?? The Hidden Environmental Cost of AI's Rare Earth Demands As we move into the age of general artificial intelligence, our reliance on rare earth elements (REEs) is surging. But at what cost? ?? Global Impact: From China's Bayan-Obo mine, notorious for its environmental damage and radioactive waste, to Australia's efforts in adhering to stricter environmental standards, the global rare earth mining landscape is diverse yet equally concerning. ?? In the United States, the challenge includes contaminated water supplies and disrupted ecosystems due to mining processes. ?? Environmental Toll: For every ton of rare earth produced, the mining process yields a staggering amount of waste - toxic, radioactive, and harmful to our ecosystems. ?? Water Crisis: The mining industry’s massive water consumption exacerbates water scarcity, posing a threat to local freshwater supplies. ?? The Way Forward: As we continue to harness the power of REEs, the focus must shift towards sustainable practices. Recycling electronic waste and developing strict environmental guidelines emerge as potential solutions to mitigate these impacts. ?? It's time we address the environmental footprint of our technological advancements. Let's strive for sustainable development in our pursuit of innovation. ?? Read the full article: find a link in the comments. #Sustainability #TechImpact #Environment #RareEarthMining #AI #GreenTech
Thank you, Jürgen Riedel for sharing your insights and the longer article.
Innovation Coach helping businesses develop modern strategies using a multi-disciplined approach anchored in GenAI solutions to create trusted businesses | Founder@Baiomics, a DeepTech, ML/AI Tech Consultancy | PhD
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