43 min
The Energy-Water Nexus Liquid Assets
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- Business
Professor Shon Hiatt (USC Marshall School of Business) and host Ravi Kurani navigate the intricate nexus between energy, agribusiness, and water's pivotal role. Highlighting the urgency of sustainable practices, he critiqued traditional lithium extraction methods that rely on vast water evaporation in deserts. Instead, Hiatt championed harnessing geothermal energy, spotlighting the innovative approach of extracting lithium from geothermal brine, currently under trial in the Salton Sea area. He introduced the concept of binary geothermal energy production and elucidated the 'pumped storage' technique for energy conservation. Navigating the complex realm of water laws, he underscored the disparities in regulatory approaches across states and emphasized the need for a balanced energy portfolio. In conclusion, Hiatt shared insights about an upcoming energy innovation initiative at the University of Southern California, aiming to foster collaboration and address challenges in the energy sector.
💧 The importance of water sustainability: Hiatt highlighted the crucial role of water in the energy sector and the need for sustainable practices given increasing water scarcity.
🌋 Geothermal energy potential: He discussed the potential of geothermal energy, particularly through binary geothermal energy production and lithium extraction from geothermal brine.
⚖️ Complexities of water laws: Hiatt pointed out the complexities and variations in water laws across different states like California, Texas, and Utah, and their impact on the energy sector.
🚀 Upcoming USC Energy Innovation Initiative: Hiatt shared information on the forthcoming energy innovation initiative at the University of Southern California, aimed at fostering collaboration and discussion among entrepreneurs, scientists, and stakeholders in the energy sector.
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Subscribe at LiquidAssets.cc to follow the larger conversation and never miss an episode.
Intro Music by Aleksey Chistilin from Pixabay
Professor Shon Hiatt (USC Marshall School of Business) and host Ravi Kurani navigate the intricate nexus between energy, agribusiness, and water's pivotal role. Highlighting the urgency of sustainable practices, he critiqued traditional lithium extraction methods that rely on vast water evaporation in deserts. Instead, Hiatt championed harnessing geothermal energy, spotlighting the innovative approach of extracting lithium from geothermal brine, currently under trial in the Salton Sea area. He introduced the concept of binary geothermal energy production and elucidated the 'pumped storage' technique for energy conservation. Navigating the complex realm of water laws, he underscored the disparities in regulatory approaches across states and emphasized the need for a balanced energy portfolio. In conclusion, Hiatt shared insights about an upcoming energy innovation initiative at the University of Southern California, aiming to foster collaboration and address challenges in the energy sector.
💧 The importance of water sustainability: Hiatt highlighted the crucial role of water in the energy sector and the need for sustainable practices given increasing water scarcity.
🌋 Geothermal energy potential: He discussed the potential of geothermal energy, particularly through binary geothermal energy production and lithium extraction from geothermal brine.
⚖️ Complexities of water laws: Hiatt pointed out the complexities and variations in water laws across different states like California, Texas, and Utah, and their impact on the energy sector.
🚀 Upcoming USC Energy Innovation Initiative: Hiatt shared information on the forthcoming energy innovation initiative at the University of Southern California, aimed at fostering collaboration and discussion among entrepreneurs, scientists, and stakeholders in the energy sector.
Follow Liquid Assets on:
LinkedIn
Instagram
Subscribe at LiquidAssets.cc to follow the larger conversation and never miss an episode.
Intro Music by Aleksey Chistilin from Pixabay
43 min