Aban Offshore Limited’s Post

#Vacature: #Offshore Engineer Geophysics #energiesector #duurzaamheid #energiebranche #werkenindeenergie #werkenindetechniek #energiejobs #careerinenergy #energietransitie #duurzaamheidsbanen #vacatures #energievacatures #energie #energievacature https://lnkd.in/eAEavxfa

#Vacature: #Offshore Engineer Geophysics #energiesector #duurzaamheid #energiebranche #werkenindeenergie #werkenindetechniek #energiejobs #careerinenergy #energietransitie #duurzaamheidsbanen #vacatures #energievacatures #energie #energievacature https://lnkd.in/eAEavxfa

#Vacature: #Offshore Engineer Geophysics #energiesector #duurzaamheid #energiebranche #werkenindeenergie #werkenindetechniek #energiejobs #careerinenergy #energietransitie #duurzaamheidsbanen #vacatures #energievacatures #energie #energievacature https://lnkd.in/eAEavxfa

#Vacature: #Offshore Engineer Geophysics #energiesector #duurzaamheid #energiebranche #werkenindeenergie #werkenindetechniek #energiejobs #careerinenergy #energietransitie #duurzaamheidsbanen #vacatures #energievacatures #energie #energievacature https://lnkd.in/eAEavxfa

🚢🌊 Navigating the Depths: Offshore Survey Engineering in Action! 🌊🚢 Offshore survey engineering is more than just data collection—it's the backbone of subsea exploration, oil & gas projects, and marine infrastructure development. 🌍📡 From high-resolution seabed mapping to pipeline route surveys, offshore engineers ensure accuracy and precision in every mission. 💡 Why does offshore surveying matter? ✅ Enhances safety in offshore operations ✅ Reduces project risks and costs ✅ Enables efficient underwater resource exploration ✅ Supports environmental sustainability 🌱 🔎 Are you leveraging the latest surveying tech? From Multibeam Sonars to ROV Inspections, innovation is shaping the future of offshore exploration! 🚀 🌊⚙️ If you're an offshore survey engineer, what’s the most challenging survey you’ve ever conducted? Let’s discuss in the comments! 👇👇 #OffshoreSurvey #MarineEngineering #SubseaTechnology #OffshoreLife #Hydrography #ROV #OilAndGasIndustry #MarineSurveying #EngineeringExcellence #OceanExploration 🌊⚡

A geophysical survey is a scientific method of analyzing the subsurface of the earth using physical measurements such as magnetism, gravity, seismic waves, or electrical currents. Geophysical surveys are typically used to locate and map underground structures, geological formations, or natural resources such as oil, gas, or minerals. Geophysical surveys involve the use of specialized instruments and data collection techniques to capture and analyze physical measurements of the earth's subsurface. Several geophysical methods may be used to collect information about the subsurface, and the selection of the method will depend on the objectives of the survey and the characteristics of the terrain. Seismic surveys are among the primary methods used for geophysical investigation. They utilize sound waves to map subsurface structures and estimate underground rock formations, mineral deposits, or hydrocarbon reserves. Another important technique is electromagnetic or conductivity surveying, which maps the electrical conductivity of the earth's subsurface. Geophysical surveys are widely used in different industries including mining, petroleum, construction, and civil engineering to obtain a better understanding of subsurface conditions. Geophysical survey results can provide information about soil type, rock strata, faults, underground water flows, and any other characteristics of the subsurface. In summary, geophysical surveying plays a critical role in understanding the earth's subsurface. The data gathered from geophysical surveys can help decision-makers in various industries to better plan, design, and execute projects related to infrastructure, energy production, and natural resource exploration. #survey #geophysical #offshorejobs #offshore #offshorewind #offshoreenergy #rov Visit our website to learn more www.quasarsubsea.com

Navigating New Horizons: Our dedicated team aboard the SeaHorizon, ensures precise survey positioning offshore as it is crucial for several reasons: Accuracy and Precision: Offshore surveys require high accuracy, often within 30 – 50 centimeters, to ensure that the data collected is reliable and useful for subsequent operations. Safety: Accurate positioning helps in avoiding collisions and ensuring the safety of both the survey vessels and the offshore installations. Data Integration: Positioning ensures that data from different surveys (e.g., geophysical, drilling) can be accurately integrated and compared, which is essential for planning and executing future operations. Operational Efficiency: Proper positioning allows for efficient navigation and operation of survey vessels, reducing time and costs associated with offshore projects. Regulatory Compliance: Many offshore operations are subject to strict regulatory requirements that mandate precise positioning to ensure environmental protection and operational safety. More information: www.goslng.com #offshore #greatplacetowork #oilandgas #hydrographicsurvey #marine

Facing geohazards in offshore environments involves understanding, predicting, and mitigating natural and anthropogenic risks that can affect offshore structures and operations. Here's a detailed overview of the main types of geohazards and the strategies to manage them: Main Types of Offshore Geohazards 1. Seismic Activity - Earthquakes: Can cause ground shaking, seabed instability, and submarine landslides. - Tsunamis: Triggered by underwater earthquakes, landslides, or volcanic activity. 2. Submarine Landslides - Can be caused by seismic activity, rapid sedimentation, or gas hydrate dissociation. - Can damage pipelines, platforms, and other infrastructure. 3. Turbidity Currents - Underwater flows of sediment-laden water that can erode the seabed and damage infrastructure. 4. Gas Hydrates - Ice-like formations that trap gas within the seabed. - Can destabilize the seabed if they dissociate (melt) due to temperature changes or drilling activities. 5. Faulting and Ground Movements - Movements along faults can disrupt the seabed and affect offshore structures. 6. Volcanic Activity - Submarine volcanic eruptions can affect the stability of the seabed and create new landforms. 7. MetOcean Conditions - Includes waves, currents, tides, and storm surges. - Extreme conditions can pose significant risks to offshore operations. Strategies to Manage Offshore Geohazards 1. Site Surveys and Monitoring - Conduct thorough geotechnical and geophysical surveys before construction. - Use remote sensing, sonar mapping, and seismic reflection profiling. 2. Engineering Design - Design structures to withstand identified hazards. - Use flexible pipelines, floating platforms, and other adaptive designs. 3. Early Warning Systems - Install sensors and monitoring systems to detect seismic activity, seabed movements, and other hazards. - Use real-time data to trigger alarms and automatic shut-downs if necessary. 4. Risk Assessment and Management - Perform detailed risk assessments during the planning and operational phases. - Develop and implement hazard mitigation plans. 5. Operational Procedures - Develop protocols for evacuating personnel and shutting down operations in the event of a geohazard. - Conduct regular drills and training for emergency response. 6. Regulatory Compliance - Adhere to national and international standards and guidelines for offshore safety. - Engage with regulatory bodies to ensure compliance with best practices. 7. Research and Development - Invest in R&D to improve understanding of geohazards and develop new technologies for risk mitigation. By integrating these strategies, the offshore industry can better anticipate, prepare for, and respond to geohazards, ensuring the safety of personnel and infrastructure while minimizing environmental impacts.

Next Geosolutions Europe, a leading international company in marine geosciences and offshore construction support services announces the completion of the acquisition of the vessel Deep Helder from the Dutch company SeaMar Subsea.#acquisition #deephelder #geosciences #nextgeo #seamar

Marine geosciences and offshore construction support services firm Next Geosolutions has acquired a multi-purpose survey vessel (MPSV) from Beitveit Holding for $7.1 million. #vessels