Aquaria

Texas is facing a growing water crisis. With rising droughts and increasing demand, the need for sustainable solutions has never been greater. But what if the answer has been above us all along—literally in the air? With 39 million billion gallons of water in the atmosphere, atmospheric water generation (AWG) technology captures and transforms humidity into clean drinking water, mimicking the natural process of dew formation. Of course, like any technology, AWG has its nuances. Yet, as Texas expands its water infrastructure, solutions like these could complement traditional water sources, increasing resilience in the face of climate change. As conversations around Texas’ water security evolve, we’re excited to contribute to the discussion and demonstrate how our technology can help communities build a more sustainable future. Thanks to KXAN for featuring us! https://lnkd.in/gKDwnjkJ #water #texas #watersecurity

Water from air? Sounds like science fiction. But it’s real, and it’s scalable. Atmospheric Water Generation (AWG) isn’t a new concept, but it’s one that many still don’t fully understand. When our CEO, Brian Sheng, explored the future of water technology, he considered everything—desalination, cloud seeding, even deep-sea solutions. What he found out was that most of these required massive capital and years of development. The one technology that could scale quickly and impact communities right now was AWG. That’s why we’re building a future where clean water doesn’t have to come from overburdened groundwater systems, aging pipes, or costly infrastructure projects. Instead, it can come from something that’s all around us—the air! ?? to the full episode of the Funded podcast; big thanks to Adamant & Jason Yeh for featuring us! https://lnkd.in/gDqNTPCe #water #waterinnovation #sustainability #cleantech

#ICYMI --Water access is becoming one of the biggest challenges for growing cities like Corpus Christi. With demand outpacing supply, the city is now drilling new groundwater wells along the Nueces River—but even with this effort and the upcoming Mary Rhodes Pipeline, it still won’t be enough. What’s the future of water access in new communities? Traditional water solutions often require expensive drilling ($50K-$60K per well in Texas) or complex plumbing setups, making them impractical for many developments. Innovative atmospheric water generators like Aquaria’s Hydropack generates clean, drinkable water straight from the air—a high-volume, self-sustaining, and off-grid-compatible solution. As cities struggle to secure long-term water access, the need for independent, scalable solutions has never been greater. ?? Learn more about self-sustaining water solutions for your developments: https://lnkd.in/g9jH2YZY #water #watersecurity #realestate #development

In Central, South, Northeast, and East of Texas, droughts are drying up wells and aquifers. Communities across the U.S. are struggling with poor-quality municipal water. Millions of Americans can’t count on clean drinking water. It’s a growing crisis. But what if you could pull water straight from the air? On John Koetsier's TechFirst podcast a while back, our CEO --Brian Sheng, explains how Aquaria's atmospheric water generators (AWGs) work—machines that turn humidity into fresh, clean water. No wells. No pipes. Just air. For real estate developers and homebuilders, this means: ? Reliable water access even in areas with failing infrastructure ? Off-grid independence for homes in drought-prone regions ? Future-proofing against increasing water restrictions ?? Listen to the full conversation here: https://lnkd.in/g-dB5fmY

Few weeks ago, residents of Vandiver, Alabama, lost access to their private well water after drilling for fiber cables caused underground water to spill out uncontrollably. Eight wells have run dry, and the number is expected to grow as the water table keeps dropping. This isn’t just a temporary inconvenience—it’s a reminder that water access isn’t guaranteed, even in well-established communities. And residents of Vandiver worry about something much bigger—permanent damage to their aquifer. This raises serious questions: ??How do we secure reliable water sources for future developments? ??What happens when wells can no longer provide enough water? ??How can we create homes and communities with water security in mind? Water security is just as critical as power and infrastructure. We can’t undo what’s happening in Vandiver, but we can rethink how we design water access for homes, businesses, and communities moving forward. What are your thoughts? Drop a comment ?? #watersecurity #water #climatetech #sustainability

What if water shortages were no longer a concern? We revolutionized energy with solar. Now, we need to do the same with water. Imagine communities where: ?? Homes and buildings generate their own water, independent of aging infrastructure ?? Smart leak detection stops waste before it happens ?? Water trucking and deep well drilling are things of the past ?? Greywater recycling is standard, reducing waste by 50% or more ?? Every home has a water generator unit, pulling water from the air—just like solar panels harness the sun This isn’t a futuristic dream—it’s the direction we need to move toward. But today, most developments still rely on centralized water systems that are vulnerable to leaks, contamination, and supply disruptions. We’re making this shift possible with scalable atmospheric water generators—like Aquaria Hydropack. Just like solar changed how we think about power, it's time for water tech to evolve too. If you want to see how this works, check out our clip from KXAN ?? #water #watersecurity #sustainability #texas

We have the technology. We have the water—everywhere. Oceans, ice caps, the atmosphere. And yet, billions still lack reliable access to clean water. Why? In a recent conversation with The Global Innovators in Business Network, our CEO, Brian Sheng, explored this paradox. We already have ways to clean water, like desalination and filtration, but they haven’t solved the problem completely. Here’s why: ?? Water isn’t where we need it. Some places have plenty, while others barely have enough to drink. ?? Aging pipes in many cities are breaking down, leaching lead and other harmful substances into the water supply. At the same time, factories and industries are dumping waste into rivers and lakes, making once-clean water dangerous to drink.? ?? Getting clean water to people is expensive and complicated. Turning seawater into drinking water or building pipelines costs a lot and takes time. These challenges are why we need new solutions—ones that bring clean water directly to the people who need it most. The real question isn’t where to find water, but how to make it accessible, scalable, and clean. ?? Listen to the full conversation here: https://lnkd.in/guAFhtNk #climatetech #water #watersecurity

#ICYMI -- Farmers and residents in Johnson County, Texas, are facing a nightmare: well water contaminated with hundreds of times the safe limit of PFAS, a toxic chemical linked to serious health risks. The source? Biosolids—fertilizers meant to enrich the soil but instead spreading contamination through drinking water, livestock, and crops. This raises an urgent question: ?????? ???????????? ???? ???????? ?????????? ????????????? With groundwater contamination on the rise and aging infrastructure struggling to keep up, reliance on traditional sources is riskier than ever. There’s another way. Atmospheric Water Generation (AWG) extracts clean, safe drinking water straight from the air, independent of municipal systems or groundwater sources. It’s not just a backup—it’s a future-proof water solution that bypasses contamination risks altogether. As we rethink sustainability in home and community development, shouldn’t water security be a top priority? What steps are you taking to secure water access in your projects? ?? Pictured here: our Hydropack at our Texas show site. #water #watersecurity #texas

We’ve all heard the saying in below image. The same goes for water. If we could go back 20 years, we’d do things differently. We’d rethink water policies. We’d invest in infrastructure that conserves rather than depletes. We’d prepare for the droughts that are now hitting harder and lasting longer. Truth is, we can’t go back. What we can do is act now. Across the U.S., aquifers are drying up, reservoirs are shrinking, and water restrictions are becoming the new norm. The signs have been there for years—yet many communities are still relying on outdated water systems that weren’t built for the reality we face today. Waiting isn’t an option anymore. Future-proofing our water supply starts now—with smarter conservation, better technology, and more resilient infrastructure. If we don’t take action today, 20 years from now, we’ll wish we had. What’s one thing you think needs to change about how we manage water in the U.S.? Let's discuss in the comment?? #water #watersecurity #sustainability

Texas is running out of water. For decades, we’ve relied on our aquifers—vast underground reservoirs that have supplied water to millions. But in places like West Texas, those aquifers are drying up fast. Brian Schewe is facing this reality firsthand. His county has already restricted well water usage to conserve what little remains. And he’s not alone. Across the state, we’re seeing the same story unfold: wells going dry, reservoirs shrinking, and water uncertainty growing. It’s time to rethink water security. Not next year. Not when it’s too late. Now. What’s your plan for securing your water supply? #texas #water #watersecurity