NEXTCCUS
@nextccus
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Next Generation Electrochemical System for Sustainable Direct CO2 Capture and Utilization/Storage as Clean Solar Fuel
Joined June 2022
Honoured to join @GlobalYAcademy at #GYAGM2025IND AGM in @IITHyderabad as a new member and deliver an invited talk on nanostructured materials for solar cells & green fuels. Grateful to connect with inspiring minds & share progress of #NEXTCCUS. Thanks to the amazing organisers!
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Our principle investigator, @M_AbdiJalebi delivered a keynote speech at ICNN-2025 conference on advanced nanostructured materials for solar PVs & electrochemical systems. Grateful to the organisers for the warm welcome and support. #SolarEnergy #NextGenPV #NetZero #Nanoscience
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Well done and many congratulations to @JalebiLab for this achievement. Great to see the #NEXTCCUS project is feature in the front cover of the #NSAM journal.
🌟Thrilled to see our work on CO₂-to-methanol conversion featured on the front cover of #NSAM! 🌍 We explore S-LCA, E-LCA & Safe-by-Design principles for sustainable CO₂ utilisation in the @nextccus project. 👇📢 🔗 https://t.co/nVl0BNya65 🔗 https://t.co/VnlTuS1Eeu
#GreenFuels
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📢 New paper in Adv. Funct. Mater.@AdvPortfolio! We achieved 37.6% indoor PV efficiency in wide bandgap perovskites using triple passivation + n→p modulation. A leap for indoor energy tech! Thanks to our team & collaborators! 🔗 Read the full paper: 📢👇 https://t.co/hVFBWVno5E
advanced.onlinelibrary.wiley.com
Triple Passivation Treatment (TPT) strategy enables 1.75 eV wide-bandgap perovskite solar cells (WB-PSCs) with suppressed halide phase segregation and n-to-p type surface transition. The photolumin...
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Honored to deliver a keynote lecture at @SalfordUni, discussing how nanostructured materials advance solar PV & #GreenFuels for a carbon-neutral future! Exciting case studies from @JalebiLab, including @nextccus project and scaling #perovskite #SolarCells. #SolarEnergy #NetZero
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Hear from @nextccus partner, Prof. Abdi-Jalebi’ @M_AbdiJalebi recent interview about his research and translation into real-world applications including #NEXTCCUS project as a case study. 👇👇👇🎙️🎙️🎙️
Excited to share my interview on Humans of the World with @britalianstv!🎙️ We discussed solar innovation, NetZero goals & industry collaborations (e.g., Phoenixolar) to bring research into impact. Watch here: 🔗 https://t.co/rIiIpYaEL7
#SolarInnovation #NetZero #RenewableEnergy
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Hear from @nextccus partner Prof Anasori @banasori from @LifeAtPurdue about his excellent research on MXenes. 👇👇
Students in Babak Anasori’s labs in Indianapolis and West Lafayette are creating nanomaterials known as MXenes, which can be used in energy storage and generation, biomedicine, aerospace, hypersonics, and more. Learn more. ⬇️
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Excited to share my opinion paper, “The Future of Halide Perovskite Solar Cells,” now online in the Journal of Nanoscale Advanced Materials! Special thanks to @AUT_GAMLab and Prof. Naderi for the invitation. #PerovskiteSolarCells #RenewableEnergy #NetZero
https://t.co/gl2xPqIAZh
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Delighted to present at the #RoyceHydrogenConference 2024 as a recipient of the Royce ICP, showcasing our project: Development & Scale-up of Novel Catalysts for Green Hydrogen Production. Thanks to @RoyceInstitute for supporting our work & fostering innovation in #GreenHydrogen!
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📢 Excited to share our latest publication in @EcoMat2019 (@WileyGlobal)! We introduce a reverse-cool annealing strategy for 2D Ruddlesden-Popper #perovskite solar cells, achieving 17.8% efficiency and 97.4% stability after 1000 hrs. Link:📢📢👇👇 https://t.co/hZFz9TawRj
onlinelibrary.wiley.com
High-quality 2D RP perovskite film grown along the out-of-plane direction is fabricated by the reverse-cool annealing strategy. 2D RP perovskite solar cells show high charge carrier extraction...
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Delighted to be invited to two incredible symposiums in Madrid: the FOTOFUEL & SUNERGY Workshop on e-fuels for a climate-neutral Europe! I shared our research on novel materials for green fuels, scaling strategies & the @nextccus project. Thanks to @SUNERGY_EU, @SolarFuels_UK.
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📢 Excited to share our new paper in ACS Applied Nano Materials @ACS_ANM!🎉 We developed graphene-loaded microbubbles to boost drilling fluid performance and enable efficient carbon capture/storage (#CCS). #Graphene, #Microbubble, #NetZero Link:📢:📢👇👇 https://t.co/ZsYa3OvAF5
pubs.acs.org
Maintaining the stability of microbubbles is essential for enhancing the longevity of aphronic water-based drilling fluid usage in drilling depleted reservoirs and other under-pressured zones. Here,...
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Here is our review & perspective on ultra-high temperature ceramics (#UHTCs) from an atomistic view and fundamental chemistry-synthesis-processing of UHTCs + growing areas of research in UHTCs: #additive_manufacturing, #high_entropy, 2D #MXenes. https://t.co/HCfCaI1VuR
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👋Heyy check out our last work on #graphdiyne quantum dots is on the #cover of Adv. energ. mater. 🤪 @AdvSciNews congrats to @B33Ullah nice collaboration @ICPlabOrsay @ISMOlab_Orsay @ICMMO_UMR8182 @UMONSnews
The artwork for our latest article "Defect‐Rich Graphdiyne Quantum Dots as Efficient Electron‐Donors for Hydrogen Generation (Adv. Energy Mater. 30/2024) - Ullah - 2024 - Inside front cover of Advanced Energy Materials. @NeoPhotoCat @ICPlabOrsay
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The NEXTCCUS partner from @ucl, Prof. @M_AbdiJalebi, delivered an insightful presentation at Nano-2024 on advancing energy applications through nanostructured materials, including the latest progress from the NEXTCCUS project. 👏 #Nano2024 #NEXTCCUS #Innovation
Delighted to speak at The 17th International Conference on Nanostructured Materials (Nano 2024) in Abu Dhabi on "Opportunities & Challenges in Nanostructured Materials for Energy Applications." Great to reconnect with Cambridge alumni Prof. Yarjan Abdul Samad & Prof. Mejd Alsari!
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UCL-@IITdelhi Funds open now: https://t.co/M6heDlmONv We need to decarbonise the industry to hit #NetZero targets. Dr @M_AbdiJalebi (@UCL_IMD, @JalebiLab) used this funding to partner with the IIT Delhi to develop an economically viable solution. ⬇️ https://t.co/FnoXz6DbpP
ucl.ac.uk
Dr Mojtaba Abdi-Jalebi (UCL Institute for Materials Discovery) used UCL-IIT Delhi Strategic Partner Funds to develop a new, economically viable process for decarbonising industry.
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Check out our new Advanced Materials paper @AdvSciNews on development of a novel fibre photodetector combining #graphene and halide #perovskite. It delivers 100x higher responsivity & 10x faster response time than current wearable photodetectors! Link:
advanced.onlinelibrary.wiley.com
The article presents the development of fibre-based photodetectors using rolled graphene layers and perovskites, achieving high external responsivity (∼22 kAW-1 at 488 nm) and fast response times...
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Had the pleasure of moderating the industrial panel at an #enterprise workshop at @UCL_IMD! Enjoyed discussing with @Shakiba Kaveh, Cyan Williams, and William Mortimore. Proud of my students, Shurui Yang and Xinyue Li, for winning the Pitch competition! 👏🎉 #Entrepreneurship
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Selectivity is big issue in Photocatalytic CO2 Reduction‐ here tuning the p-Block Bi show new Ay of solving this issue. Nice collaboration with our former postdoc Jinwei Li @icp
@angew_chem
https://t.co/OubEIyIVKN
onlinelibrary.wiley.com
A volcano-type structure-function relationship of p-block Bi element for selectivity CH4 was found. The CH4 selectivity of the p-block Bi element is also positively correlated with adsorption energy...
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Always wondering why Cu coupled to #TiO2 is better #photocatalysis for #hydrohen? @vdquach found that abnormal Cu coordination is the key @ICPlabCNRS @jarbiol @chiaraspadar @wojcieszakr @JMaterChem
pubs.rsc.org
Strong metal–support interaction (SMSI) is a pivotal strategy in thermal catalysis; however, its application in photocatalysis leaves ample area for further development. A method inducing SMSI...
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