Haiqing Lin

Professor

University at Buffalo - North Campus

United States

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Professor Haiqing Lin is a faculty member at the University at Buffalo - North Campus, USA. His research focuses on membrane technology, particularly in the areas of lithium ion separation, gas separation properties, and contamination degradation using advanced materials. Recent publications highlight the engineering of nanostructured membranes and the optimization of adsorbents for environmental applications.

Articles (20)

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2022

Collaborators (4)

Jong Suk Lee

SOUTH KOREA

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Erda Deng

Assistant professor

Kobe University

JAPAN

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Martin Trebbin

UNITED STATES

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Chong Cheng

Professor

State University of New York at Buffalo

UNITED STATES

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Haiqing Lin

Research Interests

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About

Articles (20)

Molecular understanding of Li+ separation from divalent cations across GO-crown-ether functionalized membrane: A molecular dynamics study

Synergistically combining peracetic acid and reduced graphene oxide membranes to degrade trace organic contaminants

High-Performance Ti<sub>3</sub>C<sub>2</sub>T<sub><i>x</i></sub>-MXene/Mycelium Hybrid Membrane for Efficient Lead Remediation: Design and Mechanistic Insights

Submicron Films of Polymer Blends: Unlocking Microphase Separation to Enhance Membrane Gas Separation Properties

Engineering surface charges of nanofiltration membranes to maximize Li+/Mg2+ separation properties

Optimizing amine-based adsorbents for direct air capture: A comprehensive review of performance under diverse climatic conditions

Nanofilm Composite Membranes of Bottlebrush Poly(1,3‐Dioxolane) Plasticized by Poly(Ethylene Glycol) for CO2/N2 Separation

Nanostructures and CO2/gas separation characteristics of polymerized anionic liquids containing perfluoroalkyl sulfonylimide

Scalable thin graphene oxide membranes enabled by polydopamine gutter layer

Artificial neural networks to correlate structure and CO2 separation performance of mixed matrix membranes containing 2D fillers

Scalable synthesis of ultrathin MoS2 membranes for dye desalination

Proton-controlled molecular ionic ferroelectrics

Indispensable gutter layers in thin-film composite membranes for carbon capture

Carbon Capture Membranes Based on Amorphous Polyether Nanofilms Enabled by Thickness Confinement and Interfacial Engineering

Palladium‐Percolated Networks Enabled by Low Loadings of Branched Nanorods For Enhanced H2 Separations

Permselective MOF-Based Gas Diffusion Electrode for Direct Conversion of CO2 from Quasi Flue Gas

Bimodal free volumes uplift gas separation

Engineering silica membranes for separation performance, hydrothermal stability, and production scalability

Ultrathin-film composite (uTFC) membranes based on amorphous perfluoropolymers for liquid separations

Simulation and Experiment of CO2 Philicity and Separation in Carbonate-Rich Polymers

Collaborators (4)

Jong Suk Lee

Erda Deng

Martin Trebbin

Chong Cheng

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