OGC Energy’s Post

Excited to share insights into my role through this video! 🎥 Exploring the nuances of my job and how it contributes to the success of our projects.⚡️ Check it out and let me know your thoughts! #engineering #energy #tractebel

Coatings and Liners for Hydrogen Pipelines Services CSA Group This essential document delves into the advanced coatings and liners used in hydrogen pipeline services. It provides a detailed analysis of cutting-edge technologies designed to protect pipelines from corrosion and environmental challenges, enhancing the durability and efficiency of hydrogen transport infrastructure. Key highlights include advanced solutions for corrosion protection, improvements in the safety and performance of hydrogen distribution systems, and case studies showcasing best practices for effective infrastructure management. A must-read for professionals in sustainable energy and pipeline engineering, this document demonstrates how coating technologies contribute to a safer and greener energy future. Osama Fawzy Georgy HENEIN, MBA

Exciting Developments in Carbon Capture, Storage, and Utilization and the role of Pipeline Engineering. As you may have observed, I am a seasoned Pipeline Engineer with extensive background in the Oil and Gas industry. Currently, I am transitioning towards sustainable energy, particularly focusing on Carbon Capture, Storage, and Utilization (CCSU) as well as Hydrogen technologies, aiming to contribute to a more sustainable energy landscape. What is the link between CCSU and Pipeline Engineering? As the world races towards a sustainable future, innovative solutions in carbon capture, storage, and utilization (CCSU) are becoming increasingly vital. These technologies not only hold the promise of reducing greenhouse gas emissions but also present unique opportunities in pipeline engineering.  Understanding CCSU: Carbon capture involves capturing CO2 emissions from industrial processes or directly from the atmosphere (DAC), while storage entails safely sequestering captured CO2 underground in geological formations. Utilization involves converting CO2 into valuable products such as fuels, chemicals, or building materials.  Interconnected with Pipeline Engineering: Pipeline engineering plays a crucial role in the success of CCSU initiatives. Pipelines are the arteries that transport captured CO2 from capture sites to storage or utilization facilities. Robust pipeline infrastructure is essential for the safe and efficient transportation of CO2 over long distances.  Advancements in Pipeline Technology: The development of advanced pipeline materials, monitoring systems, and corrosion-resistant coatings has revolutionized pipeline engineering in the CCSU sector. Intelligent pipeline design and optimization techniques are enhancing the reliability and performance of CO2 transport systems.  Global Collaborations: CCSU projects often require international collaborations and partnerships to leverage expertise, resources, and infrastructure. Collaborative efforts between governments, industry stakeholders, and research institutions are driving innovation and accelerating the deployment of CCSU technologies worldwide.  Building a Sustainable Future: By integrating CCSU with pipeline engineering, we can create a more sustainable and resilient energy infrastructure. These integrated solutions not only mitigate climate change but also support economic growth, job creation, and energy security. Joining Forces for Impact: Let's continue to collaborate, innovate, and invest in CCSU and pipeline engineering solutions to address the urgent challenges of climate change and build a cleaner, greener future for generations to come. #CarbonCapture #CarbonStorage #Utilization #PipelineEngineering #Sustainability #Innovation #ClimateAction #CleanEnergy #Collaboration

📋Tracking The Value of Innovation🚀 In addition to the work our Innovation Team does to identify, explore and implement improvements on the current and future gas network, they also have to understand how successful previous innovative solutions have been once implemented. Not only is this an Ofgem requirement, but it also provides an insight into the types of innovation projects that are having the most impact on the network. Every year, the Operational Innovation team conduct value tracking of implemented innovation projects, to record the benefits realised. These can be financial, such as cost avoidance or an improvement of efficiency, or environmental, where the team will estimate emissions savings as a direct or indirect consequence of the project. To date, we have identified a value of £89million from our RIIO-1 Innovation Projects. One such example is the L555 Dent Tolerance Project, which carried out comprehensive testing to understand the tolerance levels of dents on L555 pipelines. As a result, a number of policies were updated which increased the tolerances for dents and improved the understanding of the resultant damage to welds. Prior to this work, remedial action would have taken place on lower-level dents, at an unnecessary cost of approximately £200,000 per excavation. Now, dents can be confidently assessed, and rectification is only carried out in scenarios where it is required. It is estimated that this single project gave a total cost avoidance of £4.6million by the end of the last financial year. In addition to the financial benefits, the reduced number of excavations leads to a reduced risk of service disruption and also reduced environmental impacts. You can read more about this project, and other innovative projects that are currently benefitting the NTS below at our dedicate Value Tracking site below.👇 https://lnkd.in/eDFSgiPF Follow us on LinkedIn for more Innovation Team updates!💻 #InnovationWeekNG #InnovationTeam #hydrogen #engineering

🌟🔧 Stay Updated with the Latest Engineering News! 🚀⚙️ Exciting developments are unfolding in the world of engineering, and #NESFircroft have got you covered! Check out their latest video to stay informed about the most recent advancements, innovations, and breakthroughs shaping the engineering landscape. Watch Now 👉 https://bit.ly/3IjVpV7 From cutting-edge technologies to groundbreaking projects, this video highlights the key trends and insights you need to know. Click the link to stay ahead of the curve and be part of the engineering revolution! 💡✨ #engineeringnews #Innovation #technologyadvancements #WePowerEnergy #Engineering #EnergyJobs

🌟🔧 Stay Updated with the Latest Engineering News! 🚀⚙️ Exciting developments are unfolding in the world of engineering, and #NESFircroft have got you covered! Check out their latest video to stay informed about the most recent advancements, innovations, and breakthroughs shaping the engineering landscape. Watch Now 👉 https://bit.ly/3IjVpV7 From cutting-edge technologies to groundbreaking projects, this video highlights the key trends and insights you need to know. Click the link to stay ahead of the curve and be part of the engineering revolution! 💡✨ #engineeringnews #Innovation #technologyadvancements #WePowerEnergy #Engineering #EnergyJobs

TWD releases white paper on innovating methods for monopile installation to meet installation targets. https://lnkd.in/dymcPhqh #engineering #windenergy #monopiles #offshore #installation #renewableenergy #offshorewindenergy #offshoreenergy

👨 In an #interview with Professor #DavidCebon, a mechanical engineering expert with a focus on transportation, we delved into the multifaceted world of #hydrogen #energy. 👉 FOLLOW H2 EnergyNews.biz 👈

In a world defined by change, the pursuit of expansion and development signifies our collective drive for progress. From businesses venturing into new markets to personal aspirations, growth is a deliberate choice to evolve beyond boundaries. Stay tuned for an exciting announcement as we delve into the essence of sustainable development and the key strategies that drive successful expansion. The journey awaits, promising insights into thriving in an ever-changing landscape. Growth is not just about getting bigger; it’s about adapting, evolving, and making a positive impact. #gcc #industrialcleaning #oilandgas #powerplant #cementplant #EDFIC (engineering, design, fabrication, installation & commissioning) #wastewatertreatmentplant #gcc

Last week Engineering X hosted a workshop to discuss how to enhance safety at the end of life of offshore wind infrastructure. With the increasing investment in and expansion of renewable energy across the world, there must also be a stronger focus on how we approach its end of life to avoid harm to human, animal and ecosystem health. Experts from across the world met in London for two days of knowledge sharing, problem identification, and solution brainstorming. We were delighted to welcome participants from industry, academia, government and more to engage in interdisciplinary discussions on the topic. The three main themes for the workshop were technology and infrastructure, circularity, and regulation. We were lucky to listen to twelve presenters share their expertise ranging from blade recycling, lessons from oil and gas decommissioning, to biodiversity considerations for end of life. We extend a big thank you to all participants for their engagement and collaborative spirit throughout the workshop, and we want to especially thank Academy Chair in Emerging Technologies and Academy Fellow Professor Susan Gourvenec for chairing. The work on this topic is only just beginning and we look forward to further collaborations across disciplines, sectors, and countries to tackle the safety concerns of end of life of offshore wind infrastructure. Read more about Engineering X's Safer End of Engineered Life programme here: https://lnkd.in/dNyEc5nM #EngineeringX is a project in collaboration with Lloyd's Register Foundation. Photo by Tracey Croggon