This image from the Royal Society of Chemistry illustrates a process for creating a flexible membrane with a thickness of 140 µm and conductivity of 0.9 mS·cm⁻¹. The sequence shows a liquid being poured onto a circular template for membrane preparation, resulting in a green, latticed structure. An arrow points to a diagram of full‑cell evaluation, showing the membrane's integration with components labeled “Cathode,” “Anode,” and “Hybrid membrane.”

Better solid-state batteries via simple wet infiltration fabrication method.
A hybrid solid-state separator with fast ionic conduction and stronger interfaces for solid-state devices.
🔗 Read #openaccess: https://rsc.li/4lTvoid
#ChemSky #PoweringPossibilities #BatteryTech

This image is a flowchart by the Royal Society of Chemistry. It shows a process where unstructured data is transformed into structured data. Arrows connect structured data to "Insight" and "Reproducibility" stages featuring a neural network and a robotic arm icon, respectively.

Perovskite solar research needs better data standards.
Discover how FAIR data and shared protocols can help close the reproducibility gap and speed innovation.
🔗 Read #openaccess in EES Solar: https://rsc.li/4lV8W8E
#ChemSky #PoweringPossibilities #SolarEnergy

The image is an infographic featuring the Royal Society of Chemistry logo. It illustrates a flow from an orange hexagon labeled "Innovation" to a circle labeled "Invention." Arrows lead to a car labeled "Sustainable Development" with paths marked "Material Design" and "Engineering." There are visuals of droplets labeled "Fuel/Chemical" and a globe with green leaves.

Using quantum dots in artificial leaf devices for methane activation
Quantum dots combined with artificial leaf chemistry activates methane and couples it into C–C fuels/chemicals under light.
Read #openaccess https://rsc.li/47T3CfV
@ees-journals.rsc.org #ChemSky #PoweringPossibilities #CleanEnergy

This image is an infographic by the Royal Society of Chemistry, depicting a process involving biomass-derived chemicals. It illustrates the reduction of CO₂ into CO and CH₄ using fine chemicals. The cycle includes a sun, a factory releasing emissions, and a diagram showcasing energy conversion. The bottom left lists characteristics such as "Stable Lead-Free Perovskite" and "Highest H₂ Rate". A green checkmark and red cross indicate various conditions related to the process.

Unlocking the untapped potential of hybrid halide perovskites
A stable hybrid perovskite utilised for simultaneous CO₂ reduction and biomass oxidation in one system
#openaccess: https://rsc.li/4bBydkp
@ees-journals.rsc.org @rscadvances.rsc.org #ChemSky #PoweringPossibilities #SolarFuels #CleanEnergy

This image from the Royal Society of Chemistry shows a comparison of various battery materials. The diagram features four different material clusters: FeS₂ (Fe:V=1:0), V₂Fe₃S₄ (Fe:V=0.6), NaVO₂, and V2Fe₃S₅ (Fe:V=2:1), each with check or cross symbols indicating fast-charging, high-rate capability, and high capacity. Fe(NO₃)₃·9H₂O and S₈ are also noted. Central to the diagram is a battery icon.

Faster charging for sodium-ion batteries?
Research published in EES Batteries synthesises iron/vanadium bimetallic sulphides with various phase structures with enhanced fast-charge performance.
🔗 Read #openaccess: https://rsc.li/4r7N4HS
#ChemSky #PoweringPossibilities #EnergyStorage #BatteryTech

This image shows a diagram of a layered solar cell structure, with layers labeled as Au, Spiro-OMeTAD, Zn-Pc-I, Perovskite, TFDIB, mp-TiO2, c-TiO2, and FTO. An enlarged section highlights molecular structures for Zn-Pc-I, Perovskite, TFDIB, and TiO2, with the Royal Society of Chemistry logo in the top left corner.

Hybrid metal halide perovskite solar cells are efficient - but can they last?
New research shows how halogen bonding at device interfaces improves operational stability.
🔗 #openaccess paper: https://rsc.li/47dN9Tc
#ChemSky #PoweringPossibilities #SolarEnergy #PerovskiteSolarCells #CleanEnergy

This diagram from the Royal Society of Chemistry illustrates a process involving natural gas, solar irradiance, and catalysts to produce hydrogen (H2) and multi-walled carbon nanotubes (MWCNT). The hydrogen is shown being used in a system resembling a fuel pump, and the MWCNT is linked to a Li-ion portable storage battery.

What if methane + light could deliver clean H₂ and carbon nanotubes?
New methane photolysis research shows it’s possible - without extreme heat.

🔗 Read #openaccess: https://rsc.li/3OjEA2x

@ees-journals.rsc.org #ChemSky #PoweringPossibilities #CleanEnergy #EnergyInnovation

The image is an illustration depicting an offshore monitoring system connected to various platforms and a satellite. It includes a marine vessel and a coastal antenna tower. The Royal Society of Chemistry logo is visible in the top left corner.

🌪️🌊 A single device that harvests wind and water flow energy?
Check out this hybrid triboelectric nanogenerator (H-TENG) that does just that - sustainable marine power in action.

🔗 Read the #openaccess study: https://rsc.li/4rr57Jw
#ChemSky #CleanEnergy #PoweringPossibilities #EnergyHarvesting

Diagram from the Royal Society of Chemistry showing the process of synthesizing new material CsBiSCl₂. It includes random structures, 2D phase diagram, and methods like melt synthesis, identifying unsuitable methods with a red cross.

Is CsBiSCl₂ really a viable solar absorber?

A recent EES Solar paper puts its structure and previously reported synthesis method to the test with unexpected conclusions.

🔗 Read openaccess: https://rsc.li/4qyrXPv #SolarResearch #MaterialsScience #PoweringPossibilities #ChemSky

Illustration displaying a conceptual energy system combining technology with natural ecosystems, featuring the Royal Society of Chemistry logo on the top left. The image depicts a split view with part of the system submerged underwater and part above water, involving solar panels and aquatic plants.

New sustainable & stable catalyst for seawater batteries!

Boron-modified iron phthalocyanine boosts oxygen reduction activity in brine and helps Al–air batteries reach ~71 mW cm⁻² with great stability. 🔗 Read #openaccess in EES Catalysis: https://rsc.li/4sTLDPl

#PoweringPossibilities #ChemSky

Infographic by the Royal Society of Chemistry about geostrategic leadership in future electric vehicle battery technologies. The graphic presents patent and policy perspectives, showing the percentage of patents held by China, Europe, South Korea, and the United States on a world map. It also compares high-energy lithium-based battery technologies versus low-cost non-lithium-based ones.

🌐 The future of batteries is global.

New research unpacks who leads future EV battery innovation and why it matters for competitiveness, policy, and climate goals. Insightful patent analysis + strategy focus.

🔗 https://rsc.li/44wft1Z

#PoweringPossibilities #ChemSky #openaccess

Infographic by the Royal Society of Chemistry depicting various scientific processes and measurements, including X-ray images, saturation mapping, water transport, and gas exchanges involving CO2, O2, and H2O.

Seeing water flow in a CO₂ electrolysis cell - in real time. New operando visible-light & X-ray imaging reveals where water builds up & leaks inside a zero-gap CO₂ reduction cell. Critical insights for next-generation carbon-to-chemicals tech 🔗 https://rsc.li/48Q2nxG #PoweringPossibilities #ChemSky

Diagram illustrating the development of solar cells with improved material properties, optimized ETL interlayer and device improvements, including different compound structures and performance metrics. Features Royal Society of Chemistry logo.

A smart blend of organic charge transfer materials helps perovskite solar cells get closer to their theoretical efficiency limits — a promising step for next-gen tandems ➡️ https://rsc.li/4pCOZUP
#openaccess #ChemSky #SolarEnergy #Perovskites #Innovation #PoweringPossibilities
@ees-journals.rsc.org

Three scientific diagrams depicting the interaction of nitrogen dioxide with different surfaces, including titanium dioxide, gold, and silicon, under a common branding of the Royal Society of Chemistry. Each panel illustrates molecular interactions and effects of light dispersion.

Nitrate ions → ammonia, smarter design.
A crystalline Si photocathode with patterned Au delivers record photoelectrochemical NH₃ production and a fresh approach to green ammonia synthesis ➡️ https://rsc.li/44uYz3P
#ChemSky #CleanEnergy #Catalysis #Ammonia #PoweringPossibilities
@ees-journals.rsc.org

Image depicting two diagrams related to the Royal Society of Chemistry.

♻️ Can lithium-ion batteries ever reach a circular economy?

A new Perspective in EES Batteries @ees-journals.rsc.org outlines the roadblocks & provides a map to a sustainable Li battery future: https://rsc.li/48AHXKe

#CircularEconomy #BatteryRecycling #Sustainability #PoweringPossibilities #ChemSky

Logo of the Royal Society of Chemistry displayed above a graphic of a multicolored arch with an electrochromic supercapacitor at the centre, surrounded by icons representing materials and devices.

Week 6 in our #PoweringPossibilities series features a review of #electrochromic #supercapacitors from @sef-journal.rsc.org: surveying principles, #materials, multifunctional device architectures (energy + display) & future challenges toward scalable manufacturing 🔗 https://rsc.li/3LQ6OAP #ChemSky

An illustrative diagram from the Royal Society of Chemistry showing two processes: a plasma process and an electrocatalysis process involving molecule movements and reactions across a membrane.

Roadmap to green ammonia from NO

Week 5 of #PoweringPossibilities highlights how NO can be converted into #ammonia using clean electricity & advanced catalysis - a roadmap to green chemistry & distributed manufacturing @ees-journals.rsc.org 🔗 https://rsc.li/43rlDQo #SustainableChemistry #ChemSky

Infographic by the Royal Society of Chemistry illustrating interfacial water in electrocatalysis. It shows three main aspects: electrode aspect, electrolyte aspect, and basic properties. Includes diagrams of molecular structures and interactions, and a layered graphic of an electrocatalysis interface.

Week 2 in our Powering Possibilities series features an #openaccess review in EES Catalysis. It shows how interfacial water molecules actively shape electrocatalysis 👉 https://rsc.li/4ni6d8c
@ees-journals.rsc.org #ChemSky #Electrocatalysis #InterfacialWater #CatalystScience #PoweringPossibilities

🌤️ Small gestures. Big impact.
At Centro Maravilla, Nathan Lehman ensures older adults feel seen, supported & never alone.

👉 Read his story + explore the campaign:
🔗 ad.lacounty.gov/about-us/campaigns/senior-center-month-2025

#PoweringPossibilities #EverydayExplorers #CenterVoices #LACountyAD

🧭 Curiosity. Compassion. Creativity.

At Altadena Center, Deborah Riggin helps turn resilience into joy—and hardship into hope.
👉 Read her story + watch the video: youtu.be/7wyeEkVXZks

#SeniorCenterMonth #PoweringPossibilities #EverydayExplorers #CenterVoices #LACountyAD

💞 Community is family.
At Asian Community Service Center, Lilia Andres nurtures hope, trust & support for older adults. 👉 Read her story.

🎥 Watch Everyday Explorers: Live Boldly youtu.be/7wyeEkVXZks

#SeniorCenterMonth #PoweringPossibilities #EverydayExplorers #LACountyAD

➡️ Find a center near you and join the journey! ad.lacounty.gov/services/community-and-senior-centers

#EverydayExplorers #PoweringPossibilities #LACountyAD