Xiangqun Zeng
Principal Investigator
Oakland University
I'm working on
8 months ago
Electrochemical gas sensing, ionic liquid interfaces, environmental monitoring
About
Research focuses on ionic‑liquid/electrode interfaces and nanostructured materials to build low‑power, miniaturized electrochemical sensors. Integrates electrochemical, impedance, and piezoelectric transducers for selective, real‑time gas monitoring and cross‑validated measurements in harsh environments.
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Oakland University
Robust ionic liquid gas sensors for soil carbon sequestration monitoring
Low-cost, low-power ionic liquid-based multimodal gas sensor for continuous in situ monitoring of greenhouse gases in soils. Enables spatially and temporally expansive measurement of CO2 dynamics to support carbon cyclin...
TechnologyIn developmentUniversity
Oakland University
Miniaturized electrochemical sensor for in-line total chloramine detection using nanomaterial electrocatalysts
A miniaturized electrochemical sensor that quantitatively detects trace total chloramines in real time via electrocatalytic reactions at noble metal nanocrystal electrodes. Designed for in-line monitoring of feed water w...
TechnologyConceptualUniversity
Xiangqun Zeng
Principal Investigator
Oakland UniversityWork experience
Top industry applications
Fossil fuel optimizationHydrogen fuel technology
Expertise
ElectrochemistryNanofluidicsSoil Science
Last updated Jan 2026
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