Meng Lin

Assistant Professor at Southern University of Science and Technology, heading the Solar Energy Conversion and Utilization Lab.

[Meng Lin @linmeng316]

🚨 New in Nature Communications!
We demonstrate a non-isothermal CO₂ electrolysis strategy using a temperature gradient to suppress salt precipitation & enable 200+ h stable operation at high alkalinity.
📄 Read more: https://t.co/lpnV3mBxJN
#CO2Electrolysis #Energy #ClimateTech

[Meng Lin @linmeng316]

The article can be assessed via: https://t.co/TrfvjorCwQ

[Meng Lin @linmeng316]

Check out our team's latest research on solar seawater desalination, published in Energy & Environmental Science. We explore the impact of front cover material's optical & thermal properties on efficiency in multi-stage evaporators & propose optimization strategies.

[Meng Lin @linmeng316]

Our latest research, entitled "A hybrid electro-thermochemical device for methane production from the air," is out in Nature Communications (10.1038/s41467-024-53336-9).

[Meng Lin @linmeng316]

Checkout our work by Da Xu and Lei Zhao on the optimization of porous reactants for solar thermochemistry in Progress in Natural Science: Materials International（https://t.co/wiIVxnkbRa）

[Meng Lin @linmeng316]

@lrese_epfl @ASMEdotorg @EPFL @EPFL_MechE @EPFLEngineering Congrats, Sophia! Well deserved.

[Meng Lin @linmeng316]

Check out our latest research on tandem CO2 reduction (https://t.co/Zx0T9Tp6dB, @Joule_CP ). We contributed to the multiphysics modeling in this collaborative work with Prof. Jun Gu at SUSTech.

[Meng Lin @linmeng316]

Check out our latest work on theory-guided solar interfacial evaporator design in Solar Energy (https://t.co/42NtiSd4YO).

[Meng Lin @linmeng316]

Check out our latest work by Yuzhu at EES @RSC_Energy on the quantification of photoelectrodes' performance with patterned catalysts. We used a multiphysics model to link the photoelectrode design with the CO2 reduction performance (DOI https://t.co/pdVErjq56w).

[ACSEnergyLett @ACSEnergyLett]

💡 Check out the latest collection! Tutorials on #Electrochemistry, with a focus in #Electrocatalysis

Read now ➡️ https://t.co/Jgo62BlWbC

[The Journal of Physical Chemistry @JPhysChem]

Via a joint electrochemistry and multiphysical simulation approach, researchers from Fudan, SUSTech @linmeng316, USTC, and SJTU demonstrate how the anodic O2 bubble management aids to the improved energy efficiencies of MEA electrolyzers.
https://t.co/10rIOTgY1T

[Meng Lin @linmeng316]

Please check out our latest work, in collaboration with Prof. Kun Jiang at SJTU, on the anode side bubble management strategy using interdigitated flow design to enhance the electrolysis performance of water splitting and CO2 reduction. Link: https://t.co/eghHVAVmti

[Meng Lin @linmeng316]

We have two postdoctoral researcher openings in solar fuels. Contact us if you are interested. (https://t.co/Edjv3dm0a5)

[Meng Lin @linmeng316]

Our work on the solar-driven thermally regenerative device for electricity production is out (https://t.co/gW2uSea29i).

[Meng Lin @linmeng316]

Check our new paper on the modeling of dense particles for solar thermochemistry with the Journal of Materials Chemistry A (DOI：https://t.co/vViMx5ajuX).

[Meng Lin @linmeng316]

Check our new paper on 'Tuning the Interfacial Electrical Field of Bipolar Membranes with Temperature and Electrolyte Concentration for Enhanced Water Dissociation' at ACS Sustainable Chemistry & Engineering. (https://t.co/tU6L2K4H4l)

[Meng Lin @linmeng316]

@lrese_epfl @NatureEnergyJnl @BFEenergeia @flowphotochem @grstiftung_ch @EPFLEngineering @sohhytec @EPFL_en @EPFL_MechE Congrats, Sophia and the team!

[Meng Lin @linmeng316]

See our latest work in solar interfacial evaporation via the quantitative understanding of interfaces.

[ACSEnergyLett @ACSEnergyLett]

Understanding Interfacial Properties for Enhanced Solar Evaporation Devices: From Geometrical to Physical Interfaces https://t.co/Ikk91kA8C3

[ACSEnergyLett @ACSEnergyLett]

Understanding Interfacial Properties for Enhanced Solar Evaporation Devices: From Geometrical to Physical Interfaces https://t.co/Ikk91kA8C3

[Cell Reports Physical Science @CellRepPhysSci]

Online now: A photo-thermo-electrochemical cell for efficient solar fuel and power production https://t.co/mRD3fStWyk