New in Carbon Energy V7I8: Stabilizing sulfide solid electrolyte interfaces with a Li₃InCl₆ coating on VGCF. ⚡ ASSB full cell delivers 7.7 mAh cm⁻² 0.05C and 77.9% retention over 400 cycles. 🔗 buff.ly/xZ6nQ1b #SolidStateBattery #EnergyStorage

⚡ Nb ions move in Li-ion anodes! Transition metal diffusion revealed → new path to better battery performance. 🔗 Read here：buff.ly/zQdXJFZ #LithiumIonBatteries #NbDiffusion #EnergyStorage #MaterialsScience

🔋 New in Carbon Energy V7I8: Si–air batteries with MIL MOF coatings achieve 412 h lifetime vs. 276 h for pristine Si. Corrosion & passivation effectively suppressed ✅ Read here： buff.ly/G0uoH03 #BatteryResearch #MOFs #EnergyStorage

⚡ Biomimetic carbon frame with ZnO sites delivers dendrite-free, long-life Li metal anodes! Read here： buff.ly/XSLOIok #LithiumBatteries #EnergyStorage

New in Carbon Energy V7I8 Cr³⁺ contamination from metallic bipolar plates severely damages the gas diffusion layer (GDL) in PEM fuel cells. 🔗buff.ly/o2jS0WY #PEMFC #FuelCells #CleanEnergy

⚡ Carbon Energy | New in V7I8 A stress-tolerant graphite/Si electrode boosts all-solid-state battery performance by stabilizing interfaces and enhancing Li-ion diffusion. 🔗 buff.ly/N9yabkM #ASSB #BatteryResearch #EnergyStorage

🌱 New in Carbon Energy V7I8 M-NHAM single-atom catalysts enable >80% FE H₂O₂ production via 2e⁻ WOR at low overpotentials — a step toward green, sustainable synthesis. Read here：buff.ly/WW0oOLw #CleanEnergy #H2O2 #Electrocatalysis

🌊 Boron-doped Co₂P/CoP nanosheets enable highly active, Cl-resistant seawater electrolysis, delivering 1.56 A·cm⁻² at 2.87 V with 500 h stability. Read here：buff.ly/EJ2WhDT #Hydrogen #SeawaterElectrolysis #CleanEnergy

⚡ Carbon Energy Zr-MOF membrane with pH-tuned ion channels enables dual cation/anion transport, achieving 133.5 W/m² osmotic power and record I⁻/CO₃²⁻ selectivity (~4160). 🔗 Read here: buff.ly/Zb2byQn #BlueEnergy #MOF #CleanEnergy

🎉We are exhibiting at the ISE Topical and Annual Meetings 2025! 📍 Visit us at Booth 7 💡 Explore cutting-edge carbon energy research, chat with our team, and get inspired! See you there! #WeAreCarbonEnergy #ISE2025 #Innovation #CarbonScience #Booth7

New in Carbon Energy: Review on NASICON-type solid electrolytes for solid-state metal batteries. Covers ion transport, conductivity, interface stability & future challenges. 👉 buff.ly/dwWnzA0 #SolidStateBatteries #Electrolytes #EnergyStorage #CarbonEnergy

✨ The 2025 International Society of Electrochemistry Conference was a huge success! Carbon Energy thanks everyone we met at our booth. 💡 We warmly welcome your submissions and look forward to seeing you next time! 🚀 #CarbonEnergy #ISE2025 #CarbonInnovation #CallForPapers

🚀 New in Carbon Energy! An ultrastable 1D Ti₂S electride shows exceptional durability and superior bifunctional electrocatalysis—paving the way for advanced energy conversion. Read here：buff.ly/Gws2nV8 #Electrocatalysis #EnergyConversion #CarbonEnergy

🌊 New in Carbon Energy! A conductive, ion-selective core–shell electrocatalyst has been developed to enable stable and efficient direct seawater splitting. Read here: buff.ly/knwwRCJ #GreenHydrogen #SeawaterSplitting #Electrocatalysis #SustainableEnergy #CarbonEnergy

New in Carbon Energy: Unlocking safer, faster, and more durable lithium metal batteries through uniform ion transport and dendrite-free deposition. Read here: buff.ly/TwClAIs #LithiumMetalBattery #BatteryInnovation #EnergyStorage

New in Carbon Energy: In-situ polymer coating stabilizes high-nickel cathodes in solid-state lithium batteries for safer, longer-lasting, and high-performance cycling. Read: buff.ly/5bVZPB6 #SolidStateBattery #BatteryInnovation #EnergyStorage

New in Carbon Energy: BIT researchers reveal how size effects shape failure mechanisms in silicon anodes and share strategies to boost stability and performance in lithium-ion and solid-state batteries. Read more:buff.ly/c7Darak #BatteryInnovation #EnergyStorage

🚀 New in Carbon Energy! Engineered CoMoP/C₃N₄/N-doped carbon interfaces enable efficient, low-cost overall water splitting—advancing sustainable hydrogen production. 🌱⚡ Read here：buff.ly/4u0OmN2 #HydrogenEnergy #WaterSplitting #Catalysis #CarbonEnergy

✨ New in Carbon Energy From Ohmin Kwon: Achieve 6-minute fast charging in solid-state batteries by stabilizing the lithium metal interface with site-specific Nb-doped argyrodite. Read here：buff.ly/Mr26WPK #EnergyStorage #BatteryInnovation #CarbonEnergy

🌞 New in Carbon Energy! 🌞 Carbon Energy highlights how catalyst choice drives sunlight-powered glycerol oxidation toward greener, high-value products. 🔗 Read here：buff.ly/mHyMHNh #CarbonEnergy #Catalysis #Photoelectrochemistry #Sustainability