Avivid Water Technology LLC

We just received the news that our TurboCoag® electrocoagulation reactor installed at the Naval aviation washdown facility is up and running! Our reactor is the key step in treating washdown water for this brand new aviation washing facility. We're proud to be part of the Navy's new washdown wastewater recycling and reuse facility, protecting the environment. Cheers to our team: Richard Hughes, controls engineer; Bill Cross, our COO and co-founder, Riveer and EST Companies LLC for all of their hard work getting the facility up and running.

Hydraulic fracturing (fracking) uses large volumes of water mixed with chemicals to extract oil and gas from underground rock formations. This process generates flowback and produced water, which can contain a mixture of chemicals, salts, heavy metals, and radioactive materials. Proper treatment is essential before this water can be safely reused or discharged. According to the EPA, treatment of fracking wastewater typically involves several steps: - Pretreatment: To remove suspended solids and oil. - Chemical treatment: To reduce harmful chemicals and salts. - Advanced filtration or distillation: To remove dissolved contaminants, including radioactive materials and heavy metals. - Disposal or reuse: Treated water may be reused for future fracking operations, or if adequately treated, discharged under strict regulatory permits. Regulation under the Clean Water Act (CWA) requires permits for any direct discharge into surface waters, ensuring treated fracking wastewater meets water quality standards. At Avivid we can treat even the most challenging water pollution problem with our innovative electrocoagulation solution. We've solved the problems of electrocoagulation's past and are bringing water treatment into the future. #WaterTreatment #FrackingWater #CleanWaterAct #EPA #WaterRecycling #water

Did you know the top five sources of water pollution in the U.S.? Here’s a breakdown of these sources and how the CWA addresses each: - Agricultural Runoff - Fertilizers, pesticides, and animal waste from farms wash into nearby water bodies during rainstorms, leading to nutrient pollution and harmful algal blooms. This runoff can create "dead zones" like the one in the Gulf of Mexico, where low oxygen levels make it difficult for marine life to survive. Regulation: Agricultural runoff is considered non-point source pollution and isn’t directly regulated by the CWA. The CWA's National Pollutant Discharge Elimination System (NPDES) permit regulates larger concentrated animal feeding operations (CAFOs) as point sources. - Industrial Discharges - Factories release heavy metals, chemicals, and toxic substances directly into rivers and lakes. For example, textile plants can introduce harmful dyes and solvents into the water, threatening ecosystems and drinking water supplies. Regulation: The CWA regulates industrial discharges through the NPDES permit program, which sets strict limits on pollutants that industries can release. It mandates the use of the Best Available Technology (BAT) to minimize contamination, ensuring industries monitor and report their effluent. - Urban Stormwater - Rainwater flowing over urban landscapes picks up oil, chemicals, dog waste, and trash. Urban areas experience this problem after heavy rains and stormwater carries pollutants directly into streams and rivers. Regulation: The Municipal Separate Storm Sewer System (MS4) program under the CWA requires cities and municipalities to obtain NPDES permits for their stormwater systems. - Wastewater and Sewage - Untreated or poorly treated sewage can introduce pathogens, nutrients, and chemicals into water bodies, especially when aging infrastructure leads to overflows. Many U.S. cities face this issue, contaminating local waterways with bacteria and viruses. Regulation: The CWA requires that wastewater treatment plants meet strict secondary treatment standards through NPDES permits. It also addresses sewage overflows, mandating cities to upgrade infrastructure and manage combined sewer systems to prevent untreated sewage from entering water bodies. - Plastic and Trash Pollution - Single-use plastics, bags, and other debris often make their way into rivers and oceans, breaking down into microplastics that harm marine life and enter the food chain. Regulation: Plastic pollution isn't specifically regulated under the CWA though the Act’s Total Maximum Daily Load (TMDL) program evaluates water bodies that fail to meet water quality standards, including those impacted by debris. #CleanWaterNow #WaterPollutionSolutions #AvividWater #PollutionPrevention #EcoAwareness #CWA

At Avivid Water Technology, we believe in simple math: our innovative solutions your water challenges = a cleaner, healthier future. Our advanced electrocoagulation solutions are transforming polluted water into a clean resource, one drop at a time. Visit avividwater.com to see how we can solve your water problems. #CleanWater #AvividWater #WaterSolutions #watertreatment #waterpollution

At Avivid Water Technology, we lift the weight of water pollution off your shoulders. Our TurboCoag® device powers through the toughest challenges, tackles the most stubborn pollutants, ensuring your water is cleaner, safer, and ready for use. With our cutting-edge technology and relentless commitment, we make the impossible lifts in water treatment possible. Visit avividwater.com to see how we can treat your water. #WaterPollutionSolutions #CleanWaterChampions #AvividWater #Cleanwater #watertreatment

Tracy Kessner, our Vice President of Business Operations, and Ross Byman, our Sales Executive, will be attending the WEFTEC Conference in New Orleans, LA, from October 7-9! We’re excited to have them represent Avivid Water Technology at this premier event. Mark your calendars: Tracy will be speaking on an Innovation Panel, hosted by Karen Frost of The Water Council, on October 8th at 12:00 PM MT in the Innovation Pavilion. She’ll be discussing Avivid’s cutting-edge technology and recent successes, alongside another BREW 2.0 graduate. We look forward to connecting with you all in New Orleans! #WEFTEC #Innovation #WaterTechnology #Avivid #TheWaterCouncil

The Earth's water cycle is a continuous process that powers life on our planet! Here's how it works: 1️⃣ Evaporation & Transpiration: Water from oceans, lakes, and rivers heats up, turning into water vapor and rising into the atmosphere. Plants also release water vapor through transpiration. 2️⃣ Condensation: As the water vapor rises, it cools and condenses into tiny droplets, forming clouds. This happens when warm, moist air meets cooler temperatures high in the atmosphere. ☁ 3️⃣ Precipitation: When the droplets in clouds become heavy enough, they fall back to Earth as rain, snow, sleet, or hail. This redistributes fresh water to ecosystems around the globe. 4️⃣ Runoff & Infiltration: Water collects in rivers, lakes, and oceans, or it infiltrates the ground, replenishing aquifers and groundwater supplies. This water is absorbed by plants or continues through the cycle. The water cycle regulates climate, replenishes freshwater supplies, and sustains all living organisms. 🌿🔄💦 #WaterCycle #EarthScience #Hydrology #WaterConservation #ClimateEducation #SustainableFuture #STEM

Everyone, and everything, deserves access to clean water. Clean water is essential for health, well-being, and sustainable livelihoods. Clean water ensures healthy fish populations, supports sustainable fishing practices, and protects the marine ecosystems they rely on. Without it, not only do individuals and communities suffer, but the delicate balance of aquatic life is also disrupted, threatening livelihoods and food security. By ensuring clean water for all, we protect both people and the environments that sustain them, building a healthier and more equitable world. #CleanWaterForAll #electrocoagulation #avividwater #SustainableSolutions #cleanwater #waterpollution

Landfills are more than just waste dumps—they're a source of toxic leachate, a harmful liquid formed when water passes through decomposing waste. This leachate contains hazardous substances like heavy metals, chemicals, and pathogens, which often seep into nearby waterways, putting wildlife at serious risk. When leachate infiltrates groundwater or streams, it introduces toxins that can poison fish, amphibians, and other aquatic life. Heavy metals and toxic chemicals accumulate in the tissues of animals, leading to health issues and affecting the entire food chain. Further, toxic water can degrade wetlands, rivers, and other vital habitats, disrupting ecosystems and forcing species out of their natural environments. Without proper treatment, landfill leachate can devastate local ecosystems, leading to loss of biodiversity and long-term environmental damage. At Avivid, we’re committed to developing advanced solutions like electrocoagulation to remove these harmful pollutants from water, protecting both wildlife and the environment. Learn more about our work at avividwater.com #LandfillLeachate #WaterPollution #WildlifeConservation #CleanWater #SustainableSolutions #AvividWater #EnvironmentalProtection #EcoTech

At Avivid, we’re transforming water treatment with electrocoagulation (EC)—a cutting-edge process that effectively and efficiently removes heavy metals from water while offering valuable by-products. How Electrocoagulation Works: Electrodes introduce an electric current into the water. This destabilizes suspended heavy metals (like lead, arsenic, copper, and mercury) by neutralizing their electrical charge. The heavy metals form into larger flocs or particles that are easier to separate from the water and settle to the bottom. The metal-rich particles (now in solid form) are filtered out of the water, leaving it cleaner and safer for reuse. The separated sludge from the EC process is not waste—it’s a potential resource. The metal-rich sludge can be reclaimed and mined for valuable minerals like copper, zinc, and other metals. This adds a revenue-generating opportunity to the disposal process. Sustainability Benefits: No harmful chemicals: Unlike traditional treatments, EC requires only electricity, reducing the need for chemical additives. Lower operational costs: EC is energy-efficient and requires minimal maintenance, making it cost-effective for industrial and municipal use. Electrocoagulation offers a dual benefit: cleaner water and a chance to recover valuable resources from wastewater! Learn more about how Avivid is leading innovation in water treatment at Avivid Water Technology. #WaterTechnology #Electrocoagulation #SustainableWater #HeavyMetalRecovery #CircularEconomy #AvividWater #MiningWastewater #water