Bin Mu

Dye Filtration of Electrospun MOF Fibers

Studying the dye filtration properties of composite nanofibers composed of polymers encapsulating MOF particles will help understand their performance qualities.

Program: FURI

The Filtration Properties of Electrospun MOF Fibers

Studying the filtration properties of ultra-porous membranes will help create more environmentally friendly ways to treat industrial waste.

Program: FURI

Combined Interfacial and Solvothermal Synthesis to Study the MOF Growth Process

Writing a graphical user interface with text mining code will help our chemical engineering lab get information from articles more efficiently.

Program: FURI

Flexible MOF based Ammonia Sensor

A cost-effective, sustainable ammonia detection sensor can be designed using metal organic frameworks by relying on measurable conductivity changes from gas adsorption.

Program: FURI

Synthesis and Characterization of Zeolitic Imidazolate Framework-4 (ZIF-4) Film

Developing porous membranes that can separate mixtures will help with progress in issues such as climate change and renewable energy.

Program: FURI

Combined Interfacial and Solvothermal Synthesis to Study the MOF Growth Process

Developing machine learning algorithms to search large databases will help autonomously discover new crystalline material structures.

Program: FURI

Development of MOF/Graphene Aerogel Composite for Ammonia Adsorption and Sensing

Studying the filtration capabilities of a composite material will help make more cost-efficient emissions filtration systems.

Program: FURI

Development of Electrospun Nanofiber Nanoparticle Composites

Developing electrospun precursors to mixed matrix membranes will improve chemical separations capabilities.

Program: FURI

Ammonia Detection Sensor through Structurally Flexible Metal-organic Frameworks

Metal-organic frameworks display detectable changes in electrical resistance after adsorption which will allow for use in ammonia detection in industry.

Program: FURI

Creating a Defect Free Mixed Matrix Membrane using Annealing

Studying thermal annealing with mixed matrix membranes will improve gas separation when nanoparticles are embedded in the membrane for carbon dioxide capture.

Program: FURI

Study of Exfoliation Steps for Copper 2D MOFs

Optimizing the exfoliation step for copper 2D metal organic frameworks will improve the performance of gas separation processes via mixed matrix membranes.

Program: MORE

Functionalizing Zirconium-MOFs via Exchange of Low-Valence State Cations

Program: MORE

Program: FURI