XL
Xianglin Li
I'm working on
2 months ago
Energy storage, porous materials, heat transfer, data-driven electrochemistry
About
Works across thermodynamics, electrochemistry, and mechanics to advance energy storage and conversion. Applies heat transfer, porous-media modeling, and machine learning to predict properties and optimize membranes, foams, and batteries.
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XL
Washington University in St. Louis

Multi-scale hybrid fabrication of digitally designed non-woven prototypes

A multi-scale hybrid fabrication approach that decouples non-woven structures into independently controlled scales using 3D printing for macro-scale molds and fiber slurry coating for micro-scale control. This method ena...

TechnologyIn developmentUniversity
XL
Washington University in St. Louis

TPMS foams for energy-efficient distillation and evaporation systems

Revolutionary TPMS foams enhance energy efficiency in distillation and evaporation systems by maximizing heat and mass transfer while minimizing pressure drops. These foams support compact designs, effective separation, ...

TechnologyIn developmentUniversity
XL
Washington University in St. Louis

Bio-based polyurethane foams for sustainable thermal insulation

Innovative polyurethane foams made from recycled waste cooking oil offer eco-friendly, high-performance thermal insulation with low thermal conductivity, high flame retardancy, and antibacterial properties. Suitable for ...

TechnologyConceptualUniversity
XL
Washington University in St. Louis

Architected carbon foams for efficient water harvesting systems

Innovative compact water harvesting systems using architected carbon foams for efficient heat and mass transfer, featuring high porosity and thermal conductivity. Designed for low operating costs and effective water abso...

TechnologyIn developmentUniversity
XL
Washington University in St. Louis

Advanced direct methanol fuel cells for heavy-duty vehicles

Revolutionizing heavy-duty vehicle electrification with advanced direct methanol fuel cells (DMFCs) that utilize concentrated methanol solutions for higher energy density and efficiency. Innovations include new proton ex...

TechnologyConceptualUniversity
XL
Xianglin Li
Work experience
Top industry applications
Energy storage systemsHydrogen fuel technologyThermal management materials
Expertise
ElectrochemistryEnergy StorageThermodynamics
Last updated Jun 2026
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