Faculty

Institution

Unit

Venue

Zhenmeng Peng

Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Molinaroli College of Engineering and Computing

Department of Chemical Engineering

Zhenmeng Peng is currently serving as a College Of Engineering And Computing Professor at University of South Carolina.

Honors

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Experiences

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Education

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Zhenmeng Peng

University of South Carolina

Professor

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materials science nanotechnology chemical engineering chemistry catalysis nanomaterials material chemistry electrochemistry nanoparticle research energy chemistry advanced energy material transition metal chemistry catalyst preparation nanoparticles electrocatalysts applied physics inorganic chemistry nanostructure synthesis oxygen reduction reaction metal nanoparticles nanoheterogeneous catalysis industrial catalysis advanced materials nanoscale chemistry heterogeneous catalysis catalytic process nano energy material research electroanalytical chemistry advanced electrode material metals electronic materials energy storage materials surface electrochemistry chemical sciences coordination chemistry crystal growth surface nanotechnology catalytic applications surface chemistry metallic nanomaterials energy engineering electrochemical process structural chemistry in-situ conversion functional nanomaterials surface reactivity active sites porous materials catalytic materials electrochemical surface science nanocrystalline materials thermal catalysis organic electronics pt nanowires pt nanoparticles carbon monoxide surface nanoengineering water splitting green nanotechnology organometallic catalysis x-ray diffraction methanol semiconductor nanostructures oxygen evolution reaction high activity oxygen reduction electrocatalysis magnetite nanorods work function hydrazine decomposition dimensional reduction oer efficiency designer platinum nanoparticles electrocatalytic property 5-nm pd nanoparticles active surface area hydrogen production environmental engineering environmental electrochemistry fundamental electrochemistry electrical energy storage hydrogen energy electrochemical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advances in Electrocatalytic Dehydrogenation of Ethylamine to Acetonitrile. Chemical Communications (2024)

Yanlin ZhuDezhen WuJinyao TangDakota BraatenBin LiuZhenmeng Peng

chemistrychemical reaction engineeringelectroanalytical chemistrybiomolecular engineeringdegradation reactionelectrochemical processsustainable chemistrychemical engineeringbiochemical engineeringtransition metal chemistryelectrocatalytic dehydrogenationelectrocatalystsadvanced oxidation processorganic electrochemistryelectrosynthesiselectrochemical engineeringelectrochemistrychemical sciencesmembrane science

Direct Liquid Fuel Cell Using Cyclohexanol as Regenerative Fuel for Emission-Free Energy Generation. Energy & Fuels (2024)

Jialu LiJinyao TangParsa PishvaZhenmeng Peng

regenerative fuelenvironmental engineeringchemical engineeringenergy engineeringenergy generationsustainable energyrenewable energyalternative fuelsemission-free energy generationfuel cells

Ecofriendly, Highly Selective Lithium Extraction by Redox-Mediated Electrodialysis. ACS Central Science (2024)

Rongxuan XieDanyi SunJinyao TangXiaochen ShenParsa PishvaYanlin ZhuKevin HuangZhenmeng Peng

desalinationenergy chemistryenvironmental scienceelectroanalytical chemistryenergy storageelectrochemical power sourceelectrochemical processenvironmental engineeringchemical engineeringenvironmental electrochemistryredox-mediated electrodialysistransition metal chemistryelectrocatalystselectrochemical energy storageselective lithium extractionelectrochemical energy conversionelectrochemistryelectrochemical engineeringelectrodialysismembrane science

Ethylamine as a Regenerative Fuel for Emission-Free Direct Liquid Fuel Cell. Next Materials (2024)

Jinyao TangJialu LiDezhen WuRongxuan XieZhenmeng Peng

sustainable chemistryregenerative fuelenvironmental engineeringenvironmental sciencechemical engineeringfuture fuelsustainable energyalternative fuelsadvanced energy materialbiofuelsbioenergysynthetic fuelsadvanced energy technologysustainable energy technologiesfuel cellsbiofuel cellselectrochemical energy conversion

Ferrocene Bis(Sulfonate) Salt as Redoxmer for Fast and Steady Redox Flow Desalination. Molecules (2024)

Rongxuan XieBriana R. SchrageJunhua JiangChristopher J. ZieglerZhenmeng Peng

materials sciencedesalinationorganic chemistrychemistry

Nonthermal Hydrogen Plasma-Enabled Ambient, Fast Lignin Hydrogenolysis to Valuable Chemicals and Bio-Oils. Chemical Engineering Journal (2024)

Parsa PishvaJialu LiRongxuan XieJinyao TangPrangan NandyTanvir FaroukJinghua GuoZhenmeng Peng

hydrogen production technologybioenergeticshydrogen energybiofuelsbioenergybiomolecular engineeringvaluable chemicalshydrogen utilizationbiological engineeringsustainable chemistryprocess biochemistrychemical engineeringbiochemical engineeringhydrogenplasma chemistryhydrogen storagehydrogen productionligninlignin hydrogenolysissustainable chemical production

Recent Progress and Perspectives of Liquid Organic Hydrogen Carrier Electrochemistry for Energy Applications. Journal of Materials Chemistry A (2024)

Jinyao TangRongxuan XieParsa PishvaXiaochen ShenYanlin ZhuZhenmeng Peng

electrochemistrymaterials sciencematerial chemistryenergy applications

Selective, Efficient Removal and Recovery of Phosphate From Wastewater by Promoting the Mass Transfer With Anion Exchange Resin in Redox Flow Deionization Cell. ACS Sustainable Resource Management (2024)

Abdulrahman AlkhaldiAbdullah AlsultanZhenmeng Peng

sustainable environmental managementanion exchange resinenvironmental engineeringchemical engineeringmass transferenvironmental technologywastewater treatment

Achieving Energy-Saving, Continuous Redox Flow Desalination With Iron Chelate Redoxmers. Energy Material Advances (2023)

Rongxuan XieDiqing YueZhenmeng PengXiaoliang Wei

materials scienceenergy materialstechnologyengineeringenergy harvestingenergy engineeringsustainable energyrenewable energyenergy researchenergy storageenergy-saving materialenergy efficiencyenergy storage materialsadvanced energy technologydesalinationthermal engineeringiron chelate redoxmerssustainable energy technologies

Aqueous, Rechargeable Liquid Organic Hydrogen Carrier Battery for High-Capacity, Safe Energy Storage. ACS Energy Letters (2023)

Jinyao TangJialu LiParsa PishvaRongxuan XieZhenmeng Peng

renewable energy storageenergy storageorganic electronicssafe energy storageaqueous batterieselectrical engineering

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Zhenmeng Peng

Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Molinaroli College of Engineering and Computing

Department of Chemical Engineering

Zhenmeng Peng is currently serving as a College Of Engineering And Computing Professor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Zhenmeng Peng

University of South Carolina

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Advances in Electrocatalytic Dehydrogenation of Ethylamine to Acetonitrile. Chemical Communications (2024)

Yanlin ZhuDezhen WuJinyao TangDakota BraatenBin LiuZhenmeng Peng

Direct Liquid Fuel Cell Using Cyclohexanol as Regenerative Fuel for Emission-Free Energy Generation. Energy & Fuels (2024)

Jialu LiJinyao TangParsa PishvaZhenmeng Peng

regenerative fuelenvironmental engineeringchemical engineeringenergy engineeringenergy generationsustainable energyrenewable energyalternative fuelsemission-free energy generationfuel cells

Ecofriendly, Highly Selective Lithium Extraction by Redox-Mediated Electrodialysis. ACS Central Science (2024)

Rongxuan XieDanyi SunJinyao TangXiaochen ShenParsa PishvaYanlin ZhuKevin HuangZhenmeng Peng

Ethylamine as a Regenerative Fuel for Emission-Free Direct Liquid Fuel Cell. Next Materials (2024)

Jinyao TangJialu LiDezhen WuRongxuan XieZhenmeng Peng

Ferrocene Bis(Sulfonate) Salt as Redoxmer for Fast and Steady Redox Flow Desalination. Molecules (2024)

Rongxuan XieBriana R. SchrageJunhua JiangChristopher J. ZieglerZhenmeng Peng

materials sciencedesalinationorganic chemistrychemistry

Nonthermal Hydrogen Plasma-Enabled Ambient, Fast Lignin Hydrogenolysis to Valuable Chemicals and Bio-Oils. Chemical Engineering Journal (2024)

Parsa PishvaJialu LiRongxuan XieJinyao TangPrangan NandyTanvir FaroukJinghua GuoZhenmeng Peng

Recent Progress and Perspectives of Liquid Organic Hydrogen Carrier Electrochemistry for Energy Applications. Journal of Materials Chemistry A (2024)

Jinyao TangRongxuan XieParsa PishvaXiaochen ShenYanlin ZhuZhenmeng Peng

electrochemistrymaterials sciencematerial chemistryenergy applications

Abdulrahman AlkhaldiAbdullah AlsultanZhenmeng Peng

sustainable environmental managementanion exchange resinenvironmental engineeringchemical engineeringmass transferenvironmental technologywastewater treatment

Achieving Energy-Saving, Continuous Redox Flow Desalination With Iron Chelate Redoxmers. Energy Material Advances (2023)

Rongxuan XieDiqing YueZhenmeng PengXiaoliang Wei

Aqueous, Rechargeable Liquid Organic Hydrogen Carrier Battery for High-Capacity, Safe Energy Storage. ACS Energy Letters (2023)

Jinyao TangJialu LiParsa PishvaRongxuan XieZhenmeng Peng

renewable energy storageenergy storageorganic electronicssafe energy storageaqueous batterieselectrical engineering

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electrochemistry

energy research

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