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Lu Wang

Professor

Harbin Institute of Technology

China

Research Interests

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Articles (20)

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Collaborators (3)

Cui Chongwei

professor

Harbin Institute of Technology

CHINA

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Han Zhang

Associate Professor

Dalian University of Technology

CHINA

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Zhiqiang Sun

Assistant professor

Harbin Institute of Technology

CHINA

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Lu Wang

Research Interests

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Articles (20)

Proton-Driven Mechanistic Shift between One- and Two-Electron Transfer Pathways in Contaminant Oxidation by Ferrate(VI)

Quantifying the contributions of Fe(VI), Fe(V), and Fe(IV) in contaminant oxidation by ferrate: A kinetic insight

High efficiency capture of COD and phosphate in real domestic wastewater by Fe(VI)/PAC combined with high-rate contact stabilization process: Performance and mechanism

Potassium Ferrate as a Novel Anti-Biofouling Agent for Invasive Freshwater Mussels: Multi-Omics Insights and Pilot-Scale Validation

Differential impacts of ferrate(VI) Pretreatment on ultrafiltration membrane fouling and contaminant retention: Mechanisms and optimization for NOM removal

Enhancing Nitrogen Removal in MBRs: From Theoretical Advances to Practical Applications

Regulation of interfacial electron transfer by oxygen functionalities on carbon quantum dots in the periodate/Mn(II) oxidation system

Sulfur vacancy-rich MoS2 nanoflowers as electron shuttles boost Fe(VI) activation for efficient micropollutant degradation

Sustainable treatment of bio-treated municipal solid waste leachate by catalytic ozonation-MBR using a catalyst derived from Fenton iron sludge

Visible-light driven In2O3/ferrate system for efficient micropollutant removal: formation of reactive iron species induced by the capture of photogenerated electrons

Differential Impacts of Pyrophosphate on Ferrates(VI, V, and IV): Through Its Unique Inhibition to Identify Fe(V) Species

Fully exposed Fe clusters activated with interfacial oxygen vacancy for accelerating catalytic ozonation of electron-deficient 1-adamantanecabox-ylic acid through interfacial electronic metal-support interactions

Deciphering the acute toxicity mechanisms of PFAS in algae: A molecular descriptor and binding energy hierarchy perspective

Enhanced degradation of phenol by VUV/SPC synergism: Promotion of •OH and •CO3- formation

Disinfection efficacy of peroxyacetic acid against bacterial spores

Roles of iron (V) and iron (IV) species in ferrate-triggered oxidation of phenolic pollutants and their transformation induced by phenoxyl radical

Biochar-supported nano-zero-valent iron boost rejection efficiency and fouling resistance by structuring a robust “active defensive barrier” shell on ceramic membrane surface

Manganese(II) Enhanced Ferrate(VI) Pretreatment: Effects on Membrane Fouling and Pollutants Interception

Phenols coupled during oxidation upstream of water treatment would generate higher toxic coupling phenolic disinfection by-products during chlorination disinfection

Rapid inactivation of high-load African swine fever virus by ozone-based advanced oxidation

Collaborators (3)

Cui Chongwei

Han Zhang

Zhiqiang Sun

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