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From 15 epsHosts
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Recent episodes
The Water Reality In Data Center Alley
Jun 21, 2026
The Water Cost Of The Cloud: Amazon Discusses Data Centers
Jun 15, 2026
A $2 Trillion Wake-Up Call For Drinking Water
Jun 8, 2026
D.C.'s Rivers Go Real-Time With Sensor Network
Jun 3, 2026
America's Drinking Water Pipes Built in Alabama Foundry | How Water Works
May 26, 2026
16m 20s
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| Date | Episode | Topics | Guests | Brands | Places | Keywords | Sponsor | Length | |
|---|---|---|---|---|---|---|---|---|---|
| 6/21/26 | ![]() The Water Reality In Data Center Alley | Loudoun County, Virginia is known as Data Center Alley, the longtime epicenter of the data center industry and home to one of the world's largest concentrations of digital infrastructure.As communities across the country debate the impact of data centers on water resources, Loudoun Water offers a rare look at what happens when a utility has decades of experience planning for and serving the industry.The episode features conversations with utility leaders Brian Carnes, Alton Echols, and Mark Peterson, who discuss water impacts, management processes, and advice for other systems.Despite the presence of more than 200 data centers, the utility says the sector currently accounts for about 15% of its total water use, supported by significant treatment capacity and a growing reclaimed water program.Today, roughly 40 data centers are cooled with highly treated reclaimed water instead of drinking water, using about 700 million gallons annually. The approach helps reduce nutrient loads to the Chesapeake Bay while providing data centers with a lower-cost and more resilient water supply.Loudoun Water says growth-related infrastructure is paid for by new customers, while detailed monitoring helps the utility understand water demand, wastewater flows, and operational impacts.At the same time, utility leaders emphasize that Loudoun's experience is not necessarily transferable elsewhere. Its extensive infrastructure, reclaimed water network, available supplies, and long history with the data center industry make it a unique case study as utilities nationwide navigate the rapid growth of AI and digital infrastructure.This episode is sponsored by SewerAI. From inspection to rehabilitation, SewerAI provides the tools you need to manage your entire sewer infrastructure.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 6/15/26 | ![]() The Water Cost Of The Cloud: Amazon Discusses Data Centers | The impact of data centers is currently one of the most discussed issues in water. In this episode, Will Hewes, Water Sustainability Lead for Amazon, shares how one of the world's largest data center operators is managing water use, responding to growing public scrutiny, and working to reduce its impact on local water resources.Hewes discusses Amazon's newly released water report, which details company-wide water use, reports a 52% improvement in water efficiency over four years, and shows progress toward its goal of becoming water positive by 2030, with the company now 75% of the way there. He explains Amazon's investments in recycled water infrastructure, including a plan to expand the use of reclaimed water from 26 facilities to 130, supported by more than $1 billion in infrastructure funding.The discussion also explores water replenishment projects ranging from leak reduction in Mexico City's water system to affordable housing water-efficiency programs in Northern Virginia. Hewes shares how local water assessments, utility partnerships, and watershed-specific strategies shape decisions about data center development and operations.It's a detailed look at how one of the world's largest technology companies is approaching the challenge of balancing digital growth with long-term water stewardship.waterloop is a nonprofit news outlet exploring solutions for water sustainabiity. | — | ||||||
| 6/8/26 | ![]() A $2 Trillion Wake-Up Call For Drinking Water✨ | drinking water infrastructureinvestment+4 | Mike GrimmHeather Collins+3 | American Water Works AssociationWest Slope Water District+4 | — | drinking waterinfrastructure investment+6 | — | — | |
| 6/3/26 | ![]() D.C.'s Rivers Go Real-Time With Sensor Network✨ | urban water stewardshipreal-time water quality monitoring+3 | Nicole HorvathTrey Sherard+2 | XylemReservoir Center+2 | Washington, D.C.Potomac+4 | water qualitymonitoring network+3 | — | — | |
| 5/26/26 | ![]() America's Drinking Water Pipes Built in Alabama Foundry | How Water Works✨ | drinking water infrastructureductile iron pipe+4 | — | U.S. Pipe | AlabamaManhattan+1 | drinking waterpipe manufacturing+5 | — | 16m 20s | |
| 5/18/26 | ![]() Inside the Immune System of Water Infrastructure✨ | water infrastructurepollution prevention+3 | Mick O’Dwyer | SwiftComplywaterloop | Dublin | water infrastructurecompliance+5 | — | — | |
| 4/28/26 | ![]() A Roadmap to Bring Water to 2 Million Americans by 2040✨ | water accesspublic health+4 | Kabir Thatte | Vessel Collective | United StatesWashington, D.C.+3 | water crisissanitation+5 | — | — | |
| 4/27/26 | ![]() Nanobubbles Are Transforming How Water Works✨ | nanobubbleswater treatment+3 | — | Moleaer Inc.Xylem | South AmericaCalifornia+1 | nanobubbleswater treatment+6 | — | — | |
| 4/20/26 | ![]() The Next 50 Years Of Safe Drinking Water✨ | drinking water policypublic health+4 | — | Water Health Advisory CouncilSafe Drinking Water Act: The Next Fifty Years | — | drinking waterpublic health+5 | — | — | |
| 3/30/26 | ![]() Where Rivers Meet The Ocean: Why America's Estuaries Matter✨ | estuariesecosystems+4 | Daniel Hayden | Restore America's Estuaries | Chesapeake BayPuget Sound+4 | estuariesecosystems+6 | — | — | |
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| 3/24/26 | ![]() A New Strategy: Water Is National Security✨ | water managementnational security+4 | Martin DoyleNewsha Ajami | Duke UniversityLawrence Berkeley National Laboratory+1 | U.S. | water strategyeconomic input+5 | — | — | |
| 3/9/26 | ![]() Download From Davos: How Global CEOs Are Confronting Water Risk✨ | water riskclimate change+4 | Jason Morrison | Pacific InstituteCEO Water Mandate+1 | CaliforniaMississippi River basin | water sustainabilityclimate risk+4 | — | — | |
| 2/23/26 | ![]() Navigating Water’s New Era: Technology, Talent & Transformation✨ | water technologyworkforce development+3 | Ralph Exton | Water Environment Federation | Washington, D.C. | water sectortechnology+5 | — | — | |
| 2/16/26 | ![]() Will Recycling Save California's Water Future? | The Golden State of Reuse✨ | water recyclingCalifornia water supply+4 | Joaquin Esquivel | California State Water Resources Control BoardWateReuse California | — | Californiawater reuse+5 | CDM Smith | — | |
| 2/9/26 | ![]() Carrots & Sticks: How Regulations Shape Water Reuse In Sacramento✨ | water reusewastewater management+4 | Christoph Dobson | Sacramento Area Sewer DistrictWateReuse California+2 | SacramentoBay Delta | water reusewastewater+7 | CDM Smith | — | |
| 1/26/26 | ![]() A Check-Up On The Chesapeake: How Is Health Of The Bay?✨ | Chesapeake Bay healthenvironmental restoration+5 | Hilary Falk | Chesapeake Bay Foundation | Chesapeake BayPennsylvania+3 | Chesapeake Bayoyster revolution+5 | — | — | |
| 1/12/26 | ![]() Industrial Water Reuse Is On The Rise: What's Driving The Change✨ | industrial water reusesustainable strategies+4 | Bruno PigottCourtney Tripp+1 | WateReuse AssociationGrundfos+5 | ArizonaCalifornia+2 | industrial water reusewater savings+6 | — | — | |
| 1/5/26 | ![]() Laws As Last Line Of Defense For Chesapeake Bay | What happens when laws designed to protect water fail — and what legal action does it take to set things right?For decades, the health of the Chesapeake Bay has struggled because of three major pollution sources: stormwater, wastewater, and agriculture. These pressures send nitrogen, phosphorus, and sediment into streams and rivers that flow into the Bay, where they harm water quality and the environment broadly.While there have been many solutions implemented and tremendous progress made across the watershed, there are still challenges that sometimes require a legal approach.In this episode, David Reed of the Chesapeake Legal Alliance shares a look at these three major pollution challenges through the lens of local riverkeepers in Maryland.The story begins with Gunpowder Riverkeeper Theaux Le Gardeur, who explains how unchecked development and failing stormwater controls allowed sediment to smother vital habitat. Next is Alice Volpitta, the Baltimore Harbor Waterkeeper at Blue Water Baltimore, who shares how two of Maryland’s largest wastewater treatment plants fell into disrepair. Finally, Taylor Swanson of the Assateague Coastal Trust talks about the Eastern Shore, where industrial poultry facilities have created unregulated ammonia pollution.They each share how legal action was the last line of defense for the Chesapeake Bay and local waterways. waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 12/16/25 | ![]() The Evolving Engineering Of Green Infrastructure | Green infrastructure is reshaping how communities manage stormwater by blending natural processes with modern engineering to improve water quality, reduce flooding, and fit into increasingly dense urban spaces. In this episode, Christian Hennessy of Oldcastle Infrastructure breaks down what makes a system truly “green,” from mimicking pre-development hydrology to using engineered soils, media amendments, and carefully selected plants to target pollutants like nutrients and metals.He covers how green infrastructure has evolved from simple rain gardens into high-performance, small-footprint systems that combine green and gray infrastructure through precast structures, filtration media, and controlled detention. Hennessy also explains how performance is measured through rigorous field testing and lab validation, ensuring these systems deliver real water quality results. Looking ahead, he discusses hybrid approaches, digital monitoring, and climate-driven design as essential tools for making stormwater infrastructure more resilient and effective in a changing world.Learn more about Oldcastle Infrastructure water solutions.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 12/7/25 | ![]() Protecting The Waters That Flow In Our National Parks | Water is at the heart of America’s national parks, yet many of these rivers, lakes, coasts, and wetlands are under growing stress from pollution, climate impacts, and decisions made outside park boundaries. In this episode from the Reservoir Center in Washington, D.C., Ed Stierli of the National Parks Conservation Association explains how his organization serves as the independent voice for 433 national park sites, backed by nearly 2 million members. He breaks down why more than half of waterways in national parks remain impaired, connecting the dots between upstream land use, aging infrastructure, and weakened protections that shape water quality. Stierli highlights how bedrock laws like the Clean Water Act and modern restoration programs have helped bring back iconic species and improve water conditions, while warning that political rollbacks could erode decades of progress. He also points to large-scale, watershed-based collaborations—uniting federal agencies, states, local governments, and nonprofits—to restore wetlands, rebuild natural buffers, and invest in resilient infrastructure. Throughout, Stierli stresses the power of public engagement and broad coalitions to secure funding, defend protections, and keep national parks functioning as living classrooms where people can experience and learn from healthy waters.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 12/3/25 | ![]() Keeping the Motor Running: Inside Wastewater’s Hidden Powertrain | Wastewater treatment plants rely on nonstop mechanical power to keep water moving, oxygen flowing, and critical equipment turning—and the systems behind that power are the focus of this episode. Dave Zimmerman of Dodge Industrial breaks down how gearboxes, bearings, motors, and couplings form the “powertrain” that drives nearly every major process in a treatment plant.Zimmerman explains how these components support pumps, aeration basins, clarifiers, bar screens, screw conveyors, and oxidation ditches—operating 24/7 under punishing conditions of moisture, grit, vibration, and load. He highlights how smart mechanical design can cut energy consumption by 7–10 percent, a major opportunity for utilities facing some of the highest electricity bills in municipal government.As the water workforce shrinks, Zimmerman outlines how pre-engineered, easy-to-install components reduce maintenance complexity and keep equipment online longer. Lessons from heavy industries like mining and aggregates—where shock loads and extreme stress are the norm—are shaping tougher, more durable systems for wastewater plants. The conversation also explores emerging technologies such as sensors, real-time monitoring, and predictive maintenance tools that help operators understand equipment health and prevent catastrophic failures before they happen.Learn more about Dodge Industrial.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 12/1/25 | ![]() Community at Center of Central Coast Recycling | The Golden State of Reuse | California’s Central Coast is turning recycled water into a lifeline for rivers, golf courses, farms, and coastal communities—showing how reuse can work far beyond the big cities.In this episode, Nick Becker of Pebble Beach Community Services District, Alison Imamura of Monterey One Water, and Melanie Mow Schumacher of Soquel Creek Water District share how their communities are rethinking every drop.At Pebble Beach, Becker explains how drought in the 1980s pushed local leaders to build one of the first systems that uses recycled water to irrigate seven world-class golf courses and a high school—later upgraded with microfiltration, reverse osmosis, and a 115-million-gallon reservoir so the system can bank winter water for dry summers.Imamura describes how Pure Water Monterey takes a holistic approach, blending municipal wastewater, urban stormwater, industrial flows, and agricultural drainage into advanced treatment that both supplies 12,000 acres of farmland and returns purified water to the groundwater basin—cutting diversions from the Carmel River and protecting endangered species.Schumacher shows how the small-but-mighty Soquel Creek Water District is fighting seawater intrusion and an overdrafted aquifer with Pure Water Soquel, an advanced purification project that turns wastewater into a high-quality groundwater recharge supply backed by strong public outreach, regional partnerships, and creative funding through state and federal programs.This episode is part of The Golden State of Reuse, a series exploring the past, present, and future of water recycling across California.The series is a collaboration with WateReuse California and sponsored by CDM Smith. The series is also supported by the Sacramento Area Sewer District, Black & Veatch, and Monterey One Water.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 11/24/25 | ![]() Sewer Corrosion Explained: The Problem Eating Infrastructure Alive | Hydrogen sulfide is the invisible gas quietly eating away at sewer systems—driving odor complaints aboveground and concrete failure below. In this episode of Inside Infrastructure, Kerry Koressel of IPEX explains how H₂S forms inside collection systems, why splashing and drops inside manholes turn it into a corrosive, dangerous gas, and how it can silently destroy manholes, pipes, and metal components over time. He breaks down the real costs for municipalities, from emergency repairs and bypass pumping to business impacts when odors reach streets and downtowns.The conversation explores why these problems persist despite decades of awareness, including limited budgets, competing priorities, and the sheer scale of sewer networks. Koressel also discusses how better hydraulic design, improved materials, and oxygen-boosting strategies can suppress odors, reduce corrosion, and send “better sewage” downstream. Together, these approaches point toward a more sustainable, lower-maintenance future for collection systems under growing environmental and financial pressure.Learn more about solutions from Ipex.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 11/21/25 | ![]() Mobilizing People Power For Great Lakes Parks | Communities across the Midwest are navigating a complex mix of water challenges—from affordability to agricultural pollution to protecting iconic national parks—and the policies shaping those outcomes. In this episode, Crystal Davis, Senior Midwest Regional Director for the National Parks Conservation Association, discusses how regional advocacy, coalition building, and community-driven organizing are advancing solutions across 11 states and 53 park sites. She highlights efforts to strengthen park funding, reauthorize the Great Lakes Restoration Initiative, and address pollution pressures in places like Lake Erie. Davis also explains how the Midwest is building multi-sector coalitions to push for equitable access to water and nature, elevating voices typically excluded from environmental decision-making. She shares lessons from Healing Our Waters, a 180-member coalition driving federal and state reforms, and outlines why authentic engagement—not box-checking—is essential for lasting progress. Her work underscores how unified advocacy across communities, businesses, tribes, and frontline organizations is shaping a more equitable and resilient future for parks and water in the Great Lakes region.This episode is part of the Color of Water series, a collaboration with the Water Hub. waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
| 11/19/25 | ![]() Ending Sewer Odors: A New Era Of Solutions | Odor control and overflow prevention are critical yet often overlooked challenges for wastewater utilities — especially as urban areas expand and climate impacts intensify.In this episode of Inside Infrastructure, Ryan Powers of the Wager Company explains how a family company that started in marine ventilation is now helping communities solve complex sewer problems on land. He discusses why traditional chemical and carbon-based systems are costly, maintenance-heavy, and environmentally burdensome ways to fight the problems. Powers also highlights the benefits of passive, low-maintenance designs that eliminate odors and prevent inflow and overflow without electricity or chemicals.Learn more about Wager.waterloop is a nonprofit news outlet exploring solutions for water sustainability. | — | ||||||
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