challenging environments, ROVs lower human risks, especially in deep or hazardous waters. 🔹 Precision & Efficiency: Equipped with high-resolution cameras and sonar, ROVs capture detailed, real-time data, allowing for accurate and efficient inspections. 🔹 Cost-Effectiveness: Deploying ROVs is often more economical than mobilizing diver teams, particularly in deepwater scenarios. 🔹 Data Documentation: With recorded visual and sensor data, ROV inspections provide an invaluable resource for long-term monitoring and analysis. As the industry continues to innovate, ROVs are proving to be a powerful tool for enhancing safety, efficiency, and cost savings in UWILD inspections. Their capability to perform inspections thoroughly and reliably makes them a valuable asset for any subsea operation. #OffshoreEngineering #ROV #UWILD #SubseaInspection #Innovation

Exploring the Depths: How ROV Technology Transforms Underwater Inspections By Carlos Pane, CEO of Deepwater.ar Maritime navigation is not just a science; it's an art where every captain is a master of their vessel. But how do we ensure that these majestic ships are in their best shape, especially beneath the turbulent waters of Ushuaia Port? This is where Deepwater's ROV technology comes into play, a jewel in the crown of underwater inspections. Understanding the Power of ROV We face an initial challenge: the lack of knowledge about specific technologies, particularly the Remotely Operated Vehicle (ROV). Imagine the ROV as the expert eyes and hands descending into the ocean depths, conducting precise inspections without submerging personnel. It's a revolution in underwater inspection, and understanding its operation is crucial to unlock its full potential. A common mistake is underestimating the difference between ROV and other underwater technologies. Not all solutions are equal, and the ROV stands out for its ability to address underwater issues without unnecessary risks. Comparing it to outdated methods is like comparing a hand-drawn map to a satellite navigation system. The natural question that arises is, "What is the key advantage of using an ROV for underwater inspections?" The answer lies in its millimeter-precise accuracy, its ability to reach places inaccessible to divers, and its capability to transmit real-time data. It's the perfect blend of technology and efficiency. Goals and Desired Outcomes: Understanding the Effectiveness of ROV The goal is clear: to increase captains' understanding of the effectiveness of ROV in underwater inspections. By comprehending its potential, captains can make more informed decisions for the maintenance and safety of their vessels. We want them to see the ROV as an indispensable ally. Overcoming the Lack of Knowledge Here lies our main challenge: overcoming the lack of knowledge about specific technologies. Resistance to change and loyalty to traditional methods can be obstacles. But by addressing these challenges, we not only educate but open up a new world of possibilities for maritime safety. In conclusion, technical education is the foundation. Recognizing the difference between ROV and other technologies, addressing key questions, and showcasing desired results are essential steps. Our ultimate goal is to overcome the initial resistance to change. In a world where innovation makes the difference, embracing technologies like the ROV is navigating towards a safer and more efficient future. #DeepwaterInsights #ROVTechnology #SafetyAtSea

DEEPOCEAN COMPLETES SUBSEA DREDGING OPERATIONS REMOTELY FROM SHORE FOR THE FIRST TIME We're thrilled to announce that DeepOcean has achieved a milestone for our client, Aker BP ASA. For the first time ever, we've successfully completed seabed dredging operations remotely from shore. This pioneering achievement showcases the potential of conducting advanced ROV operations from an onshore operations centre. 📡 By utilizing low bandwidth satellite technology, the vast majority of the North Sea and other offshore basins are covered, surpassing the limitations of 4G solutions which depend on proximity to existing offshore infrastructure. 🌊 Subsea dredging is excavation and sediment disposal on the seabed, while a reliable satellite connection and a state-of-the-art remote operations centre (ROC) opens for a wide range of subsea services to be performed from onshore. 🛳️ DeepOcean's ROVs onboard the vessel, Edda Fauna, were utilized for the dredging. Onshore operations were run from Remota’s ROC at outside Haugesund, Norway. Remota is joint venture between DeepOcean, Solstad Offshore ASA and Østensjø Rederi. 📣 This latest advancement for remote subsea operations is paving the way for the Unmanned Service Vessel (USV) to be delivered later in 2024 and enter a long-term charter to DeepOcean. Remote operations are key to unlocking significant emission reductions and cost savings.

ON THE IMPLOSION OF TITAN SUBMERSIBLE Without a doubt, Titanic is one of the most famous ships of all time. After 63 years of the accident which made her sunk, her wreck was found in 1 September 1985, 370 nautical miles away from Newfoundland, Canada at a 3800m of ocean depth. Recently, in 18 June 2023, Titanic remind herself to world again with another tragic accident. In a submersible called Titan, five adventurers including the owner of vehicle made their final dive into North Atlantic to see Titanic’s wreck. Titan lost contact with the mothership 1:45 hours after the start of its final dive and millions of people around world held their breaths and watched the news about the submersible and five passengers. First news from US Navy was there were repeated signals caught which gave a hope that passengers were alive and a multinational rescue operation immediately started. Later, people started to count down the remaining oxygen of the submersible. Unfortunately, sad news followed that the wreck of Titan was found and the reason why she sunk was implosion of her pressure hull. Titan was not designed and manufactured within rules of a classification society. In this study, a technical review of Titan’s design is introduced including her a- pressure hull design, b- oxygen capacity, c- control system, d- rescue bouy, e- hatch, f- tank plan and g- navigation system. Her design’s deviations from DNV and TL Submersible Design Rules are listed and discussed. Finally, some conclusions derived from the lessons learned from this catastrophic accident. Designers and engineers engaged in the design and construction of submarines and submersibles are often deal with the rule books of classification societies. These rulebooks set out the minimum safety measures that submarines must meet. Many safety scenarios that can be activated in such a situation are tested during sea trials under the control of the ship's classification society and ensured to be operational. However, Titan was not under the supervision of any classification society. In this case, the differences of Titan in comparison to the submersibles inspected by the classification society and the effects of these differences in terms of safety under the following main headings; a- There is no information was found on internet about how and down to how which depth the submersible's pressure hull (i.e. the pressure-resistant part in which people are placed) was tested, b- The oxygen capacity of the vehicle is about 45% less than what is required in the rulebooks, c- The fact that the control of the vehicle is done with a game console that does not have any certification, d- The absence of a rescue buoy, e- The submersible does not have an entrance and exit hatch, f- Lack of main diving tanks in the vehicle and having a primitive disposable ballast g- The absence of a navigation system on the vehicle itself #oceangate #titan #titanic #titansubmersible #submarine https://lnkd.in/dP7vCyPE

Seamor ROVs Benefits Versatile ROV Systems. SEAMOR Marine offers a range of ROV models equipped with various features suitable for different survey needs. Our ROVs can handle diverse tasks such as pipeline inspections, hydro dam inspections, aquaculture monitoring, and search and rescue operations. Customization. We provide options for customization, allowing clients to tailor ROVs according to their specific requirements. This flexibility ensures that the equipment can efficiently tackle unique challenges underwater. Ease of Use. SEAMOR Marine emphasizes user-friendly designs and intuitive controls for our ROVs. This makes it easier for operators to pilot the vehicles and collect data. It reduces the learning curve and increases operational efficiency. Quality and Durability. The ROVs are built to withstand harsh underwater environments. We focus on quality construction and durable materials to ensure reliability during extended missions. Our ROVs will be part of your team for many years to come. Advanced Technology. The company integrates advanced technologies into their ROVs, including high-definition cameras, sonars, manipulator arms, sensors, and other specialized equipment, enabling precise data collection and analysis during surveys. Portability and Accessibility. SEAMOR Marine’s systems are designed to be portable and easily deployable, allowing for quick setup and accessibility in various underwater environments, whether it’s in oceans, lakes, or rivers. Support and Training. Our team provides training and support services to help operators familiarize themselves with their equipment, ensuring efficient and effective use. We are there for you during emergencies and when something goes wrong too. SEAMOR would not be SEAMOR without its strong commitment to customer service. Industry Experience. With years of experience in the industry, SEAMOR Marine has developed a reputation for reliability and innovation, earning the trust of clients in sectors such as marine research, environmental monitoring, oil and gas, and infrastructure inspection.

What does it take to be an exceptional ROV Pilot? 🤿🚤 Here’s a quick dive into the roles and responsibilities: ✅ Operate ROVs (Remotely Operated Vehicles) for underwater inspections, maintenance, and interventions. ✅ Conduct pre-dive checks to ensure equipment safety and readiness. ✅ Troubleshoot technical issues onboard and underwater. ✅ Record data and report findings with precision for client and operational use. ✅ Collaborate with team members during subsea missions for smooth operations. ✅ Adhere to safety protocols to ensure a risk-free work environment. ✅ Maintain and repair ROV systems to maximize performance and reliability. 💡 This role combines technical expertise, sharp problem-solving skills, and an adventurous spirit! 🔧 Are you ready to explore the depths? #SubseaCareers #ROVPilotLife #OffshoreJobs #UnderwaterTechnology #OceanExploration #MarineRecruitment #DeepSeaInnovation #IMAPAC #IntermarineAPAC #MarineHiring #OffshoreJobs #EnergyRecruitment #DreamTeam #LongTermSuccess #HiringSolutions #TalentReel #MarineRecruitment #OffshoreExcellence #CatchTheBest #HiringSolutions #NettingSuccess #APACIndustry #TalentHunter #BeyondTheCatch #MarineAndOffshore #IntermarineTalent" #NoMoreGhosting #OffshorePros #ReliableHiring #RecruitmentThatDelivers #GameChangers #TalentThatSticks #OnlyTheBest

Say hello to UESI's ROV with Sonar—the ultimate tool for tackling underwater tasks with unparalleled accuracy and effectiveness! ROVs equipped with advanced sonar capabilities are transforming the way we approach job projects in marine environments. Here's why they're the game-changer you've been waiting for: Precision Inspection: ROVs with sonar provide crystal-clear imaging of underwater structures, pipelines, and infrastructure, allowing for detailed inspections. Versatile Applications: Whether for offshore construction, underwater maintenance, or environmental monitoring, UESI's newest ROV with sonar offers a versatile solution for a wide range of job projects. From pipeline surveys to underwater mapping, our adaptability knows no bounds. Enhanced Efficiency: With UESI's ROV and sonar technology at your disposal, job projects can be completed faster and with greater accuracy than ever before. Navigate complex underwater environments with ease and streamline operations for maximum efficiency. Cutting-edge Innovation: UESI is staying ahead of the curve with the latest advancements in ROV and sonar technology. From real-time data streaming to autonomous navigation capabilities, these tools are paving the way for a new era of underwater project management. Safety First: Protect your team and your assets with the safety features inherent in ROV operations. ROVs with sonar help ensure a safer working environment for everyone involved. Dive into success with UESI and our ROV with sonar technology by your side! #ROV #UnderwaterProjects #SonarTechnology

🌊 Dive Deeper with Deepwater: Our CEO's Perspective 🚢 As the CEO of Deepwater, I've witnessed firsthand the challenges faced by international container companies operating in the port of Ushuaia. One of the most pressing issues is ensuring the integrity of their vessels through regular underwater inspections. ⚓Traditional underwater inspections are costly, time-consuming, and often require dry docking, leading to significant downtime for container ships. Additionally, manual inspections pose safety risks to divers and can miss critical areas of concern. 💡 The Solution: Advanced ROV Technology: Our Remotely Operated Vehicles (ROVs) are equipped with high-definition cameras and sensors, allowing for detailed and accurate inspections of hulls, propellers, and other submerged components without the need for human divers. ✅Rapid Deployment: With our ROVs, inspections can be conducted quickly and efficiently, minimizing vessel downtime and reducing operational costs for container companies. Comprehensive Reporting: Our inspection reports provide detailed assessments of vessel condition, highlighting any areas of concern and recommending proactive maintenance measures to prevent costly repairs in the future. 🌐 Don't let underwater inspections slow down your operations. Contact Deepwater.ar today to learn more about how our ROV services can benefit your container business in Ushuaia.  #Rov #DeepwaterInspections #ContainerMaintenance #UnderwaterTechnology 🛳️