Projects
Selected technical achievement categories, described without employer names, confidential formulations, datasets, test conditions, or unsupported metrics.
A public research map informed by publication records and the live Google Scholar profile.
The most cited public work centers on Fe–N–C, Pt, and PtRu catalyst systems for AEM fuel cells and methanol electrooxidation.
Public record includes the Nature Energy Fe–N–C AEMFC article; current citation data should be checked on the live Google Scholar profile.
Public papers and patent disclosures show a recurring emphasis on controlled site density, supported isolated atoms, bimetallic particles, and scalable synthesis.
Publication and patent records include supported isolated-atom methods, PdAu alloy synthesis, and Fe–N–C site-density studies.
Earlier scholarship extends into nanofluid thermal systems, photocatalytic polymers, antifouling membranes, and heterogeneous oxidation chemistry.
Scholar-listed works include nanofluid heat-pipe, photocatalytic PEBAX, GO/PES membrane, and ChemCatChem CoII1O4 catalyst papers.
Filter selected public project areas by technical domain. The filters are designed for scanning; confidential details remain omitted.
All selected project areas.
Public research area
Public project work includes precision site synthesis, scalable supported single-atom catalyst methods, and isolated-atom catalyst preparation on support substrates.
Public-safe outcome
Supports a public research thread around controlled active-site preparation, scalable synthesis logic, and catalyst characterization without disclosing non-public recipes or partner-specific data.
Public research area
Public work includes PGM-free Fe–N–C cathodes for anion-exchange membrane fuel cells and catalyst systems for methanol electrooxidation.
Public-safe outcome
Shows externally visible energy-conversion work connecting catalyst structure, electrode behavior, and public publication records. Current citation data remains on Google Scholar.
Public research area
Project topics include selective hydrogenation of α,β-unsaturated aldehydes, hydrocarbon oxidation, Pd/Au single-atom alloy systems, and isolated-site reactivity.
Public-safe outcome
Frames public catalysis work around selectivity, isolated-site behavior, and reaction-pathway control while avoiding unpublished compositions, conditions, or performance claims.
Public research area
Public project areas include antifouling GO/PES hollow-fiber membranes, photocatalytic dye degradation, and organic contaminant removal using nanoparticles.
Public-safe outcome
Connects public water-treatment materials work to separations, photocatalysis, and advanced oxidation concepts without publishing non-public treatment targets or system designs.
Public research area
Public work includes electrostatic rheology control and polymer/TiO₂ nanofluid rheology for materials and heat-transfer applications.
Public-safe outcome
Highlights public materials-processing work relevant to rheology, heat transfer, and process-facing formulation behavior without adding unsupported application metrics.
Professional application area
Public-safe summary of technical leadership for a TCPS gas-processing system designed, built, and qualified from scratch, with flight expected in 2027.
Public-safe outcome
Advanced a catalyst-reactor-process approach for trace contaminant control and catalytic oxidation in a compact gas-processing context. Specific operating data and qualification details are intentionally omitted.
Professional application area
Professional work translates catalyst synthesis and materials control into propulsion catalysts, space habitation concepts, and scalable production pathways.
Public-safe outcome
Applies catalyst synthesis, materials control, catalyst-bed thinking, and verification planning to propulsion-relevant decomposition chemistry. Specific propellants, formulations, and performance data are intentionally omitted.