ENGINEERING Energy
@engenergy.bsky.social
ENGINEERING Energy (formerly Frontiers in Energy) is an international journal presenting frontiers, innovation, and interdisciplinary energy research.
Non-toxic, high cetane number, smoke-free combustion — could DME power the future of maritime transport? 👀
Researchers highlight dimethyl ether as a promising green fuel for marine engines.
🔗 Read the full article: rdcu.be/eWQ1e
#MarineEnergy #GreenShipping #CleanFuels #DimethylEther #NetZero
Researchers highlight dimethyl ether as a promising green fuel for marine engines.
🔗 Read the full article: rdcu.be/eWQ1e
#MarineEnergy #GreenShipping #CleanFuels #DimethylEther #NetZero
December 30, 2025 at 5:41 AM
Non-toxic, high cetane number, smoke-free combustion — could DME power the future of maritime transport? 👀
Researchers highlight dimethyl ether as a promising green fuel for marine engines.
🔗 Read the full article: rdcu.be/eWQ1e
#MarineEnergy #GreenShipping #CleanFuels #DimethylEther #NetZero
Researchers highlight dimethyl ether as a promising green fuel for marine engines.
🔗 Read the full article: rdcu.be/eWQ1e
#MarineEnergy #GreenShipping #CleanFuels #DimethylEther #NetZero
🔋🚀 How can aqueous zinc-ion #batteries store more energy without sacrificing safety?
Researchers developed formamide-engineered VOPO₄ cathodes with expanded ion pathways, enabling ultra-high volumetric capacity even at practically high mass loadings.
👉https://rdcu.be/eWnld #Electrochemistry
Researchers developed formamide-engineered VOPO₄ cathodes with expanded ion pathways, enabling ultra-high volumetric capacity even at practically high mass loadings.
👉https://rdcu.be/eWnld #Electrochemistry
December 26, 2025 at 7:35 AM
🔋🚀 How can aqueous zinc-ion #batteries store more energy without sacrificing safety?
Researchers developed formamide-engineered VOPO₄ cathodes with expanded ion pathways, enabling ultra-high volumetric capacity even at practically high mass loadings.
👉https://rdcu.be/eWnld #Electrochemistry
Researchers developed formamide-engineered VOPO₄ cathodes with expanded ion pathways, enabling ultra-high volumetric capacity even at practically high mass loadings.
👉https://rdcu.be/eWnld #Electrochemistry
⚡🔋 Researchers designed a smart MXene–Co₃O₄ composite cathode that traps lithium polysulfides and speeds up sulfur redox reactions—delivering high rate performance and long cycle life in Li–S batteries.
👉 Read:https://rdcu.be/eWgzf
#Batter #EnergyStorage #Electrocatalysis
👉 Read:https://rdcu.be/eWgzf
#Batter #EnergyStorage #Electrocatalysis
December 25, 2025 at 6:53 AM
⚡🔋 Researchers designed a smart MXene–Co₃O₄ composite cathode that traps lithium polysulfides and speeds up sulfur redox reactions—delivering high rate performance and long cycle life in Li–S batteries.
👉 Read:https://rdcu.be/eWgzf
#Batter #EnergyStorage #Electrocatalysis
👉 Read:https://rdcu.be/eWgzf
#Batter #EnergyStorage #Electrocatalysis
✨ Turning CO₂ from air into fuels and chemicals
This review explores Integrated Direct Air Capture & Utilization—capturing CO₂ from ambient air and converting it in situ using dual-functional materials.
👉 rdcu.be/eVYdI
#Catalysis #CarbonNeutral
This review explores Integrated Direct Air Capture & Utilization—capturing CO₂ from ambient air and converting it in situ using dual-functional materials.
👉 rdcu.be/eVYdI
#Catalysis #CarbonNeutral
December 23, 2025 at 7:32 AM
✨ Turning CO₂ from air into fuels and chemicals
This review explores Integrated Direct Air Capture & Utilization—capturing CO₂ from ambient air and converting it in situ using dual-functional materials.
👉 rdcu.be/eVYdI
#Catalysis #CarbonNeutral
This review explores Integrated Direct Air Capture & Utilization—capturing CO₂ from ambient air and converting it in situ using dual-functional materials.
👉 rdcu.be/eVYdI
#Catalysis #CarbonNeutral
🔬 New review in Frontiers in Energy: Mesoporous carbon materials: Synthesis and applications in PEMFCs!
High-surface-area carbons with 2–50 nm pores boost fuel-cell power, slash O₂ resistance & Pt loading.
Free Read: rdcu.be/exiU3
#FuelCell #GreenEnergy
High-surface-area carbons with 2–50 nm pores boost fuel-cell power, slash O₂ resistance & Pt loading.
Free Read: rdcu.be/exiU3
#FuelCell #GreenEnergy
December 16, 2025 at 6:57 AM
🔬 New review in Frontiers in Energy: Mesoporous carbon materials: Synthesis and applications in PEMFCs!
High-surface-area carbons with 2–50 nm pores boost fuel-cell power, slash O₂ resistance & Pt loading.
Free Read: rdcu.be/exiU3
#FuelCell #GreenEnergy
High-surface-area carbons with 2–50 nm pores boost fuel-cell power, slash O₂ resistance & Pt loading.
Free Read: rdcu.be/exiU3
#FuelCell #GreenEnergy
🔬 Researchers summarize how dielectric-barrier-discharge #plasma enables low-temperature, atmospheric-pressure #ammonia synthesis—a promising route for green ammonia production and hydrogen/electricity storage.
Read it: rdcu.be/eTY2b
#RenewableEnergy #EnergyStorage
Read it: rdcu.be/eTY2b
#RenewableEnergy #EnergyStorage
December 10, 2025 at 7:39 AM
🔬 Researchers summarize how dielectric-barrier-discharge #plasma enables low-temperature, atmospheric-pressure #ammonia synthesis—a promising route for green ammonia production and hydrogen/electricity storage.
Read it: rdcu.be/eTY2b
#RenewableEnergy #EnergyStorage
Read it: rdcu.be/eTY2b
#RenewableEnergy #EnergyStorage
📢 New in Frontiers in Energy!
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
December 9, 2025 at 6:31 AM
📢 New in Frontiers in Energy!
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
📢 New in Frontiers in Energy!
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
December 9, 2025 at 6:30 AM
📢 New in Frontiers in Energy!
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
A smart composite electrode boosts methane conversion, enabling high C₂ yield and 80% selectivity at 850 °C 🔥—a step toward cleaner methane use and low-carbon energy 🌱.
🔗 rdcu.be/eTMAs
#EOCM #SOEC #Catalysis #MethaneConversion #Energy
A new study finds a smart way to make sodium-ion batteries last longer and charge faster by stabilizing their internal structure with aluminum! This helps keep sodium moving smoothly and boosts performance even at high current.
Read it: rdcu.be/eTBa3
#Battery #Energy
Read it: rdcu.be/eTBa3
#Battery #Energy
December 8, 2025 at 5:46 AM
A new study finds a smart way to make sodium-ion batteries last longer and charge faster by stabilizing their internal structure with aluminum! This helps keep sodium moving smoothly and boosts performance even at high current.
Read it: rdcu.be/eTBa3
#Battery #Energy
Read it: rdcu.be/eTBa3
#Battery #Energy
Researchers anchored ultrasmall Pd nanoparticles on zirconium phosphate (Zr₃(PO₄)₄), achieving 92.1% Faradaic efficiency for ethanol in CO₂RR.
🎥 Watch the video to learn more & explore the paper here: rdcu.be/eTeUP
#CO2RR #Electrocatalysis #CarbonNeutrality #Ethanol #EnergyTransition
🎥 Watch the video to learn more & explore the paper here: rdcu.be/eTeUP
#CO2RR #Electrocatalysis #CarbonNeutrality #Ethanol #EnergyTransition
December 5, 2025 at 6:01 AM
Researchers anchored ultrasmall Pd nanoparticles on zirconium phosphate (Zr₃(PO₄)₄), achieving 92.1% Faradaic efficiency for ethanol in CO₂RR.
🎥 Watch the video to learn more & explore the paper here: rdcu.be/eTeUP
#CO2RR #Electrocatalysis #CarbonNeutrality #Ethanol #EnergyTransition
🎥 Watch the video to learn more & explore the paper here: rdcu.be/eTeUP
#CO2RR #Electrocatalysis #CarbonNeutrality #Ethanol #EnergyTransition
🍃 Anchoring Pd nanoparticles on zirconium phosphate boosts CO₂ electroreduction, achieving 92.1% Faradaic efficiency for ethanol at −0.8 V! A step toward greener fuel production.
Free Read: rdcu.be/eFIZ9
#Electrocatalysis #CleanEnergy
Free Read: rdcu.be/eFIZ9
#Electrocatalysis #CleanEnergy
November 28, 2025 at 5:58 AM
🍃 Anchoring Pd nanoparticles on zirconium phosphate boosts CO₂ electroreduction, achieving 92.1% Faradaic efficiency for ethanol at −0.8 V! A step toward greener fuel production.
Free Read: rdcu.be/eFIZ9
#Electrocatalysis #CleanEnergy
Free Read: rdcu.be/eFIZ9
#Electrocatalysis #CleanEnergy
Researchers engineered a composite LSM/Ce-Mn-W@GDC electrode that stabilizes reactive oxygen species for efficient electrochemical methane coupling to C₂ products under SOEC conditions — achieving up to 80.3% selectivity.
🔗 rdcu.be/eRYOo
#CarbonNeutrality #Catalysis
🔗 rdcu.be/eRYOo
#CarbonNeutrality #Catalysis
November 27, 2025 at 2:20 AM
Researchers engineered a composite LSM/Ce-Mn-W@GDC electrode that stabilizes reactive oxygen species for efficient electrochemical methane coupling to C₂ products under SOEC conditions — achieving up to 80.3% selectivity.
🔗 rdcu.be/eRYOo
#CarbonNeutrality #Catalysis
🔗 rdcu.be/eRYOo
#CarbonNeutrality #Catalysis
New in #EnergyCatalysis ⚡
Researchers anchored molecular Fe-phthalocyanine onto ZIF-derived Co–N–C, delivering excellent bifunctional ORR/OER performance and powering durable #ZincAirBatteries 💡
🔗https://rdcu.be/eRr99
Researchers anchored molecular Fe-phthalocyanine onto ZIF-derived Co–N–C, delivering excellent bifunctional ORR/OER performance and powering durable #ZincAirBatteries 💡
🔗https://rdcu.be/eRr99
November 24, 2025 at 6:55 AM
New in #EnergyCatalysis ⚡
Researchers anchored molecular Fe-phthalocyanine onto ZIF-derived Co–N–C, delivering excellent bifunctional ORR/OER performance and powering durable #ZincAirBatteries 💡
🔗https://rdcu.be/eRr99
Researchers anchored molecular Fe-phthalocyanine onto ZIF-derived Co–N–C, delivering excellent bifunctional ORR/OER performance and powering durable #ZincAirBatteries 💡
🔗https://rdcu.be/eRr99
☀️A multi-interface engineered PtSe₂/ZnSe/TiO₂ nanotube photoanode achieves ~6× higher photocurrent for solar-assisted water oxidation
·Dual type-II heterojunctions
·Enhanced light harvesting & charge separation
·Improved PEC stability🔗https://rdcu.be/eQQx8
#Hydrogen #Solar
·Dual type-II heterojunctions
·Enhanced light harvesting & charge separation
·Improved PEC stability🔗https://rdcu.be/eQQx8
#Hydrogen #Solar
November 20, 2025 at 3:06 AM
☀️A multi-interface engineered PtSe₂/ZnSe/TiO₂ nanotube photoanode achieves ~6× higher photocurrent for solar-assisted water oxidation
·Dual type-II heterojunctions
·Enhanced light harvesting & charge separation
·Improved PEC stability🔗https://rdcu.be/eQQx8
#Hydrogen #Solar
·Dual type-II heterojunctions
·Enhanced light harvesting & charge separation
·Improved PEC stability🔗https://rdcu.be/eQQx8
#Hydrogen #Solar
November 20, 2025 at 3:06 AM
🚀 Researchers engineer formamide-intercalated VOPO₄ nanosheet cathodes with expanded ion pathways.
🔹 Volumetric capacity: 733 mAh/cm³
🔹 High mass loading: up to 20 mg/cm²
🔹 Long-term stability: 82.1% retention after 1000 cycles
🔗 Read more: rdcu.be/eQeXA
#EnergyStorage #Battery
🔹 Volumetric capacity: 733 mAh/cm³
🔹 High mass loading: up to 20 mg/cm²
🔹 Long-term stability: 82.1% retention after 1000 cycles
🔗 Read more: rdcu.be/eQeXA
#EnergyStorage #Battery
November 17, 2025 at 2:39 AM
🚀 Researchers engineer formamide-intercalated VOPO₄ nanosheet cathodes with expanded ion pathways.
🔹 Volumetric capacity: 733 mAh/cm³
🔹 High mass loading: up to 20 mg/cm²
🔹 Long-term stability: 82.1% retention after 1000 cycles
🔗 Read more: rdcu.be/eQeXA
#EnergyStorage #Battery
🔹 Volumetric capacity: 733 mAh/cm³
🔹 High mass loading: up to 20 mg/cm²
🔹 Long-term stability: 82.1% retention after 1000 cycles
🔗 Read more: rdcu.be/eQeXA
#EnergyStorage #Battery
Bird-skeleton-inspired 3D hollow diamond foam greatly boosts PEG-based PCMs, achieving 378%↑ thermal conductivity and 86.5% photothermal efficiency for solar-thermal storage and electronics cooling.
🔗 rdcu.be/ePP3Y
#ThermalManagement #SolarEnergy #EnergyMaterials #FrontiersInEnergy
🔗 rdcu.be/ePP3Y
#ThermalManagement #SolarEnergy #EnergyMaterials #FrontiersInEnergy
November 14, 2025 at 5:49 AM
Bird-skeleton-inspired 3D hollow diamond foam greatly boosts PEG-based PCMs, achieving 378%↑ thermal conductivity and 86.5% photothermal efficiency for solar-thermal storage and electronics cooling.
🔗 rdcu.be/ePP3Y
#ThermalManagement #SolarEnergy #EnergyMaterials #FrontiersInEnergy
🔗 rdcu.be/ePP3Y
#ThermalManagement #SolarEnergy #EnergyMaterials #FrontiersInEnergy
This study unveils a novel unassisted hybrid system for #Photoelectrochemical water splitting using Spectral Beam Splitting.
🎥 Watch the full video: See how this technology significantly boosts current densities and #solar utilization!
Free Read: rdcu.be/ePDJC
🎥 Watch the full video: See how this technology significantly boosts current densities and #solar utilization!
Free Read: rdcu.be/ePDJC
November 13, 2025 at 1:02 AM
This study unveils a novel unassisted hybrid system for #Photoelectrochemical water splitting using Spectral Beam Splitting.
🎥 Watch the full video: See how this technology significantly boosts current densities and #solar utilization!
Free Read: rdcu.be/ePDJC
🎥 Watch the full video: See how this technology significantly boosts current densities and #solar utilization!
Free Read: rdcu.be/ePDJC
🔥 Top 8 Global Climate & Energy Events of 2024 published! China's milestone carbon laws, G7 coal phase-out, record-high clean energy investment, and the crucial COP29 Baku Pact.
Read more:https://rdcu.be/ePfP7
#ClimateAction #EnergyTransition
Read more:https://rdcu.be/ePfP7
#ClimateAction #EnergyTransition
November 11, 2025 at 6:24 AM
🔥 Top 8 Global Climate & Energy Events of 2024 published! China's milestone carbon laws, G7 coal phase-out, record-high clean energy investment, and the crucial COP29 Baku Pact.
Read more:https://rdcu.be/ePfP7
#ClimateAction #EnergyTransition
Read more:https://rdcu.be/ePfP7
#ClimateAction #EnergyTransition
🌞 2024 saw record-breaking progress in solar tech!
Silicon, perovskite & tandem solar cells each hit new world-record efficiencies.
Researchers review the year’s top confirmed efficiencies & trends across mainstream PV techs.
🎬 rdcu.be/eOGFT
#SolarEnergy #PV
Silicon, perovskite & tandem solar cells each hit new world-record efficiencies.
Researchers review the year’s top confirmed efficiencies & trends across mainstream PV techs.
🎬 rdcu.be/eOGFT
#SolarEnergy #PV
November 7, 2025 at 2:29 AM
🌞 2024 saw record-breaking progress in solar tech!
Silicon, perovskite & tandem solar cells each hit new world-record efficiencies.
Researchers review the year’s top confirmed efficiencies & trends across mainstream PV techs.
🎬 rdcu.be/eOGFT
#SolarEnergy #PV
Silicon, perovskite & tandem solar cells each hit new world-record efficiencies.
Researchers review the year’s top confirmed efficiencies & trends across mainstream PV techs.
🎬 rdcu.be/eOGFT
#SolarEnergy #PV
Na₂FeSiO₄ as a promising cathode material for sodium-ion batteries!
This study reveals key insights into its structural properties, defect behavior, sodium-ion diffusion, and doping effects.
Learn more: rdcu.be/eOlCb
#EnergyStorage #BatteryMaterials
This study reveals key insights into its structural properties, defect behavior, sodium-ion diffusion, and doping effects.
Learn more: rdcu.be/eOlCb
#EnergyStorage #BatteryMaterials
November 5, 2025 at 6:44 AM
Na₂FeSiO₄ as a promising cathode material for sodium-ion batteries!
This study reveals key insights into its structural properties, defect behavior, sodium-ion diffusion, and doping effects.
Learn more: rdcu.be/eOlCb
#EnergyStorage #BatteryMaterials
This study reveals key insights into its structural properties, defect behavior, sodium-ion diffusion, and doping effects.
Learn more: rdcu.be/eOlCb
#EnergyStorage #BatteryMaterials
Hydrogen storage is critical for clean energy. Researchers found leverage multivalent H-bonding in HOFs, achieving 53.7 g/L volume & 9.3 wt% mass. Watch video & read more!
🔗https://rdcu.be/eNYKD
#CleanEnergy #HydrogenStorage
🔗https://rdcu.be/eNYKD
#CleanEnergy #HydrogenStorage
November 3, 2025 at 7:30 AM
Hydrogen storage is critical for clean energy. Researchers found leverage multivalent H-bonding in HOFs, achieving 53.7 g/L volume & 9.3 wt% mass. Watch video & read more!
🔗https://rdcu.be/eNYKD
#CleanEnergy #HydrogenStorage
🔗https://rdcu.be/eNYKD
#CleanEnergy #HydrogenStorage
☀️ Silicon, perovskite, and tandem devices all broke world efficiency records — with perovskite/silicon tandems reaching 34.6%.
Researchers summarize 2024’s key advances and trends in solar cell technologies.
🔗https://rdcu.be/eNbqk
#SolarEnergy #Perovskite #PV
Researchers summarize 2024’s key advances and trends in solar cell technologies.
🔗https://rdcu.be/eNbqk
#SolarEnergy #Perovskite #PV
October 29, 2025 at 1:48 AM
☀️ Silicon, perovskite, and tandem devices all broke world efficiency records — with perovskite/silicon tandems reaching 34.6%.
Researchers summarize 2024’s key advances and trends in solar cell technologies.
🔗https://rdcu.be/eNbqk
#SolarEnergy #Perovskite #PV
Researchers summarize 2024’s key advances and trends in solar cell technologies.
🔗https://rdcu.be/eNbqk
#SolarEnergy #Perovskite #PV
Green hydrogen needs more than clean energy—it needs economic viability.
Researchers created a Python-based tool using life cycle costing and Monte Carlo simulations to evaluate proton exchange membrane electrolysis costs under uncertainty.
www.eurekalert.org/news-release...
Researchers created a Python-based tool using life cycle costing and Monte Carlo simulations to evaluate proton exchange membrane electrolysis costs under uncertainty.
www.eurekalert.org/news-release...
New open-source tool quantifies uncertainty in green-hydrogen economics
A research team at Clausthal University of Technology has released the first Python-based life-cycle costing (LCC) tool that explicitly models the inherent uncertainty surrounding proton-exchange-memb...
www.eurekalert.org
October 28, 2025 at 2:33 AM
Green hydrogen needs more than clean energy—it needs economic viability.
Researchers created a Python-based tool using life cycle costing and Monte Carlo simulations to evaluate proton exchange membrane electrolysis costs under uncertainty.
www.eurekalert.org/news-release...
Researchers created a Python-based tool using life cycle costing and Monte Carlo simulations to evaluate proton exchange membrane electrolysis costs under uncertainty.
www.eurekalert.org/news-release...
🔬Nobel Laureate Steven Chu calls for a 4th Industrial Revolution powered by 100% renewable energy!
His new paper highlights key innovation pathways for a net-zero future, from advanced energy storage & CO2 utilization to the AI-energy synergy.
Read it: rdcu.be/eMsr0
His new paper highlights key innovation pathways for a net-zero future, from advanced energy storage & CO2 utilization to the AI-energy synergy.
Read it: rdcu.be/eMsr0
October 24, 2025 at 2:35 AM
🔬Nobel Laureate Steven Chu calls for a 4th Industrial Revolution powered by 100% renewable energy!
His new paper highlights key innovation pathways for a net-zero future, from advanced energy storage & CO2 utilization to the AI-energy synergy.
Read it: rdcu.be/eMsr0
His new paper highlights key innovation pathways for a net-zero future, from advanced energy storage & CO2 utilization to the AI-energy synergy.
Read it: rdcu.be/eMsr0