Rising Sea Levels: Threats into Profitable Business?
EcoTechNews
It's time to get real about sea level rise. We've got two promising areas of focus: seawater desalination and extraction of valuable minerals from seawater. These strategies don't just mitigate the effects of sea level rise, they also offer substantial economic benefits. Seawater desalination, for instance, is a significant industry, valued at approximately $20 billion per year. This figure is expected to double by 2035, driven by tech advancements that have reduced water production costs from $1.50 per cubic meter to $0.50.
There's a lot to consider here. We're talking energy efficiency, with modern desalination plants increasingly powered by renewable energy sources, reducing environmental impact and operational expenses. Then there's mineral extraction - seawater contains commercially valuable minerals like lithium, magnesium, and rare earth elements, which can be extracted and marketed. The global potential for seawater-based mineral extraction could reach over $2.2 trillion annually, with advancements in nanotechnology and ion-exchange processes reducing extraction costs.
It's not all about the money, though. We need to think about scalability and environmental sustainability. These technologies can help address water shortages, mitigate the effects of rising sea levels, and reduce waste by utilizing brine from desalination processes. So, how can we balance the need for rapid scalability with the necessity of ensuring these solutions are environmentally responsible and economically viable?
Rising Sea Levels: Threats into Profitable Business?
Delving into the Technicalities of Seawater Management
It's time to get real about sea level rise. We've got two promising areas of focus: seawater desalination and extraction of valuable minerals from seawater. These strategies don't just mitigate the effects of sea level rise, they also offer substantial economic benefits. Seawater desalination, for instance, is a significant industry, valued at approximately $20 billion per year. This figure is expected to double by 2035, driven by tech advancements that have reduced water production costs from $1.50 per cubic meter to $0.50.
There's a lot to consider here. We're talking energy efficiency, with modern desalination plants increasingly powered by renewable energy sources, reducing environmental impact and operational expenses. Then there's mineral extraction - seawater contains commercially valuable minerals like lithium, magnesium, and rare earth elements, which can be extracted and marketed. The global potential for seawater-based mineral extraction could reach over $2.2 trillion annually, with advancements in nanotechnology and ion-exchange processes reducing extraction costs.
It's not all about the money, though. We need to think about scalability and environmental sustainability. These technologies can help address water shortages, mitigate the effects of rising sea levels, and reduce waste by utilizing brine from desalination processes. So, how can we balance the need for rapid scalability with the necessity of ensuring these solutions are environmentally responsible and economically viable?
Original article: https://www.ecotechnews.world/commercial-solutions-to-rising-sea-levels/
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