Foilchemy’s Post

Hydrofoil gliding is known as a game-changing tactic that has the ability to completely change a number of sectors. Vessels can obtain greater speed, efficiency, and environmental benefits by utilising the power of hydrofoils. With the help of this innovative technology, boats' hulls are raised above the water's surface, greatly lowering drag and facilitating faster, smoother sailing. Hydrofoil gliding has several uses in a variety of industries and is not just limited to fast ferries and competitive sailing. Hydrofoil gliding has several significant advantages, including: enhanced fuel efficiency and less drag, which result in faster and more efficient travel. increased stability for a more comfortable and safe ride for both freight and people. beneficial effects on the environment, including reduced emissions and shoreline erosion. Hydrofoil technology has a wide range of potential uses, from military vessels to pleasure boats and maritime transit. Hydrofoils can significantly increase speed, efficiency, and operational capabilities on passenger ferries, cargo ships, luxury yachts, and research vessels. Strategic concerns such as R&D investment, customisation for particular applications, and market acceptance through awareness and education are critical to fully realizing the benefits of hydrofoil gliding. The widespread adoption of this cutting-edge technology will be fueled by ongoing innovation and customised solutions. What is your opinion? #Hydrofoil #Gliding #Innovation #Maritime #letsconnect #technology

The maritime industry is making strides towards sustainability with innovations like NYK's ammonia-fueled tug, set to undergo sea trials soon. However, as we explore new fuel sources, it's crucial to understand the environmental implications and take proactive steps to mitigate risks. Ammonia, while a promising alternative fuel, poses significant environmental challenges. Nitrogen pollution from ammonia can: 🔹 Alter plant species diversity by favoring fast-growing species. 🔹 Cause soil acidification and direct toxic damage to plants. 🔹 Affect freshwater ecosystems through eutrophication, harming aquatic life. 🔹 Impact herbivorous animals indirectly by altering their plant-based food sources. The Role of Preventative Maintenance At Vessel Vanguard, we recognize the importance of minimizing environmental risks associated with innovative maritime solutions. Our platform aids in ensuring that vessels, like ammonia-fueled tugs, are maintained to the highest standards, reducing the likelihood of accidents and fuel leaks. By helping crews stay on top of preventative maintenance tasks, Vessel Vanguard plays a crucial role in safeguarding our oceans. Proper maintenance reduces the risk of tugs sinking or leaking ammonia, thereby protecting marine biodiversity and ensuring the sustainability of new fuel technologies. Join us in our mission to combine innovation with environmental responsibility. Learn more about how Vessel Vanguard supports the maritime industry in maintaining excellence and protecting our planet: https://lnkd.in/d5sxrHG #Sustainability #MaritimeInnovation #PreventativeMaintenance #EnvironmentalSafety #VesselVanguard

Hydrofoil gliding is emerging as a transformative strategy with the potential to revolutionize various industries. What do you think about this application? By harnessing the power of hydrofoils, vessels can achieve increased speed, efficiency, and environmental benefits. This cutting-edge technology lifts the hull of boats above the water's surface, significantly reducing drag and enabling smoother and faster travel. The advantages of hydrofoil gliding extend beyond competitive sailing and high-speed ferries, offering numerous applications across different sectors. The benefits of hydrofoil gliding are vast and impactful: - Increased speed and efficiency through reduced drag and enhanced fuel efficiency. - Enhanced stability for a smooth ride, improving comfort and safety for passengers and cargo. - Positive environmental impact with lower emissions and reduced shoreline erosion. From maritime transportation to recreational watercraft and military vessels, the potential applications of hydrofoil technology are diverse and promising. Implementing hydrofoils in passenger ferries, cargo ships, luxury yachts, and research vessels can lead to significant improvements in speed, efficiency, and operational capabilities. To fully leverage the advantages of hydrofoil gliding, strategic considerations such as investment in research and development, customization for specific applications, and market adoption through awareness and education are crucial. Continued innovation and tailored solutions will drive the widespread adoption of this innovative technology. Have a great week ahead. Happy Gliding! #HydrofoilGliding #Innovation via @plantpositivefilms #MaritimeTechnology #technology

Beneficial use of dredged materials using the GEOTUBE®️technology. #geotextiletubes #geotube #dewatering #containment #shorelineprotection

“Satellite mapping reveals extensive industrial activity at sea” https://lnkd.in/eE5MgbJd - 72–76% world’s industrial fishing vessels are not publicly tracked - 21–30% transport and energy vessel activity is missing from public tracking - fishing decreased by 12% at the onset of the COVID-19 pandemic and had not recovered by 2021 - Transport and energy vessel activities were relatively unaffected during the same period - Offshore wind grows rapidly, surpassing the number of oil structures in 2021 https://lnkd.in/eE5MgbJd

We regularly post about how Tiamat can form part of a complimentary dredging solution which can reduce greenhouse gas emissions. Last month Jake Storey FCA, FCT, MBA was interviewed with Dredging Today to discuss how Tiamat offers a greener, cheaper and more efficient method of dredging. Please see a link to the article here and let us know what you think of the article. #DredgingWithNature #HavenDredging #Tiamat https://lnkd.in/eyycrCFk

Meet the #Methatug: world's first methanol-powered tugboat! 💚 Methanol is one of the fuels of the future as it produces lower emissions than traditional fuels. In order to achieve this, we converted the engines from an existing tugboat into ‘dual fuel’ engines running on a mixture of methanol and traditional fuel. This new tugboat is part of a greening programme for the our fleet and an important step in the transition to a climate-neutral port by 2050. The project is being financed by the European research programme Horizon 2020 and is part of the FASTWATER project, which aims to demonstrate the feasibility of methanol as a sustainable fuel for the shipping industry. A few numbers: - 11 meter wide, 29,5 meter long - Weight of 584 tons - 50 ton bollard pull - 2 ABC 8DAC dual fuel medium-speed engines - Storage of 12.000 litres of methanol (aka enough for two weeks of tug work) Read the full article on https://lnkd.in/df94_XFP. #EnergyTransition #Methanol #PortOfTheFuture #Tugboat ScandiNAOS AB, Anglo Belgian Corporation, Heinzmann GmbH & Co. KG, Universiteit Gent, Methanex Corporation, Groep De Wit

Different Technologies For Ballast Water Treatment Check out this article 👉 #BallestWater #BallestTreatment #MarineTechonology #Shipping #Maritime #MarineInsight #Merchantnavy #Merchantmarine #MerchantnavyShips

Testing the waters, ready for #ctac in #valencia to talk about #containers,  #containershipping and #intermodal