Explore

Solar-Powered Boat Demonstrates Sustainable Travel Across Europe

Solar-Powered Boat Demonstrates Sustainable Travel Across Europe

A Finnish individual has successfully navigated a solar-powered boat from Finland towards Spain, showcasing the potential of sustainable marine travel. The boat, constructed with materials costing approximately 30,000 euros, operates on solar energy, eliminating the need for fossil fuels. The monthly operational expenses are minimal, with maintenance costs under $50 and no fuel expenses, as the boat relies entirely on solar power. The largest recurring cost is food, estimated at $500 per month. This journey highlights the advancements in solar technology and electric motors, which have become more affordable and efficient over the years.

Mitsui O.S.K. Lines Implements Wind Propulsion to Reduce Emissions on Coal and CO2 Carriers

Mitsui O.S.K. Lines Implements Wind Propulsion to Reduce Emissions on Coal and CO2 Carriers

Mitsui O.S.K. Lines Implements Wind Propulsion to Reduce Emissions on Coal and CO2 Carriers

Fortescue Invests $680 Million in Pilbara Green Energy Project

Fortescue Invests $680 Million in Pilbara Green Energy Project

Fortescue Invests $680 Million in Pilbara Green Energy Project

Redwood Materials COO Departure Amid Layoffs and Restructuring

Redwood Materials COO Departure Amid Layoffs and Restructuring

Redwood Materials COO Departure Amid Layoffs and Restructuring

Oil and Gas Industry's Role in Advancing Geothermal Energy with XGS's New Projects

Oil and Gas Industry's Role in Advancing Geothermal Energy with XGS's New Projects

Oil and Gas Industry's Role in Advancing Geothermal Energy with XGS's New Projects

Fortescue's $680 Million Investment in Pilbara Green Energy Project to Boost Renewable Infrastructure

Fortescue's $680 Million Investment in Pilbara Green Energy Project to Boost Renewable Infrastructure

Fortescue, an Australian mining company, has announced a $680 million investment to expand green energy infrastructure in the Pilbara region of Western Australia. The project aims to integrate 1.2GW of solar, 600MW of wind, and 4-5GW-hours of battery storage by 2028, along with 620km of transmission lines. This initiative is part of Fortescue's strategy to achieve energy independence and manage costs amid global energy market instability. The company is collaborating with government bodies and traditional custodians to develop the project, which is expected to meet increasing industrial demand, including from data centers.

Fortescue Launches $680 Million Green Energy Project in Australia

Fortescue Launches $680 Million Green Energy Project in Australia

Fortescue Launches $680 Million Green Energy Project in Australia

Vulcan Energy Begins Construction of $3.9 Billion Lithium Plant in Frankfurt

Vulcan Energy Begins Construction of $3.9 Billion Lithium Plant in Frankfurt

Vulcan Energy Begins Construction of $3.9 Billion Lithium Plant in Frankfurt

Federal Court Blocks Interior Memo, Boosting U.S. Solar and Storage Projects

Federal Court Blocks Interior Memo, Boosting U.S. Solar and Storage Projects

Federal Court Blocks Interior Memo, Boosting U.S. Solar and Storage Projects

Offshore Wind Storage Crucial to Preventing Energy Waste by 2040

Offshore Wind Storage Crucial to Preventing Energy Waste by 2040

A report by UK energy consultancy Xodus and Subsea 7 highlights the urgent need for co-located offshore storage to prevent the waste of hundreds of terawatt-hours of electricity and billions in public funds annually. As offshore wind capacity in Europe expands, grid infrastructure struggles to keep pace, potentially leading to significant power curtailment. The report suggests that without intervention, curtailment could exceed 300 terawatt-hours by 2040. The proposed solution involves deploying offshore-adapted lithium-ion batteries and transitioning to long-duration storage to manage grid constraints. This approach aims to complement grid upgrades and enhance energy security.

RESiLICON's 13 GW Polysilicon Project in Netherlands Gains Strategic EU Status

RESiLICON's 13 GW Polysilicon Project in Netherlands Gains Strategic EU Status

The Ministry of Economic Affairs & Climate in the Netherlands has designated RESiLICON's planned renewable-powered polysilicon facility in Farmsum, Groningen, as a strategic project under the EU's Net-Zero Industry Act (NZIA). This facility, with a targeted capacity of 13 GW, aims to produce polysilicon and silane using renewable energy and greener raw materials. The project has been recognized for its alignment with the EU's goals of expanding net-zero technologies, strengthening regional supply chains, and creating skilled jobs. The strategic tag under NZIA grants the project national priority status, facilitating rapid administrative treatment and faster permitting. RESiLICON has partnered with Dutch research institutions to co-develop next-generation manufacturing technologies and is currently entering the basic engineering phase.

Saudi Researchers Develop Electricity-Free Cooling System Using Ammonium Nitrate

Saudi Researchers Develop Electricity-Free Cooling System Using Ammonium Nitrate

Saudi researchers from King Abdullah University of Science and Technology have developed a new cooling system called Nescod, which stands for No Electricity and Sustainable Cooling on Demand. This system utilizes ammonium nitrate, a compound commonly used in fertilizers, to absorb heat through endothermic dissolution when dissolved in water. The process results in a significant temperature drop, making it an effective alternative to traditional air conditioning. The system is particularly beneficial for regions with limited access to electricity, as it operates without the need for electrical power. The regeneration cycle of the system uses solar energy to evaporate water, allowing the ammonium nitrate to crystallize and be reused continuously.