The City of Holyoke, Mass., recently approved a 10-year partnership agreement with Veolia to operate and upgrade the municipal wastewater treatment plant on the banks of the Connecticut River with AI-enabled Hubgrade technology. As the first city in the northeast United States using the Hubgrade digital platform for wastewater treatment, Holyoke will benefit from Veolia's AI-enabled predictive technology, robotics, digital twins and 3D virtual reality systems to analyze system performance. The team can use Hubgrade’s insights to reduce energy consumption, chemical use and asset maintenance costs, while extending the useful life of expensive equipment. The Holyoke Wastewater Treatment Plant is capable of processing up to 17.5 million gallons of wastewater per day, currently serving 40,000 homes and businesses in Western Massachusetts with capacity for growth. Learn more at https://lnkd.in/exQVRhq9
Holyoke, Mass., partners with Veolia for AI-enabled wastewater treatment
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The City of Holyoke has renewed its partnership with Veolia through 2035 to operate its wastewater treatment plant serving 40,000 homes and businesses. Holyoke will be the first northeastern U.S. city to implement Veolia's Hubgrade AI platform, driving improvements in energy efficiency, asset management and environmental performance. Proud to see innovation meeting environmental stewardship in Western Massachusetts.
The City of Holyoke, Mass., recently approved a 10-year partnership agreement with Veolia to operate and upgrade the municipal wastewater treatment plant on the banks of the Connecticut River with AI-enabled Hubgrade technology. As the first city in the northeast United States using the Hubgrade digital platform for wastewater treatment, Holyoke will benefit from Veolia's AI-enabled predictive technology, robotics, digital twins and 3D virtual reality systems to analyze system performance. The team can use Hubgrade’s insights to reduce energy consumption, chemical use and asset maintenance costs, while extending the useful life of expensive equipment. The Holyoke Wastewater Treatment Plant is capable of processing up to 17.5 million gallons of wastewater per day, currently serving 40,000 homes and businesses in Western Massachusetts with capacity for growth. Learn more at https://lnkd.in/exQVRhq9
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The City of Holyoke has renewed its partnership with Veolia through 2035 to operate its wastewater treatment plant serving 40,000 homes and businesses. Holyoke will be the first northeastern U.S. city to implement Veolia's Hubgrade AI platform, driving improvements in energy efficiency, asset management and environmental performance. Proud to see innovation meeting environmental stewardship in Western Massachusetts.
The City of Holyoke, Mass., recently approved a 10-year partnership agreement with Veolia to operate and upgrade the municipal wastewater treatment plant on the banks of the Connecticut River with AI-enabled Hubgrade technology. As the first city in the northeast United States using the Hubgrade digital platform for wastewater treatment, Holyoke will benefit from Veolia's AI-enabled predictive technology, robotics, digital twins and 3D virtual reality systems to analyze system performance. The team can use Hubgrade’s insights to reduce energy consumption, chemical use and asset maintenance costs, while extending the useful life of expensive equipment. The Holyoke Wastewater Treatment Plant is capable of processing up to 17.5 million gallons of wastewater per day, currently serving 40,000 homes and businesses in Western Massachusetts with capacity for growth. Learn more at https://lnkd.in/exQVRhq9
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Remote areas for a long time have lacked efficient and effective material recovery, hindering #recycling opportunities with more waste ending up in landfills. Until now... Enter RECLAIM's prMRF, a portable robotic Material Recovery Facility for remote and underserved areas. Inside this facility, advanced imaging and robotic sorting technologies work in coordination to classify and sort materials with accuracy and speed. This entire facility fits neatly inside a standard shipping container and can be sent away to work anywhere in the world for waste recovery operations. Our new project video lays bare all the technologies inside the #prMRF! If you've followed our previous posts, then you're aware that we are now exploring opportunities to commercialise the prMRF, either the full system or the individual technologies involved, such as the bi-modal (RGB + HSI) waste classification technology and the low-cost robotic waste sorters (RoReWos). Our latest project video is meant for municipalities located in remote regions who are struggling to sustainably manage municipal solid waste. The prMRF might not be the panacea to all the problems of the remote regions, but it will definitely be a resolute step in recovery precious materials for recycling, thereby supporting a local circular economy for plastics. It will complement the existing capacities of municipalities, saving costs in the long run. Watch this video: https://lnkd.in/eqA6T7Zc #RECLAIMEUproject #MaterialRecovery #AI #RoboticWasteSorting #Robotics #prMRF #CircularEconomy ICS-FORTH AIMPLAS · Technological Institute of Plastics AXIA Innovation GmbH Institute of Digital Games - University of Malta Hellenic Recovery Recycling Corporation (HERRCO) SIM2 KU Leuven ISWA International Solid Waste Association Robenso IRIS Technology Solutions
RECLAIM project: Portable robotic material recovery facility for remote areas
https://www.youtube.com/
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#RENorthamerica2025 | Can a #SolarFarm be built using only robot technology? 📹 Find out at in our last interview with Built Robotics ▶️ https://lnkd.in/eJhwKcEb INFOENERGETICS was a media partner of RE+ Events North America, and we were in Las Vegas to talk to key players in the US energy transition. Built Robotics welcomed us to their booth to explain their vision of the market and the challenges facing the development of renewable energy. ➡️ For more information about the company, visit https://lnkd.in/ewwwBhSV FYI: Noah Ready-Campbell, Liza Murdoch, Andrew Liang, Jack McNamara, Shivani Torres, Carolina Hernandez, Paul Kelly, Emily Corser,
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Exploring the future of solar farm inspection with robotics & AI A recent technical collaboration between EnerView Solutions and CREDIT Technology Gateway at Dundalk Institute of Technology focused on advancing robotic inspection solutions for solar PV systems. This Enterprise Ireland funded IPP Feasibility Study explored the research and identification of autonomous robotic inspections for solar PV farms. As solar infrastructure expands, so does the need for smarter, safer, and more efficient inspection methods. This project enhances understanding of fault and defect detection in solar panels, while also identifying state-of-the-art robotic platforms for use in solar farm inspections. Read the full case study: https://lnkd.in/esay2Z29 #EUinmyregion 🇮🇪 🇪🇺 #Sustainability #Innovation #SolarEnergy #CleanTech #Robotics #AI #TechnologyGateway #Innovation #Sustainability #DkIT Regional Development Centre | Southern Regional Assembly
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🤖Robotics Saturday🤖 ❗An ice-skating robot that can also swim❗ Meet this fascinating creation from Pliant Energy Systems Inc, inspired by the graceful movement of cuttlefish. Rather than using loud propellers, it glides through the water with undulating side fins-mimicking nature’s own design. The result: silent, energy-efficient, and highly agile motion, making it a perfect fit for marine exploration and underwater research. Once again, biomimicry shows how nature’s solutions can guide groundbreaking engineering innovations.
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⚡ Powering the Future with Robotics in Construction 🌍 Picture a massive hydroelectric dam being assembled not just by humans, but by construction robots working with unmatched precision. Robotic arms weld towering steel structures, while glowing water turbines are lowered into place—all forming part of a futuristic engineering spectacle. This vision showcases how automation and sustainable energy can merge to accelerate infrastructure development, reduce risk, and push the limits of what’s possible. 👉 With innovation like this, the future of renewable power and construction technology is closer than we think. #KSL #ConstructionInnovation #FutureOfEnergy #Hydroelectric #Robotics #SustainableEngineering #Infrastructure
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Behind the scenes at The Battery Show — the perfect backdrop for filming our upcoming episode of The Road Ahead on battery safety and mobility intelligence! Whether it’s chemistry, design, or integration, battery innovation happens at every layer of the mobility ecosystem. Our MobilityScience™ team has been so energized by the ideas and innovations on display at the show! Stay tuned for episode six, where we’ll unpack what we saw, the Dow innovations we think are answering the biggest questions in battery and key takeaways on the future of vehicle electrification. Ryan Smith | Jeroen Bello | #TheBatteryShow #BatteryShow
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How do you grow a subsea technology company in today’s energy landscape?📈 Verlume's Richard Knox speaks with Energy Voice's Erikka Askeland about how partnerships and innovation are at the heart of the strategy. Together with Kraken Robotics, Verlume is developing subsea intelligence applications with global potential. 🎧 Listen to the full episode here: https://lnkd.in/ev2jYsy2
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The need for clean energy is ramping up, so how do we meet demands? In a segment on CNBC, Tom Yeshurun, Civ Robotics Co-Founder and CEO, shares how robotics is helping to construct solar infrastructure faster and more efficiently. “[Field engineers] might be able to do 250-350 pile marks per day, with the CivDot robot, we’re able to do about 1250 a day,” shares Bechtel Corporation Principal Vice President Kelley Brown. Check out the bots’ light-speed work: https://lnkd.in/gDpHkx_N
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