🎉AGC Inc. marks the 50th anniversary of its pioneering FORBLUE FLEMION™ fluorinated ion-exchange membranes, a technology that has transformed the chlor-alkali industry. Over the past half-century, FLEMION membranes have become the cornerstone of chlor-alkali electrolysis worldwide, enabling industries to: 🔹 Boost energy efficiency 🔹 Reduce operating costs 🔹 Lower environmental impact The latest grade, the F-9060 membrane, cuts cell voltage by up to 120 mV, significantly reducing electricity consumption and CO₂ emissions in this energy-intensive process. Looking ahead, AGC is developing next-generation membranes for even greater performance, while advancing life cycle assessments and closed-loop recycling initiatives to repurpose used membranes into other fluorine-based products. ⬇️ Learn more and download the FLEMION 50th anniversary poster here: https://ow.ly/lhcg50WM8eb. #ChlorAlkali #Electrolysis #IonExchangeMembranes

A reminder about Nanobubble Technology 🫧 In conjunction with Moleaer Inc., we are now providing this technology solution for the Irish and UK wastewater sector. Moleaer aims to unlock the power of nanobubbles with their patented generator technology. We see them as a perfect technology partner for us and this marks a significant step forward in our comprehensive wastewater treatment solution portfolio. Nanobubbles can be deployed in various locations across industrial and municipal wastewater treatment plants where they break down surfactants which inhibit the effectiveness of standard treatment processes. Benefits: ⬆️Decreased energy demand in aeration steps ⬆️Increase of FOG release from effluent - a key issue for the industrial treatment market 🫧Plant stability and improved resistance to shock load ⬆️Improved TN reduction ⬇️ Reduced H2S concentrations in air leading to less work for OCU systems and environmental compliance ⬆️Improved sludge density and second stage treatment When these systems are contributing to AD plants, we are seeing: ⬆️Improved gas yield ⬇️Less toxicity If you would like to unlock the power of nanobubble technology, contact Gareth Wilson - gareth@dpswater.com for more details and put our #FluidThinking into work on your site! Find out more ➡️ https://lnkd.in/eHZ6uvzK

🚀 Happy to share our latest work published in Small Methods! We explored MOF-derived La, P-Co₃O₄ catalysts for efficient water and urea electrolysis, shedding light on surface reconstruction and boosting energy conversion. 🔬 This could pave the way for sustainable hydrogen production! Check it out here 👉 [doi/10.1002/smtd.202500938] #Electrocatalysis #Hydrogen #Sustainability #MOF #MaterialsScience #EnergyResearch

Fullerene's Role as an Efficient, Metal-free Catalyst for Clean Energy This research reveals for the first time that C60 fullerene--a molecule traditionally considered as inert support--can serve as an active catalytic site for CO2 electroreduction. https://lnkd.in/eTtxtGyS #Fullerene #Catalysis #CleanEnergy #CO2Reduction #MetalFree #GreenChemistry #SustainableTech #Nanotech #Innovation #ClimateAction #NBIC #StatNano

Biochar is the most credible, scalable CDR pathway on the market today. Over 1.3M tCO₂e credits sold—Carbon Direct’s new paper highlights why rigor matters: buyers need durability, not over-credited promises. That’s why BioEnergy Development is focused on building systems that deliver real, verifiable removals at scale. 🔗 https://lnkd.in/gWhdupDS Carbon Direct

Excited to share our new paper: “Enhancing Electrochemical CO2-to-CO Conversion in a Nonaqueous Amine-Based Electrolyte at Elevated Temperature via Pulsed Electrolysis and EDTA”, recently published in #ACSElectrochemistry. In this work, we demonstrated how pulsed electrolysis and EDTA can make CO2 conversion to CO more efficient, selective, and stable in non-aqueous MEA, especially at elevated temperature. This research contributes to advancing the integration of CO2 capture and electrochemical conversion, which is a key step toward sustainable carbon management. Thanks to my co-authors, Alex Grutter, Shilong Fu, Ruud Kortlever, Earl Goetheer, and Wiebren de Jong for making this work possible. You can read the full paper here: https://lnkd.in/e7MMKhNZ #CO2Reduction #CarbonUtilization #CO2Capture 

The Circored pilot plant, which is based on Metso’s proprietary #technology, enables continuous pre-reduction using #hydrogen as the sole reducing agent. Read More: https://ow.ly/S8hm50WVcPK #Germany

The Circored pilot plant, which is based on Metso’s proprietary #technology, enables continuous pre-reduction using #hydrogen as the sole reducing agent. Read More: https://ow.ly/S8hm50WVcPK #Germany

A new study reveals breakthroughs in extending electrolyser lifespan, a key step in advancing CO2 reduction and converting carbon dioxide into valuable chemical feedstock. Read more here: https://loom.ly/AwpVyRA #CO2Reduction #Electrolysers #CleanEnergy #CarbonCapture #Sustainability #Innovation

In water‑scarce regions, fabs are increasingly turning to high‑recovery RO systems to slash wastewater volumes and safeguard production capacity.   Our latest Insight Article shows you how high‑recovery RO systems and smart membrane choices can cut waste, reduce cost, and build resilience.    Dive into:  - What makes high‑recovery RO a game‑changer  - Key drivers in fabs' water strategies  - Tips for evaluating membrane types based on your specific stream  - Expert insight from Veolia, Saltworks Technologies: Industrial Water + Lithium, Aquatech, ROTEC - Reverse Osmosis Technologies, Hydranautics - A Nitto Group Company and two major US-based semiconductor fabs 👀    Read the full Insight Article at https://lnkd.in/eCBDHGCN to learn more   #HighRecoveryRO #WaterManagement #Semiconductor