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Floating Solar Farms: A Game Changer for Green Energy

Floating Solar Fuel

“Solar methanol islands” will curb our reliance on fossil fuels. So forget that belch of harmful greenhouse gases into the atmosphere.

Image: type of solar methanol island facility

Clusters of “solar methanol islands” will be used to extract carbon dioxide from seawater. Thereby converting them from a gas into methanol fuel.

From Kasper Pindsle

Huge solar farms floating in the ocean could be used to convert carbon dioxide in seawater into methanol. It’s a fuel that can power airplanes. In addition to trucks and other long-haul vehicles. That’s the takeaway from provocative new research. It’s all suggesting that such “solar methanol islands” could curb our reliance on fossil fuels. Those that also belch those harmful greenhouse gases into the atmosphere.

 The image vividly brings to life the concept of floating solar farms and their potential to revolutionize clean energy production. We see a vast expanse of ocean dotted with circular solar panel islands, forming a striking geometric pattern on the water's surface. This innovative arrangement showcases the efficient use of ocean space for renewable energy generation. In the foreground, the stylized representation of the methanol production process adds a layer of scientific intrigue. We can observe the visual depiction of water molecules splitting into hydrogen, CO2 extraction from seawater, and the resulting methanol fuel. This visual element helps to explain the complex chemical processes at work in this groundbreaking technology. The deep blue ocean stretching to the horizon emphasizes the scale of this project and the abundant potential of our oceans as a resource for sustainable energy. The clear sky with wispy clouds above the solar farm symbolizes the hope this technology brings in combating climate change and reducing our reliance on fossil fuels. The futuristic yet realistic portrayal of the floating solar farm illustrates how advanced technology can work in harmony with nature. It's a powerful visual representation of human ingenuity addressing global challenges, showcasing a potential path towards a more sustainable future. This image not only captures the technical aspects of the floating solar farms but also conveys a sense of optimism and progress in our fight against climate change. It's a compelling visualization of how we can harness the power of the sun and the vastness of our oceans to create cleaner, more sustainable fuel sources.

Ironically, this the future. It’s just one of the many things we should be doing to control climate change. In addition to and along with having better insulation in our homes. Thereby having higher efficiency in car engines and also driving electric vehicles. That was said by Bruce Patterson. He’s a physicist at the University of Zurich and co-author of a paper. It’s about the research published June 3 in the journal Proceedings of the National Academy of Sciences. “This is just one piece of a mosaic.”

Floating Solar Farms

The floating solar farms described in the paper would consist of clusters of about 70 circular solar panel “islands” covering an area of roughly one square kilometer (0.4 square mile). Electricity produced by the panels would be used to split water molecules into hydrogen, which would then react with CO2 extracted from seawater to produce methanol.

Tons of Methanol

In addition, Patterson said a single floating solar farm of the sort produces tons. Can you say more than 15,000 tons of methanol a year?!

For example and perspective, that’s enough to fuel a Boeing 737 airliner. Yet that airline can go now 300 round-trip flights between New York City and Phoenix. For airlines want to use the fuel in current airplanes. Then long-haul trucks, ships and non-electrified railroad systems.

Conclusion

In conclusion, methanol burns more cleanly than fossil fuels. Also Patterson said the carbon dioxide into the air returns to the ocean. All where the floating solar farms could reuse it.

“Over about a year or a year and a half, it’ll end up in equilibrium again,” he said. “We’ll be able to take it out of the ocean and complete the cycle.”

NBC News MACH or ENVIRONMENT section reports:

June 24, 2019, 11:45 AM EDT, By Denise Chow.

Source: MACH NBC NEWS

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