Podcasts about Desalination

https://youtu.be/UWOAjs7ruGIMatt and Sean talk about desalination efforts deep under the ocean, and how it may play a part in solving water shortages. Don't get salty before taking a listen.Undersea cables article: https://www.mentalfloss.com/article/60150/10-facts-about-internets-undersea-cablesIn response to “water we gonna do about it?”https://youtu.be/NNEgUPKxk7A?si=nMxEfpJitt_gU2QH&t=55Watch the Undecided with Matt Ferrell episode, How Deep Sea Water is Now Drinkable https://youtu.be/Bu_IcFpEkg0?list=PLnTSM-ORSgi7uzySCXq8VXhodHB5B5OiQ(00:00) - - Intro & Feedback (21:25) - - Deep Ocean Desalination Discussion YouTube version of the podcast: https://www.youtube.com/stilltbdpodcastGet in touch: https://undecidedmf.com/podcast-feedbackSupport the show: https://pod.fan/still-to-be-determinedFollow us on X: @stilltbdfm @byseanferrell @mattferrell or @undecidedmfUndecided with Matt Ferrell: https://www.youtube.com/undecidedmf ★ Support this podcast ★

There are about 16,000 operational desalination plants, located across 177 countries, which generate an estimated 25 billion gallons of fresh water daily. For every gallon of drinking water produced at a typical desalination plant, one and a half gallons of brine are produced.  Much of it is stored in ponds until the water evaporates, leaving behind […]

What if the future of Texas' water supply came from the ocean? In this episode, join hosts Carrie and Robert as they sit down with Bill Norris, President of the Texas Desalination Association, to explore how desalination could change the game for the Texas water supply. From the significance of Senate Bill 7 to the potential of seawater plants, we unpack the big moves happening behind the scenes. Don't miss this fascinating dive into Texas' water future.  Got a question for Robert and Carrie? Submit it here—we might answer it on the show!  First up, it's the Pop Quiz (02:47)    In the last episode, Lihy Teuerstein mentioned that IDE Technologies is able to recover up to what percentage of water during the desalination process?  a) 85-87% b) 90-94% c) 95-98% Today's Keywords: (04:20) TDS: Total Dissolved Solids (total concentration of dissolved “stuff” in water) Blended Cost: When a water supply comes from several different sources, and the price reflects the combined price points of the separate sources.  Texas Legislative Session: The Texas Legislature meets every two years. Today's Guest: Bill Norris of Norris Water LLC and president of the Texas Desalination Association Robert Mace introduces our guest (07:13) Bill Norris explores the viability of desalination as a new water source for Texans:  From “Square” to “Flare:” Bill shares the history and overview of the Texas Desalination Association and how current bills are shaping up. (08:40) Funding the Future: Understand the Texas Water Fund's role in water planning and the future of desalination. (14:20) The “Hydro-Illogical” Cycle: Explore the shifts in attitudes about desalination in the Lone Star State. (17:58) Cost/Benefit Analysis: What is a blended cost, and how can this reduce sticker shock for communities looking to implement desalination? (22:40) Better Late than Never: Despite decades of delay, Bill has a positive outlook for implementation. (25:27) Taking Notes: How can Texas learn from other countries about managing desalination? (28:58) And Don't Miss What's Coming Next! Next Episode: Join Robert and Carrie for a discussion about the ecological considerations of desalination with Paul Montagna. Episode Links and Resources:  lege+water Texas Legislature Bill Search Norris Water LLC Texas Desalination Association Submit a question to the pod! Theme song: Come Heck or Hot Water by Robert E. Mace   We want to thank pixabay.com for providing the sound effects. Learn more about the Meadows Center at ⁠meadowscenter.txst.edu⁠. 

As climate change accelerates water scarcity, investors are eyeing scalable solutions with environmental integrity. In this episode of ESG Currents, BI’s director of ESG research Eric Kane and senior ESG associate Melanie Rua speak with OceanWell CEO Robert Bergstrom about a subsea desalination product that uses deep-ocean pressure to cut energy use by up to 40% while protecting marine ecosystems. Bergstrom outlines OceanWell’s phased road map, including pilots and global scaling, and makes the investment case for water infrastructure, citing research showing a $7 return for every $1 invested. The episode explores why valuing water appropriately is key to driving innovation, policy and climate resilience. Recorded April 23.See omnystudio.com/listener for privacy information.

Desalination is a proven technology—but it's still too costly, energy-intensive, and inaccessible for the communities that need it most. To change that, XPRIZE launched a $119 million global competition to drive breakthroughs in seawater desalination and deliver scalable, sustainable solutions. Lauren Greenlee, Executive Vice President of Food+Water+Waste at XPRIZE, shares how the foundation uses incentive-based competitions to tackle massive global challenges—and why water is now a top priority. She details the goals of the Water Scarcity Prize, explains its two-track structure, and emphasizes the importance of real-world demonstration and ecosystem-building. The conversation also explores major barriers in desalination, including brine waste and fragile membranes, and how new innovations could benefit underserved regions and even inland U.S. communities. Greenlee highlights how XPRIZE is pushing the water sector to think bigger, act faster, and collaborate globally to close the water access gap.waterloop is a nonprofit news outlet exploring solutions for water sustainability.

Chicago is set to break ground on a pipeline that will bring water from the Great Lakes to some suburbs whose groundwater is running dry. Joliet, Illinois, is one of those suburbs. Here & Now's Chris Bentley reports on the question of who is allowed to use Lake Michigan's water. And, as cities across the West brace for a drier future, they're investing in advanced water purification technology. Here & Now's Peter O'Dowd reports on scientists who are turning wastewater into drinking water. Then, desalination — pulling fresh, drinkable water from saltwater— can offer some relief in areas facing water shortages. Robert Bergstrom, CEO of OceanWell, explains how the company's desalination pods work. And mechanical engineer Amos Winter details how his team uses an electrodialysis system to purify groundwater.Learn more about sponsor message choices: podcastchoices.com/adchoicesNPR Privacy Policy

Drinking water from the ocean might seem tempting with all that water around, but there's a big problem – it's salty, really, really salty! Ocean water contains about 35 grams of salt per liter, and our bodies can't handle that much salt. When we drink salty water, it actually dehydrates us because our kidneys have to work overtime to filter out the excess salt. Desalination, a process to remove salt from seawater, is used in some places to make it drinkable, but it's expensive and energy-intensive. Plus, the leftover salty brine can harm marine ecosystems when released back into the ocean. Read more: https://brightside.me/articles/why-ca... #brightside Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/ Listen to Bright Side on: Spotify - https://open.spotify.com/show/0hUkPxD... Apple Podcast - https://podcasts.apple.com/podcast/id... ---------------------------------------------------------------------------------------- Our Social Media: Facebook -   / brightside   Instagram -   / brightside.official   Tik Tok - https://www.tiktok.com/@brightside.of... Snapchat -   / 1866144599336960   Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me Learn more about your ad choices. Visit megaphone.fm/adchoices

Arizona State Senator Tim Dunn shares his journey from farming to politics and discusses the state's pressing water challenges, including water quality, salinity in agriculture, and surface and groundwater management. He highlights the need for inland desalination facilities to support future farming and emphasizes the importance of balancing water pricing and allocation to ensure economic efficiency, social equity, and environmental sustainability. Podcast Recorded on March 6, 2025

Welcome to season three of Come Heck or Hot Water (formerly Fahrenheit 140)! As changes in climate put strains on our natural resources, we've decided to take a deep dive into one possible solution for resilience and long-term sustainability. Join our hosts, Robert and Carrie, for an overview of seawater desalination. In this episode, Dr. Robert E. Mace explains the ins and outs of this agent of resilience.   Got a question for Robert and Carrie? Submit it here!  First up, we have a big announcement:    New name, slightly different format, same great content (00:29) Season 3 Overview (03:28) Today's Guest: Dr. Robert E. Mace Carrie Thompson re-introduces Dr. Robert E. Mace (04:35) Today's Keywords: (06:37) Desalination: The process of removing “stuff” dissolved in water. Brine Concentrate: The salty waste byproduct of desalination. Brackish Groundwater: Water in aquifers that is not fresh. PFAS: Per- and Polyfluoroalkyl Substance, aka “forever chemicals” Freshwater: Generally defined as water with less than 1,000 parts per million of “stuff” dissolved in it. Today's Pop Quiz: Where can our listeners submit a question to the podcast? A) the link at the bottom of the e-newsletter B) the link in our show notes C) email us directly at meadowscenter@txstate.edu D) All of the above Dr. Robert Mace takes us inside seawater desalination:  The State of Freshwater: Dig into the factors impacting freshwater resources around the globe. (11:13) Resilience and Reliability: We need to find “a lot more water,” so where can we find it? (14:46) De-STUFF-ication: The history, process, and methods of seawater desalination. (16:53) What's the whine about the brine? Explore the issues around the waste byproduct of the desalination process at home and at scale. (19:33) Powering the Process: The energy and economic realities of seawater desalination. (24:12) Who gets the water? If there's no or low water...does it go to people or the environment? (27:43) And... DON'T MISS OUT! Next Episode: Join Robert and Carrie for a discussion with IDE Technologies about desalination efforts underway in Israel and Texas. (30:24) Episode Links and Resources:  Texas Desalination Association Submit a question to the pod! Theme song: Come Heck or Hot Water by Robert E. Mace   We want to thank pixabay.com for providing the sound effects. For more information about the Meadows Center, visit ⁠meadowscenter.txst.edu⁠. 

In this episode of The Water Zone podcast, experts Pei Xu, PhD, from New Mexico State University, and Mike Hightower, PhD, director of the New Mexico Produced Water Research Consortium, explore cutting-edge research in water treatment. They delve into their work on the desalination and treatment of brackish and saline waters, as well as high-salinity waste waters. The conversation highlights current advances in produced water treatment and reuse, presenting data that demonstrates how such water can be safely transformed for various applications, including agricultural use and drinking water. Additionally, the guests share insights into their ongoing projects, innovative technologies, and advanced testing methodologies, shedding light on modern challenges and solutions in water pollution management. Podcast Recorded on February 20, 2025

They discuss the article covering a recent discovery that improves desalination by almost 30%. They smoke the Adventura Blue Eyed Jacks Revenge and drink the Benchmark Old No 8. https://www.msn.com/en-us/news/technology/researchers-make-unexpected-discovery-while-working-to-improve-desalination-highly-convenient-and-cost-effective/ar-AA1x4T9Y?ocid=entnewsntp&pc=U531&cvid=ac9541a0d895419caf9dec821f46addc&ei=192

Erik Torenberg and Samo Burja examine how advancing desalination technology could reshape geopolitics and transform landscapes. They discuss how affordable desalination ($0.3 cents per liter) makes large-scale terraforming feasible, potentially enabling countries like Saudi Arabia or Australia to create vast green spaces and support larger populations. The technology's implications extend beyond water security to national development and climate resilience. The essay on desalination originally appeared in The Bismarck Brief - subscribe here: https://brief.bismarckanalysis.com/ —

In this episode of The Founder Spirit, Prakash Govindan, founder and COO of Gradiant, takes us through his journey of building a global leader in advanced water and wastewater treatment. Committed to giving nature its water back and ensuring it for generations to come, he explores the vital role of water, the groundbreaking technologies Gradiant has developed, and their impact on addressing global water scarcity and pollution.A spiritual seeker and a bhakti yogi, Prakash also shares wisdom from the Bhagavad Gita, the holy Hindu scripture. How did Prakash built the first and only water tech unicorn out of his doctoral thesis? And what is his interpretation of life based on the Bhagavad Gita, the holy Hindu scripture? TUNE IN to this conversation & find out. For detailed transcript and show notes, please visit TheFounderSpirit.com.Also follow us on: - LinkedIn: https://www.linkedin.com/company/TheFounderSpirit- Instagram:  https://www.instagram.com/TheFounderSpirit- YouTube:  https://www.youtube.com/@TheFounderSpirit- Facebook:  https://www.facebook.com/TheFounderSpirit- X:  https://twitter.com/founder_spiritIf this podcast has been beneficial or valuable to you, feel free to become a patron and support us on Patreon.com, that is P-A-T-R-E-O-N.com/TheFounderSpirit.As always, you can find us on Apple, YouTube and Spotify, as well as social media and our website at TheFounderSpirit.com.The Founder Spirit podcast is proud to be a partner of the Villars Institute, a non-profit foundation focused on accelerating the transition to a net-zero economy and restoring planetary health.About This Podcast:Whether you are an entrepreneur, a mid-career professional or someone who's just starting out in life, The Founder Spirit podcast is for you!In this podcast series, we'll be interviewing exceptional individuals from all over the world with the founder spirit, ranging from social entrepreneurs, tech founders, to philanthropists, elite athletes, and more. Together, we'll uncover not only how they manage to succeed in face of multiple challenges, but also who they are as people and their human story.So TUNE IN & be inspired by stories from their life journey!

We know that Cape Town is water-scarce and that we have essentially reached our limit in terms of being able to build dams along our rivers, but is a permanent desalination plant something that we need to start working on immediately? Lester Kiewit speaks to Dr Kevin Winter, Emeritus Professor at UCT’s Department of Environmental & Geographical Science and the Future Water Institute.See omnystudio.com/listener for privacy information.

John Maytham is joined by Councillor Zahid Badroodien, the City of Cape Town’s Mayoral Committee Member for Water and Sanitation to discuss the current status of the desalination plant.See omnystudio.com/listener for privacy information.

Ever wondered if there was a better way to desalinate water? Listen to this!More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/#️⃣ All the Links Mentioned in this Video #️⃣My conversation with Alexander's VC investor: https://smartlink.ausha.co/dont-waste-water/s10e16-the-secret-formula-for-profit-in-water-tech-ventures-tom-ferguson-s-unfair-advantageMy breakdown of 2024's Water Tech Investment Landscape: https://youtu.be/EqQwOC-ys4cFLocean's website: https://www.flocean.green/

Erik Torenberg and Samo Burja discuss the advancements in desalination technology, its current applications, and potential to address global water scarcity. They explore the technological and economic feasibility of large-scale desalination projects and their implications on geopolitics and environmental resilience. —

This week on Live Players, Samo Burja and Erik Torenberg discuss the significance of desalination technology, its advancements, costs, and potential to transform scarcity in regions with water shortages, highlighting how countries like Israel, Singapore, and the Gulf monarchies have employed these technologies and speculating on the geopolitical and environmental impacts. —

Dr. Peter Johnston, a climate scientist at the University of Cape Town, joins John Maytham to discuss Cape Town's plans for its first permanent desalination plant at Paarden Island.See omnystudio.com/listener for privacy information.

Advances in robotics and seabed electrification have enabled a trio of startups to pursue deep sea reverse osmosis. Learn more about your ad choices. Visit podcastchoices.com/adchoices

Researchers have developed a cost-effective solar-powered desalination method using clay minerals to enhance seawater evaporation, potentially providing clean water for billions worldwide and endangered wolves in Ethiopia may also be pollinators for one specific plant. Plus, on This Day in History, we look back at the Kecksburg UFO incident. Billions of People Could Benefit from This Breakthrough in Desalination That Ensures Freshwater for the World A wolf walks into a flower — and appears to pollinate it : NPR These Endangered Wolves Have a Sweet Tooth—and It Might Make Them Rare Carnivorous Pollinators | Smithsonian Wolves may be pollinators as well as predators, study suggests | CNN Canids as pollinators? Nectar foraging by Ethiopian wolves may contribute to the pollination of Kniphofia foliosa - Lai - 2024 - Ecology - Wiley Online Library The Kecksburg UFO incident | History Is case finally closed on 1965 UFO mystery? | NBC News Kecksburg UFO Mystery: 8 Mind-Blowing Documentaries on Pennsylvania's Roswell Kecksburg, Pennsylvania, December 9, 1965 | Enigma Labs Sponsored by Factor - use promo code coolstuff50 to get 50% off your first box plus free shipping Factormeals.com/50coolstuff Contact the show - coolstuffcommute@gmail.com Learn more about your ad choices. Visit megaphone.fm/adchoices

The State Government announces an $18million drought package to help struggling South Australian farmers, tomato growers frustrated over continued delays in getting test results back to clear their crops of fruit virus, and approval given for construction of a $330-million desalination plant at Billy Lights Point near Port Lincoln.

This weeks the boys discuss a new solar device that desalinates. Not the standard solar panel way. New and promising. Bill rails against text speak... again. Darrell makes fun of him... again. They smoke the Ramon Bueso Genesis with the High West Cask Collection. https://interestingengineering.com/energy/waterloos-solar-device-produces-20-liters-of-water-daily

People in remote, low-income regions far from the ocean often need to meet their water needs from groundwater and groundwater is becoming increasingly saline due to climate change.  Desalination of brackish groundwater is a huge and largely untapped source of drinking water, but there are challenges in making the process efficient and reliable. Engineers at […]

Professor Kevin Winter, lead researcher UCT Future Water Institute explains the feasibility study being conducted by the City of Cape Town for the planned Paarden Eiland Desalination Plant and Faure New Water Scheme, for purified recycled waterSee omnystudio.com/listener for privacy information.

The five most common issues couples face - and how to avoid them.See omnystudio.com/listener for privacy information.

In today's episode, Mark Holtzapple joins us to discuss the thermodynamics behind water vaporization. As a chemical engineering professor at Texas A&M University, ​​Mark researches the development of sustainable and renewable technologies, redefining how fuel, chemicals, food, and water are produced… From water desalination to high-efficiency air conditioning, Mark is on a mission to innovate the field of chemical engineering. He has spent decades of his career teaching, researching, and serving at Texas A&M, and his work has led to groundbreaking advancements in energy efficiency and sustainability.  Jump in now to explore: What happens to water molecules when they are heated.  What covalent bonds are, and how they occur in thermodynamics.  How to calculate the energy needed to break hydrogen bonds.  Join us as we explore the future of chemical engineering and how Mark's pioneering efforts are paving the way for a more sustainable world! You can find out more on Dr. Holtzapple and his fascinating work here. Episode also available on Apple Podcasts: https://apple.co/38oMlMr

Can we transform how society consumes energy? What role does water desalination play in resource management? Join us as Mark Holtzapple, a chemical engineering professor at Texas A&M University, shares his innovative approach to scientific sustainability…  Mark has been teaching, researching, and serving at Texas A&M for nearly 29 years. His interests include biomass fuels and chemicals, food and feed processing, water desalination, high-efficiency air conditioning, high-efficiency engines, and more.  Dedicated to the development of sustainable and renewable technologies, Mark is on a mission to redefine how vital resources are produced and consumed. How is his latest research contributing to this vision? Click play to see for yourself! In this episode, we dive into: The web of interconnected molecules that make up water.  How covalent bonds are formed and broken. The science behind water vaporization.  You can find out more on Dr. Holtzapple and his fascinating work here. Episode also available on Apple Podcasts: http://apple.co/30PvU9

Adionics, a French company specializing in advanced ionic solutions, has developed a breakthrough technology for lithium extraction known as Flionex. This solvent extraction process is distinguished by its high selectivity, extracting lithium without removing other elements such as boron, potassium, or magnesium. This results in extremely pure lithium chloride, making the process both efficient and environmentally friendly due to its low water consumption. Adionics has demonstrated the industrial readiness of their technology through successful pilot projects in the lithium triangle, particularly at high altitudes, showcasing its scalability and robustness in real-world conditions.Originally focused on desalination, Adionics strategically pivoted to lithium extraction in 2017, anticipating the rising demand for lithium driven by the green energy sector. This shift has allowed the company to position itself as a leader in the lithium extraction market. Adionics targets brines with lithium concentrations ranging from 200 to 50,000 ppm and continually refines its process to address lower concentrations more efficiently.The company offers two primary business models: providing technology and process support to mining companies or forming joint ventures to finance and manage lithium extraction projects. This flexibility allows Adionics to adapt to various market needs and ensure the successful implementation of their technology.Looking ahead, Adionics plans to expand its commercial presence and invest in research to develop more efficient Flyonics molecules for different concentration ranges. They are also exploring applications in lithium battery recycling and hard rock lithium extraction, aiming to extend their innovative approach to new markets. With a strong focus on industrial readiness and environmental sustainability, Adionics is well-positioned to meet the growing global demand for lithium and contribute to the advancement of green mobility .Key PointsAdionics specializes in advanced ionic solutions.Flionex technology selectively extracts lithium.High purity and low water consumption.Industrial pilots in the lithium triangle.Pivoted to lithium extraction in 2017.Targeting brines with 200-50,000 ppm lithium.Offers technology support or joint ventures.Plans to expand commercial presence.Investing in research for more efficient Flyonics.Exploring lithium battery recycling applications.Full Episode: https://dww.show/how-adionics-took-a-bold-stand-in-the-competitive-dle-landscape/Hosted by Ausha. See ausha.co/privacy-policy for more information.

Imagine transforming the way we extract one of the most critical elements for our green future—lithium. Adionics may be that game-changer in the Direct Lithium Extraction (DLE) market, with their solvent extraction process! More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/ #️⃣ All the Links Mentioned in this Video #️⃣

Returning to the podcast to discuss water desalination is Mark Holtzapple. Mark is a Professor of Chemical Engineering at Texas A&M University where he researches technologies that improve sustainability. With close to 30 years of experience as a researcher, Mark is constantly finding new ways to turn waste into useful products. So what's his take on obtaining fresh water from saltwater? In this episode, you will learn about: What desalination is, and how Mark got started working with it. Techniques used to desalinate water, and how they have evolved over the years. How reverse osmosis contributes to water desalination. What vapor compression technology is, and why this may be the future of energy-efficient water desalination. Imagine a world where freshwater is as plentiful as seawater… With the work that researchers like Mark Holtzapple are doing, this idea may be more realistic than you may think! To find out more about Mark Holtzapple and his work, you can visit gfrc.tamu.edu. Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection. Episode also available on Apple Podcast: http://apple.co/30PvU9C

Aquaporin, led by CEO Matt Boczkowski, is at the forefront of integrating biotechnology with water treatment. The company's journey began with the Nobel Prize-winning research of Peter Agre on aquaporins, which inspired Aquaporin to develop membranes that mimic these natural water channels. Initially focusing on forward osmosis due to its natural alignment with aquaporin proteins, the company has since expanded into reverse osmosis to tap into established markets and ensure revenue growth.Aquaporin's strategic shift from a primarily residential revenue base to a balanced residential and industrial mix reflects its adaptive market approach. High-profile partnerships with companies like Gallo and Philips underscore Aquaporin's innovative edge and market credibility. The collaboration with PUB in Singapore to create energy-efficient reverse osmosis membranes exemplifies the company's commitment to addressing global water challenges through cutting-edge technology.The company's branding, inspired by the fashion industry, sets it apart in the traditionally conservative water sector. This unique approach not only enhances Aquaporin's market presence but also resonates with consumers and industrial clients alike. Despite the challenges of being a publicly listed company, including the need for financial transparency and rigorous compliance, Aquaporin leverages its public status to secure significant partnerships and investments.Aquaporin's focus on niche applications for forward osmosis, such as wine concentration and lithium extraction, demonstrates a strategic approach to market penetration. By concentrating on specific, high-potential sectors, Aquaporin aims to create impactful solutions that can scale effectively. The company's commitment to innovation and strategic growth is evident in its diverse product portfolio and ongoing efforts to develop new applications for its technology.Looking ahead, Aquaporin aims to achieve profitability within the next few years, balancing growth with financial sustainability. The company's vision includes expanding its technological capabilities, particularly in making its aquaporin protein structures more universally applicable across different membrane technologies. This forward-thinking approach positions Aquaporin to continue leading in the water treatment industry, driving both technological advancements and market success.Key Points:Aquaporin uses biomimetic technology for water purification.Initial focus was on forward osmosis due to natural alignment with aquaporins.Expanded into reverse osmosis to access established markets.Revenue shift from residential to balanced residential and industrial.High-profile partnerships with Gallo and Philips.Collaboration with PUB for energy-efficient reverse osmosis membranes.Branding strategy inspired by the fashion industry.Publicly listed on NASDAQ Copenhagen.Focus on niche applications like wine concentration and lithium extraction.Goal to achieve profitability within the next few years.Diverse product portfolio including residential and industrial applications.Innovative marketing approach differentiates Aquaporin in the market.Strategic growth through targeted niche applications.Commitment to technological advancements in water treatment.Vision to make aquaporin proteins universally applicable across membrane technologies.Full Episode: https://dww.show/how-aquaporin-channels-reverse-and-forward-osmosis-together-for-growth/Hosted by Ausha. See ausha.co/privacy-policy for more information.

What's Aquaporin's Path to Profitability? Let's explore the Nobel-Prize-Rooted water tech company's path with CEO Matt Boczkowski! More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/ #️⃣ All the Links Mentioned in this Video #️⃣ Aquaporin's website: https://aquaporin.com/ Philips Water Solutions: https://www.philips.co.uk/c-e/ho/watercare.html Gallo: https://www.gallo.com/ Singapore's PUB: https://www.pub.gov.sg/ Aquaporin's Annual Report 2023: https://s28.q4cdn.com/433354207/files/doc_financials/2023/ar/240405-Annual-Report-Presentation.pdf Come say Hi to Matt on Linkedin: https://www.linkedin.com/in/matt-boczkowski-2733271/Full Blog Entry: https://dww.show/how-aquaporin-channels-reverse-and-forward-osmosis-together-for-growth/

Desalination often means high energy consumption and OPEX. Is there a way to make it more efficient and sustainable? Ionic Solutions thinks so - let's explore this intriguing water tech company.Desalination technology can revolutionize water treatment by significantly reducing energy consumption and allowing controlled mineral content in the water. This approach is crucial for addressing water scarcity and improving sustainability in both industrial and municipal applications.More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/#️⃣ All the Links Mentioned in this Video #️⃣

Ionic Solutions is transforming the desalination landscape with its innovative ion exchange membrane technology, which offers significant advantages over traditional reverse osmosis (RO) systems. The company's technology stands out due to its exceptionally low power consumption, with some applications achieving up to 97% less energy use compared to RO. This efficiency is particularly evident in low salinity brackish water desalination, though the technology performs well across various applications, typically saving 60-90% in energy costs.One of the key features of Ionic Solutions' technology is its ability to control the mineral content of treated water, allowing for tailored solutions that reduce the need for post-treatment mineral addition. This flexibility is especially valuable in drinking water applications and other industrial processes where specific mineral balances are required.The company targets both industrial and municipal sectors, offering solutions that can augment or replace existing RO systems. A notable success story includes a partnership with a utility in New York City, where Ionic Solutions' technology significantly reduced water and energy costs, contributing to the city's sustainability goals.Strategic partnerships, such as with the Electric Power Research Institute (EPRI), have been crucial in validating and promoting the technology. These collaborations have helped Ionic Solutions gain credibility and demonstrate the practical benefits of their solutions.Despite the clear advantages, market adoption remains a challenge. The water industry is heavily invested in traditional RO systems, and there is a learning curve associated with adopting new technologies. However, Ionic Solutions is addressing this through demonstration projects and participation in technical conferences to educate engineers and potential clients.Looking ahead, the company aims to expand its technology's applications, including potential use in lithium brine concentration and consumer-level water treatment systems. To support this growth, Ionic Solutions plans to scale up manufacturing and potentially establish production centers in different regions to meet global demand.Fundraising will be a critical component of this expansion, as the company seeks investors interested in making a significant impact on water sustainability. With a mission to increase water security and efficiency, Ionic Solutions is poised to make a substantial contribution to addressing global water challenges.Key PointsIonic Solutions redefines desalination as removing salt ions from any water source.The technology achieves up to 97% less power consumption compared to traditional RO systems.It allows for controlled mineral content in treated water.The company targets both industrial and municipal sectors.Successful case study: Utility in New York City saved water and energy costs.Strategic partnership with EPRI validated the technology.Market adoption remains a challenge due to entrenched RO systems.Future applications include lithium brine concentration.Plans to scale up manufacturing and establish global production centers.Fundraising is critical for expansion and impact on water sustainability.Full Episode: https://dww.show/how-ionic-solutions-trades-high-pressure-for-high-efficiency-in-desalination/Hosted by Ausha. See ausha.co/privacy-policy for more information.

Elon Musk believes that solving the Global Water Crisis is a matter of Better Desalination. Could it start with this revolutionary tech developed by Salinity Solutions? Let's find out! More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/ The full interview with Tim Naughton from Salinity Solutions will come out on Wednesday. Don't miss out!Video version: https://youtu.be/InWaoDkVLNc#️⃣ All the Links Mentioned in this Video #️⃣ Salinity Solutions' website: https://salinitysolutions.co.uk/ My conversation with Prakash Govindan (Co-Founder of Gradiant): https://dww.show/how-gradiant-became-the-first-and-only-water-tech-unicorn/

The Federal Government announces $65million to progress a desalinated water project in SA's north, hay supplies dwindle fast as the dry start to 2024 in SA starts to bite, and a new study finds much of Australia's shark meat is mislabelled.

On Monday's show: We get an update on severe weather and flooding overnight around the region. And we explore how Southwest Airlines leaving Bush Airport will affect travelers.Also this hour: The city of Corpus Christi is pursuing development of the state's first ocean desalination project. Turning ocean salt water into healthy drinking water would have some obvious benefits, but could it have a negative impact on the environment? And we learn about a desalination project here in Houston.Then, veterinarian Dr. Lori Teller answers your pet care questions.And, on the heels of the NFL Draft, Jeff Balke reflects on how Houston sports teams have fared in drafts over the years -- who were some of the biggest successes and the biggest busts?

Christopher Link, Founder, joins us to discuss his HDH Desalination Technology and his HALO Team's participation in Elon Musk's X-Prize Competition. Do not miss this conversation! So many interesting and innovative ideas occurring about how to incentivize useful water tech and desalination processes. I learned a ton and am excited to share Chris's work with our listeners.

Today we're delving into the fascinating world of water with the renowned water sommelier, Martin Reese. With his infectious humor and profound insights, Martin guides us through the complexities of water, covering everything from the contents of our tap to what to look for at the grocery store. Tune in for an eye-opening discussion on what belongs in our water and what doesn't. Explore topics like TDS monitoring, the prevalence of microplastics, and even uncover the surprising medicinal properties of water. With a special water-tasting session and a look at the laws and innovations shaping our consumption, this episode is a must-listen for anyone curious about the journey from faucet to glass. Check Out Martin Riese Website Instagram Facebook Tik Tok Youtube X Show Links: Bill Nye Saves the World: Season 3, Episode 2, Surviving in a World Without Water Down To Earth with Zac Efron Season 1, Episode 2, France Sponsored By: Organifi Use REALFOODOLOGY for 20% off at  www.organifi.com/realfoodology  ARMRA Colostrum Get 15% off your first order at tryarmra.com/realfoodology Sundays Use REALFOODOLOGY for 40% off first order at sundaysfordogs.com/realfoodology  Natural Cycles For 15% off go to naturalcycles.com with code REALFOODOLOGY LMNT Get 8 FREE packs with any order at drinkLMNT.com/realfoodology Topics Discussed: 06:54 - Meet Martin, the water sommelier  10:55 - Tap water in the US 15:39 - TDS Monitoring 18:26 - The pros and cons of reverse osmosis 20:02 - Microplastics 27:20 - Staying hydrated & the contents of our tap water 31:31- Water filters 36:23 - LifeStraw & emergency preparedness 38:36 - Finding the right water for you 42:17 - Types of bottled water 43:24 - What to look for when water shopping   48:30 - Water PH and alkaline water     53:43 - The value of water & gastrophysics  56:20 - Antipodes Water 1:00:30 - Dasani Water   1:02:46 - LAX Plastic Water Bottle Ban 1:05:10 - Boxed Water  1:06:38 - Kangen Water  1:15:58 - Vertex Water   1:18:52 - Ararat Water 1:19:54 - Gerolsteiner Water 1:21:16 - The medicinal history & properties of water  1:24:38 - Borjomi Water 1:26:23 - Pairing water with food  1:30:16 - Hydrogen water 1:37:46 - California law on recycled sewage water  1:40:38 - Desalination in Aruba 1:42:44 - The power of the consumer  Check Out Courtney: LEAVE US A VOICE MESSAGE Check Out My new FREE Grocery Guide! @realfoodology www.realfoodology.com My Immune Supplement by 2x4 Air Dr Air Purifier AquaTru Water Filter EWG Tap Water Database

Dr. Peter Fisk is the Executive Director at the National Alliance for Water Innovation or NAWI. NAWI is a collection of 19 universities, four national labs and 190 plus US water companies committed to developing new technologies to enable distributed desalination and water reuse. They're a five-year, $110 million research program supported by the US Department of Energy in partnership with the California Department of Water Resources and the California State Water Resources Control Board. They're headquartered at Lawrence Berkeley National Lab in Northern California. Peter joined Berkeley lab in 2017. Prior to that, he was the Chief Executive Officer at Pax Water Technologies from 2008 until January 2017, when it was acquired by UGSI Incorporated. Peter holds a PhD in geochemistry and material science from Stanford and an MBA from the UC Berkeley Haas School of Business. Our conversation today starts with a deep dive into desalination before broadening out into Peter's vision for our water system. Shout-out to former podcast guest Tom Ferguson at Burnt Island Ventures for connecting us with Peter. We've been wanting to learn about desalination and Peter helps us gain a much better understanding of that and so much more.In this episode, we cover:[3:11] Peter's work at the National Alliance for Water Innovation (NAWI) [5:56] Overview of desalination and its various applications, including ocean desalination and water reuse[9:19] Desalination challenges and opportunities, including energy usage and brine disposal[14:33] Small-scale desalination systems and water reuse in buildings and cities[20:09] The water-energy nexus and the impact of water usage on power generation[27:30] NAWI's ongoing projects, including ultra high recovery desalination and recovery of valuable materials from wastewater[32:16] Status of water innovation in the U.S. and other countries[34:43] Water economics and the need for companies to consider their consumption[36:49] The federal policy landscape for water in the U.S.[38:30] Water as a national security[40:45] Peter's background and career Episode recorded on March 18, 2024 (Published on April 2, 2024) Get connected with MCJ: Jason Jacobs X / LinkedInCody Simms X / LinkedInMCJ Podcast / Collective / YouTube*If you liked this episode, please consider giving us a review! You can also reach us via email at content@mcjcollective.com, where we encourage you to share your feedback on episodes and suggestions for future topics or guests.

1) How Princess ended up on the path to becoming a Nuclear Communication Specialist 2) The current nuclear development plans for South Africa and what this might look like in the future 3) Desalination, SMRs, and advocating for nuclear across the African continent 4) Princess' vision for the future of nuclear and the energy mix as a whole

How far up do you own? 00:58 - IntroWe chat about the naming of winter storms and make some subtle alternative music allusions. Eddie shares about how to increase your perceived IQ.03:30 - Bold projects Today we're talking about two really ambitious projects: Big Bend, which is not currently underway, and The Line, which is. First, Big Bend: Eddie describes the shape of this unusual concept. The design was completed in 2017. The design seeks to sidestep the floor-area ratio limits of New York's building code. Eddie raises the interesting philosophical question of how far into the sky a building's ownership reaches. If an arched building spans over another building… How does that work? This leads to useful references to both the Bible and The Simpsons. We discuss what could happen if the issues of upward ownership could be resolved and buildings could begin to weave around over one another. We make a shout-out to Business Movers, one of our favorite podcasts.15:50 - The LineWe shift our focus to an even more ambitious project that is underway in Saudi Arabia: The Line.The Line is a mega city that aims to reach 110 miles long (170 km), 660 ft wide, and 1,600 ft tall.The target population for this structure is 450,000 people by 2026, 2 million people by 2030, and 9 million people by 2045.24:28 - Desalination, workforce, administrative issues We discuss the logistical concerns and resource issues related with a project of this scale in a somewhat inhospitable environment.The work crew for this project is currently right around 60,000. NEOM, the coordinating entity, claims that they're investing heavily in safe, desirable work conditions. We explore the fact that the usual roadblocks disappear when a project is being sponsored by a monarchy and constructed in a remote location. We discuss the possible peripheral benefits that might spring from this project even if it's not ever completed.We wrap up with a book recommendation: The Martian (the book rather than the movie). Track down the audiobook and listen to it while you work here on Earth.Links related to The Line: -Neom's official site-A 30-minute Discovery Channel UK documentary -Articles: -DesignBoom The Line project update -Critical Popular Mechanics article -DesignBoom review of all Neom projectsCheck out the partners that make our show possible.Find Us Online: BrosPodcast.com - LinkedIn - Youtube - Instagram - Facebook - TikTok - Eddie's LinkedIn - Tyler's LinkedInIf you enjoy the podcast, please rate us on Apple Podcasts, Spotify, or wherever you listen to us! Thanks for listening

Video Version: https://youtu.be/08GBv_Jd3ckMelbourne's history is deeply intertwined with its water management. Starting as a small village on the Yarra River's banks, it rapidly grew during the Victorian gold rush, leading to increased water demand. To address this, the city built the world's largest artificial reservoir in 1857, signifying its commitment to resolving water issues. However, the Millennium Drought in the early 21st century was a stark reminder of Melbourne's water vulnerability. This led to the Victorian Desalination Plant project by AquaSure, comprising Thiess, Macquarie Capital, and Suez Environnement. Despite its ambitious goals, the plant faced construction delays and financial setbacks, and remained largely unused post-completion due to sufficient rainfall. Melbourne's water strategy is unique, with annual assessments to determine the need for desalinated water and a focus on water reuse and sustainability. Although the plant has been underutilized, it's an essential part of the city's long-term water security plan, as climate change continues to pose challenges. The city's proactive and adaptive approach serves as a model for urban water management. Despite being built to address water scarcity, the Victorian Desalination Plant didn't produce water for several years due to adequate rainfall. This shows how weather can dramatically change the need for certain infrastructure. Melbourne orders desalinated water annually, based on forecasts rather than immediate need. This approach differs from the typical on-demand operation of desalination plants worldwide. Paying for the desalination plant's standby costs, even when not in use, highlights a long-term commitment to water security, emphasizing preparation over immediate utility. #Desalination #Melbourne #WaterScarcity

Conspiracy Realists from across the world hip Ben, Matt and Noel to updates on the Australia mushroom poisoning case. A new example of desalination. Callers weigh in on Bigfoot. Over in Schuylkill, locals find themselves plagued by a continuing series of bizarre messages hidden in products sold at various stores. All this and more in this week's listener mail segment.They don't want you to read our book.: https://static.macmillan.com/static/fib/stuff-you-should-read/See omnystudio.com/listener for privacy information.

Today, you'll learn about a new way to turn saltwater into drinking water, research that suggests stuffing your bad feelings deep down might actually be a good thing, and an amazing 500,000 year old discovery in Tanzania. Water Breakthrough “New method for purifying drinking water could be used in disaster zones.” EurekAlert! 2023. “Desalination.” by Water Science School. 2019. “Tuning and Coupling Irreversible Electroosmotic Water Flow in Ionic Diodes: Methylation of an Intrinsically Microporous Polyamine (PIM-EA-TB).” by Zhongkai Li, et al. 2023. Suppress Stress “Suppressing negative thoughts may be good for mental health after all.” by Z. Mamat & MC Anderson. 2023. “Suppress Negative Thoughts to Improve Mental Health, Study Says.” by Lisa O'Mary. 2023. Ancient Wood “‘Oldest wooden structure' discovered on border of Zambia and Tanzania.” by Ian Sample. 2023. “Evidence for the earliest structural use of wood at least 476,000 years ago.” by L. Barham, et al. 2023. Follow Curiosity Daily on your favorite podcast app to get smarter with Calli and Nate — for free! Still curious? Get exclusive science shows, nature documentaries, and more real-life entertainment on discovery+! Go to https://discoveryplus.com/curiosity to start your 7-day free trial. discovery+ is currently only available for US subscribers. Hosted on Acast. See acast.com/privacy for more information.

What is our water carbon footprint? Does microwaving food destroy the nutritional value? Why do golf balls have dimples? Should we be desalinating water? Why are breastfed babies less likely to become obese? How did we calculate a dog year? Why do we always look at something that we're told not to? What is intermittent fasting? Dr Chris Smith and Clarence Ford have all the answers... Like this podcast? Please help us by supporting the Naked Scientists

Headlines: Special wheelchair gets users standing and climbing stairs | New Atlas (01:56) Desalination system could produce freshwater that is cheaper than tap water | MIT News (08:27) New 3D printing approach offers hope for brain injury repair | Interesting Engineering (15:42) Amazon Prepares to Challenge SpaceX's Starlink With Maiden Satellite Launch | Gizmodo (22:26) Starlink launches V2 mini-satellites with 'space lasers' | Interesting Engineering (26:29)

Headlines: Neuralink is recruiting subjects for the first human trial of its brain-computer interface | The Verge (00:54) RoboFab is ready to build 10,000 humanoid robots per year | TechCrunch (09:26) Google and the Department of Defense are building an AI-powered microscope to help doctors spot cancer | CNBC (15:58) Europa's underground ocean seems to have the carbon necessary for life | New Scientist (20:50) Low-power desalination tech may provide drinking water at disaster sites | New Atlas (24:20)