Veolia Water Technologies & Solutions’ Post

Electrodeionization (EDI) technology is a highly effective method for removing ions and other impurities from water. This video delves into the intricacies of EDI, explaning how it works, continuously producing high purity and ultra pure water required in various industries such as microelectronics & semiconductor, photovoltaic and green hydrogen applications. Learn more about Veolia's E-Cell EDI technology and its benefits over conventional mixed bed watching this educational video: https://bit.ly/4eFCGlR #E-Cell #electrodeionization #sustainablesolutions

The future of chemical synthesis with ThalesNano Inc. H-Cube® Pro! Say goodbye to hydrogen cylinders and hello to on-demand hydrogen generation. With adjustable hydrogen amounts, active cooling, and user-friendly software, it's the ultimate solution for safe and efficient hydrogenation in continuous flow. #ChemicalSynthesis #HChemistry #Innovation #Hydrogenation #LabSafety #ContinuousFlow #ResearchTools #Catalysis #ChemistryLab #ScientificAdvancements

In November Advanced Ionics was noted as a next generation electrolyzer technology in Clean Air Task Force's report, Solid Oxide Electrolysis: A Technology Status Assessment. 👉 "Up-and-coming company Advanced Ionics claims to have created a hybrid design which conducts oxygen ions between electrodes but does not feature a brittle ceramic membrane. This innovation allows the electrolyzer to operate at a lower temperature range than with a conventional solid oxide. This is important because most industrial facilities operate at temperatures well below the range needed for conventional SOEC operation.” 👈 ✅ Lower Operating Temperature ✅  Lower Cost ✅  Higher Efficiency Read the full Report: https://lnkd.in/eeufdQyi #electrolyzer #greenhydrogen #cleantech #netzeroindustry #cleaninvestment #AdvancedIonics

Looking back at the recognitions of Advanced Ionics in 2023, see page 24 of the Clean Air Task Force report. Our Symbion electrolyzer is highlighted under the heading "Novel ionically conductive materials". The figure below that text shows some examples of heat integration at lower steam temperatures, which enhance our value proposition. The reason the report says is that "Lower operating temperature translates into less thermal stress, all the while improving the efficiency of integration with an external source of low-temperature process heat. This is important because most industrial facilities operate at temperatures well below the range needed for conventional SOEC operation (Figure 20)." https://lnkd.in/gaHVxh3K

Semiconductor fabs face many challenges and risks associated with off-site supply of raw material. Diversified Fluid Solutions' integrated NH4OH on-site chemical generation technology offers dramatic reductions in shipping and material handling for its customers. Find out how on-site generation of ultra-pure ammonium hydroxide can reduce environmental impact for a smarter, safer, more sustainable and more resilient semiconductor chemical supply: https://hubs.ly/Q02vjGNB0 #facilitysafety #safetyfirst

#ICYMI: Our latest press release unveiled three cutting-edge membrane technologies designed to revolutionize water treatment applications. Here’s a quick recap: 1️⃣ FEDI® GIGA High Flow Electrodeionization Technology FEDI GIGA sets a new standard in electrodeionization tech, offering high-purity water while minimizing space requirements. Ideal for industries like semiconductors, power, and refining, this tech removes hardness, silica, and boron efficiently while being environmentally friendly. 2️⃣ EnviQ® RF Submerged Ultrafiltration Membrane Technology EnviQ RF is designed to enhance membrane bioreactor facility operations. Its durable design ensures consistent, high-quality filtration, perfect for challenging wastewater applications, all while being compact and adaptable. 3️⃣ Q-SEP® Q-Connect Outside-In Ultrafiltration Modules Series Q-SEP Q-Connect offers a pre-engineered outside-in ultrafiltration rack solution that’s versatile, space-efficient, and meets diverse water treatment needs. Perfect for industrial and municipal applications requiring ultrafiltration-quality water. These innovations reinforce our commitment to delivering top-notch solutions across various water treatment applications, from industrial processes to potable water production and more. Learn more: https://hubs.ly/Q02dS6Jf0.

New initiative: the “Membranes vs.” series of videos. Membrane-based technologies are briefly compared with the classical processes, with the first two in the series now available to view via The MBR Site. https://lnkd.in/eeg3f4-U

Science-backed efficiency starts here. Our Real-Time Separator uses patented separation technology to completely force gas out of the liquid phase in real-time. Explore how it works: https://hubs.li/Q02QX7Dy0 #SeparaInnovation #RealTimeSeparation #EnergyEfficiency

🧐💡 Discover how METTLER TOLEDO's reliable in-line measurement solutions can help you overcome challenges and achieve greater efficiency and recovery in your Li-ion battery recycling process. In this application note, we examine the hydromet process for #Li-ion battery recycling and the importance of tight #pH and #ORP control for maximizing recovery. We also explore the challenges of in-line #pH and ORP measurement due to the presence of corrosive hydrofluoric acid in the process. 🧑🔬 Read it today! 🔔 #BatteryRecycling #In-linepH #Li-ion https://okt.to/EDvclP

Our work on digitalization of (electro)catalysis continues, with yadg-5.1 released last week (https://lnkd.in/dkXKrtRp) with many new features, including better support for formats used in chromatography and electrochemistry. The power of standardised data processing is best illustrated by example: without reliable, robust, and reproducible data pipelines, processing of data obtained in Alessandro Senocrate's parallel electrocatalysis set-up at Empa would take much longer and be significantly more error-prone. For more details, see our recent publication led by Alessandro Senocrate, also including Francesco Bernasconi and Corsin Battaglia: https://lnkd.in/gvkidGP9