IMR Group@KAUST
@ZhipingLaiGroup
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The Inorganic Membranes Research (IMR) Group @KAUST_PSE led by Prof. Zhiping Lai. #Membranes #Porous_Materials
Thuwal, Saudi Arabia
Joined July 2021
Ramadan Kareem! Enjoying a heartwarming group iftar tonight.
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Check out our latest article in.@NatureWaterJnl."Synthesis of two-dimensional ordered graphdiyne membranes for highly efficient and selective water transport." Collaboration with Prof. Han. Congrats to Dr. Jiaqiang, and the team!.@KAUSTResearch.@KAUST_PSE
nature.com
Nature Water - Graphdiyne membranes with an extended two-dimensional network structure and ordered one-dimensional channels achieve an ultra-high water/NaCl selectivity and superior salt rejection.
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Big news from #FutureMineralForum2025! Prof. Lai, founder of Lihytech, signed an MoU with @aramco to extract lithium from oil-field water. Witnessed by H.E. Bandar AlKhorayef, Minister of @mimgov, @MaadenKSA, and @KAUST_News, advancing Saudi’s lithium industry and #Vision2030🌍🔋
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RT @EnergyCatalysis: KAUST’s lithium-extraction breakthrough could propel Saudi Arabia’s battery industry .@Zhiping….
english.alarabiya.net
Scientists at King Abdullah University of Science and Technology (KAUST) have developed a
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RT @Arageek_en: 🔋Lithium Infinity (LiHyTech)'s Technology Succeeds in Extracting Lithium from Oilfield Brine in Saudi Arabia. Congratulatio….
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New Paper Alert: "Zeolite membrane with sub-nanofluidic channels for superior blue energy harvesting" has been published in @NatureComms! Congratulations to Dr. Ruicong, Dr. Xiaowei, and all authors for this great work! @KAUST_PSE @KaustResearch
nature.com
Nature Communications - Blue energy from salinity gradients provides sustainable power. Here, authors show that NaX zeolite membranes deliver high power density for blue energy, outperforming...
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An enjoyable dinner at Al Marsa to celebrate the recent successes in the group!
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RT @KAUST_News: #KAUST welcomed H.E. Bandar AlKhorayef @BAlkhorayef, Minister of @mimgov, to explore our research and launch 3 industrial a….
kaust.news
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Honored to welcome the Kingdom's Minister of Industry and Mineral Resources, Mr. Bandar Ibrahim Alkhorayef, and KAUST President Prof. Edward Byrne to our Lihytech workshop! They explored lithium production systems and discussed industrialization progress! @KAUST_News @KAUST_PSE
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IMR welcomed top investors from Sequoia Capital, Ewpartners, and HKX Capital. They delivered an inspiring lecture on entrepreneurship and explored potential projects with our team. Exciting opportunities ahead!
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RT @hnalshareef: CREST is launching a webinar series! Our 1st lecture on #battery recycling features Dr. @YaocaiBai from Oak Ridge National….
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RT @EnergyCatalysis: "Formic produced by eCO2RR using low-carbon electricity exhibits lower fugitive hydrogen emissions and global warming….
advanced.onlinelibrary.wiley.com
Electrochemical CO2 reduction to formic acid using low-carbon electricity presents a promising pathway to produce an H2 energy carrier with minimal fugitive hydrogen emissions. However, for this...
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Happy to share that our Science paper on lithium extraction has been highlighted in C&EN News! .Check more details here:.@KAUST_PSE @KaustResearch @KAUSTinnovation
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RT @NatChemEng: Out now in @ScienceMagazine: an Article from Zhiping Lai & co-workers demonstrates lithium extraction from brine through a….
science.org
The sustainability of lithium-based energy storage or conversion systems, e.g., lithium-ion batteries, can be enhanced by establishing methods of efficient lithium extraction from harsh brines. In...
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Our work on lithium extraction from brine is now online .@ScienceMagazine! Many congrats to Dr. Zhen Li, I-Chun, Li Cao, Xiaowei and the whole team! Nice collaboration with Prof. Huang @EnergyCatalysis.@KAUST_News.@KAUST_PSE.@KaustResearch.@KAUSTinnovation.
science.org
The sustainability of lithium-based energy storage or conversion systems, e.g., lithium-ion batteries, can be enhanced by establishing methods of efficient lithium extraction from harsh brines. In...
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RT @EnergyCatalysis: Work led by @ZhipingLaiGroup on Lithium extraction from brine through a decoupled and membrane-free electrochemical ce….
science.org
The sustainability of lithium-based energy storage or conversion systems, e.g., lithium-ion batteries, can be enhanced by establishing methods of efficient lithium extraction from harsh brines. In...
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RT @KAUST_News: #KAUST startup Lihytech is proud to partner with @aramco to advance Direct #Lithium Extraction "DLE" technology in Saudi Ar….
kaust.news
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We're very excited to announce that our startup, Lihytech, has established a strategic collaboration with @aramco , a global leader in energy and chemicals, to recover lithium from oilfield brines.@KaustResearch @KAUST_PSE . Read more in KAUST News:
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