H2SEA - Offshore Hydrogen的动态

This is the double-up approach which Wales should adopt when it controls the Crown Estate. And in partnership with our neighbours in Ireland and England. An approach which optimises the production of both the green electrons and molecules which we will need to fully decarbonise the economy. Which avoids betting the house on a single solution. And which provides resilience. There is no harm in pausing Plan A if Plan B is better. And it would be a Made in Wales plan, with help…. ….”This paper marks the conclusion of seven years of dedicated work” on the conditions in the North Sea. We can now learn from this work, borrow the team and conclude such work for the Irish and Celtic Seas in double-quick time. Firm renewables.????????????????

??? Baltic Sea Hydrogen Collector: 1?? Offshore Project: The Baltic Sea Hydrogen Collector (BHC) represents a step in developing offshore hydrogen pipeline infrastructure in the Baltic Sea. This project, led by Gasgrid Finland Oy, Nordion Energi AB, OX2, and Copenhagen Infrastructure Partners, aims to bolster energy security and support Europe’s green transition. 2?? Energy Autonomy: The project aligns with the EU's goals to reduce dependency on external fossil fuels and bolster strategic autonomy. Hydrogen emerges as a key element in this initiative, playing a crucial role in Europe's energy independence and climate objectives. 3?? Potential in the Baltic Sea: The Baltic Sea holds a vast, yet underutilized, potential for renewable energy. With projections of over 100+ GW of offshore wind power by 2040, the BHC project is pivotal in harnessing this potential, facilitating efficient hydrogen transport to Europe and the Nordics. 4?? Marienborg Declaration Alignment: The project is in sync with the Marienborg Declaration, underscoring the commitment to exploit the Baltic Sea's offshore wind power. BHC acts as a catalyst in actualizing this vision, offering a path to accelerated renewable energy development in the region. 5?? Green Industrialization: BHC not only promises cost-efficient hydrogen production and transportation but also plays a vital role in fostering green industrialization at both national and European levels, paving the way for a sustainable future in the Baltic region. ???? With its goals and partnerships, the Baltic Sea Hydrogen Collector project is set to become a cornerstone in Europe’s journey towards a clean, secure, and independent energy future. The BHC initiative exemplifies the power of collaboration in driving significant progress in the renewable energy sector. #GreenEnergy #HydrogenEconomy #SustainableDevelopment #RenewableEnergy #BalticSeaInnovation

?? Oceanology International introduces its sister event All-Energy Exhibition and Conference along with all the latest news on the energy renewables sector. ?? ? Register for All-Energy Dcarbonise Today: https://bit.ly/49VPssQ #Oi and #AllEn24 share many complementary sectors, exhibitors, and conference topics. We're thrilled to introduce you to the All-Energy and Dcarbonise Exhibition and Conference as an opportunity for energy professionals to continue their journey from Oi and delve further into the renewables sector. Here are some Hot Picks from the Conference for further insights: ?? Offshore Wind: Development and Associated Software ?? How 4G/5G private mobile networks can help with existing voice and data network challenges for offshore wind farms ?? Challenges and opportunities in using big data for offshore wind turbine condition monitoring ?? HySKUA – Large-scale floating offshore hydrogen production feasibility study EMEC: European Marine Energy Centre, Jifmar Scotland , RSKgroup, RINA, Ocean Kinetics Ltd, Aspect Land & Hydrographic Surveys Ltd, 3X ENGINEERING #AllEnergy24 #Dcarbonise24 #renewableenergy #allenergy #netzero #future #sustainability

?? ?????????????????????????? ????????????????????: ???????????????????? ???????????????? ???????????????? ???????????????????????? ? The floating offshore substation (FOSS) plays a key role in the offshore wind industry, especially as we explore sites further from the shore. Traditional setups work well in shallower waters, but beyond 80 meters, they become challenging and expensive. ? About 60-80% of the world's offshore wind energy potential is in deeper areas - and that's where the FOSS comes into play as an alternative way of bringing that power to shore. ???? ? “With this solution, we will be able to harvest the energy from locations that have been impossible until now. Together with our partners, we are committed to making this reality,” says Jeppe Olander, Innovation Lead at Semco Maritime. ? We have partnered up with ISC Consulting Engineers A/S, Aalborg University, Energy Cluster Denmark and Norway and Sweden-based Inocean. Together we are set to further accelerate the floating offshore substation development through funding from the EUDP - Det Energiteknologiske Udviklings- og Demonstrationsprogram. ? Read more about the exciting project here ?? https://lnkd.in/dFqG6qVG #semcomaritime #floatingoffshorewind #FOSS #floatingsubstation #innovation #renewableenergy

The gas transmission system operators (TSOs) of Finland, Estonia, Latvia, Lithuania, Poland, and Germany have finalised the pre-feasibility study that defines the key conditions for implementing the Nordic-Baltic Hydrogen Corridor (NBHC), they announced on Monday. The next step for the TSOs is to initiate work on a feasibility study covering the project‘s detailed technical analysis, commercial and economic assessment as well as the detailed implementation timeline of the corridor, a press statement says. Launched in January 2024, the pre-feasibility study establishes a comprehensive framework covering the required technical, legal, organisational, and economic aspects for the realisation of the hydrogen corridor, the purpose of which will be to transport renewable hydrogen between these six countries. The study puts the renewable hydrogen production of the Nordic and Baltic region at about 27.1 million tonnes by 2040 and indicates that the region could transport up to 2.7 million tonnes of renewable hydrogen annually between the countries by that same year, based on combined onshore and offshore wind and solar. Presently, the plan is to create a 2,500-km-long pipeline with a diameter of 48 inches (1,200 mm) and several compressor stations. The European Commission granted the status of a project of common interest (PCI) to the NBHC in April 2024. The six participating TSOs are Gasgrid Finland, Estonia’s Elering, Conexus Baltic Grid of Latvia, Amber Grid of Lithuania, Poland’s GAZ-SYSTEM, and Germany-based ONTRAS. #hydrogen https://lnkd.in/dtbdwQgV

What great week with the K2 Management team at #WindEnergyHamburg 2024! The global offshore wind industry is just buzzing with progress. The UK is making waves in floating wind, with the stand out project being #Scotland's Green Volt (V?rgr?nn and Flotation Energy JV) now?having secured all planning approvals and a CfD - a fantastic milestone! And let's not forget the exciting Celtic Sea plans for 4.5GW, set to be awarded next year. We're well on our way to smashing the #UK's 5GW floating wind goal by 2030! #Ireland's wind sector is also soaring; RESS4 recently procured more than 2GW of onshore projects and we will see 900MW progressing offshore in 2025 through ORESS2.1! While we've got some hurdles to overcome, like boosting port infrastructure and supply chains for both jurisdictions, the future of offshore wind looks incredibly bright. Here's to powering ahead with clean energy!

Last week I attended the WORLD FORUM OFFSHORE WIND (WFO) global summit with my colleague Dawn MacDonald. It was an excellent event with fascinating insights on #offshorewindenergy. Some key themes that resonated with me: - greater focus by developers on "returns over electrons" - recognition by developers on the need to bring costs down and lack of #standardisation across the sector is undermining this - sensitivity about using Asian OEMs. One panel host stated this was the elephant in the room. If developers wanted to bring costs down they need to use Asian suppliers but aside from potential quality concerns, there was also a perceived threat to the 'made in Europe' wind industry - one of the speakers talked about #energystorage. I really liked his definition which was short term / small scale: #lithium ion; long term / large scale - #pumpedstorage and #hydrogen; and he referenced #heatnetworks as another form of long?term energy storage - Many #supplychain challenges highlighted. But what stuck in my mind was the weight of the monopiles (2000t+) and that there are only three foundation vessels globally capable?of installing the new super large turbines #netzero #energytransition

The project which is one of several efforts underway has finalized the prototype phase as it seeks to make possible zero-emission ship operations at offshore wind farms. According to Norwegian shipbuilder VARD which is one of the leaders of the project, the technology is a critical enabler to deliver zero-emission ships for the offshore wind industry. The object is to develop the technologies required to operate fully-electric SOV at the wind farm without requiring the vessel to go to shore for charging. #greenenergy #marinelife #eolicenergy

Phase 2 of the construction of the world's most powerful test facility is now underway! Lind? Offshore Renewables Center (LORC), in collaboration with R&D Test Systems, HPH Totalbyg A/S and Odense Port, are building the world's most powerful test facility for wind turbine bearings. This new, unique test hall will be LORC's fourth at the Port and represents one of the largest investments to date, totaling DKK 275 million. The test facility will not only enhance the Port's position as a unique knowledge hub but also reinforce Denmark's leadership in wind turbine technology. It is crucial for the European wind industry, which faces strong competition from Asia, to ensure that the latest technology remains available in Europe. The new test facility will specifically test the main bearings of wind turbines – the components that endure the greatest stress. And as wind turbines grow in size, so do the forces at play. #innovation #knowledgehub #offshorewind #weembraceagrowingworld

??Just under 2 weeks to @Oceantic Network's #IPF2024 in ?? New Orleans, USA. Whilst naturally the US's #OffshoreWind plans will be front and centre stage, we're pleased to also be sharing our global expertise in the development of new technologies such as #FloatingSolarPV ????? "Preparing the #SupplyChain: Leveraging Floating Solar as an Intermediate Phase" ?? This panel will delve into an inaugural discussion as to whether the US could use floating solar PV development as an interim step towards #FloatingWind development, to improve the readiness of the #SupplyChain for #FloatingTechnology projects. Our Umberto Varbaro, Offshore Engineer now with sister company and energy and marine consultants ABL, but formally with OWC's R&D and French branch @Innosea, will be sharing his expertise and experience in FPV projects, combined with his current work in the US offshore wind market, to offer his opinions on the topic. ?? What's your opinion? Have your say in the comments box below ???? Or check out the full #OWCUSA delegation to IPF2024 and get in touch to book a meeting with the team in advance ???? https://lnkd.in/ezm7y2g9 #EnergyTransition #FloatingWind #FloatingOffshoreWind #TheRenewableEnergyConsultants