https://www.theguardian.com/business/2025/jan/16/bp-to-cut-4700-jobs-3000-contractor-roles-costs#:~:text=The%20oil%20company%20told%20staff,by%20the%20end%20of%202026.

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A Chinese heavy-lift ship encountered rough weather off the coast of Galicia, Spain, leading to the loss of two massive gantry cranes overboard. The incident occurred while the ship was transporting the cranes, which were likely intended for port infrastructure projects. The severe conditions caused the cargo to shift, resulting in the cranes toppling into the sea. Authorities have been alerted to potential navigation hazards caused by the submerged cranes. No injuries or environmental pollution have been reported, but investigations are underway to assess the impact and ensure maritime safety in the region. Salvage operations may follow.

Storing hydrogen near wind farms offers an innovative way to utilize surplus renewable energy, but it presents unique challenges and considerations. Hydrogen can be stored as a gas in high-pressure tanks or as a liquid at cryogenic temperatures, each requiring specialized infrastructure. Proximity to wind farms enables efficient conversion of excess wind power into hydrogen through electrolysis, but safety concerns arise due to hydrogen’s flammability and potential leaks. Proper site selection, robust containment systems, and adherence to safety regulations are crucial. Additionally, the scalability of storage systems and integration with transportation or grid supply networks are key factors for practical implementation.

The use of hydrogen fuel in outboard engines faces several challenges. Hydrogen's low energy density by volume requires high-pressure storage tanks, adding weight and space constraints to small boats. Its highly flammable nature demands advanced safety measures, increasing costs. Hydrogen infrastructure, such as refueling stations, is limited, posing logistical hurdles for marine use. Additionally, adapting existing engine designs to efficiently burn hydrogen without compromising performance or durability requires significant research and development. The corrosive effects of hydrogen on materials and its compatibility with marine environments further complicate its adoption. Addressing these challenges is essential for hydrogen-powered outboards to become viable.

Latest Galaxy leader crew https://x.com/38divan/status/1728650746092994613?s=20

Position is now closed thanks for the many replies. 🤗

Hi received thanks.