Current Areas of Research

Researcher-Focused:
CEMS provides researchers with advanced mass spectrometry services for water and soil analysis, focusing on emerging contaminants, pesticides, and industrial chemicals. Services include targeted and non-targeted high-resolution analysis, retrospective QTOF evaluation, and method development. Faculty support experimental design and data interpretation is also one of the top goals. The lab combines high-resolution analysis with method development, making it a nationally competitive resource.
Industry/External-Focused:
CEMS offers industry partners specialized services for water and soil contamination analysis, including emerging contaminant detection, non-targeted screening, and method development. Services provide high-resolution, reproducible data to support regulatory compliance, monitoring, and product evaluation. The lab integrates analytical expertise with faculty consultation for cost-effective, actionable results.
CEMS collaborates with Agilent Technologies, Inc. doing mass spectrometry research on state-of-the-art instrumentation, software development and testing, and application of the latest mass spectrometry instrumentation dealing with environmental topics. Â This collaboration is ongoing for nearly 25 years.
Some of the current areas of Research are:
- Ultrasensitive LC/MS-MS Analytical Method Development for low ng/L level quantitation of pesticides and pharmaceuticals.
- Screening of Environmental Contaminants in water and soils.
- Analysis of groundwater, drinking water and wastewater.
- Identification of unknowns in environmental samples by LC/Q-TOF-MS.
- Analysis of UV degradation products in water and wastewater.
- Wildfire/urban fire related compounds.
- Expertise: interpretation of mass spectra data in LC/MS-MS and LC/Q-TOF-MS techniques.
- Analyses of Hydraulic Fracturing ("fracking") waters, including fracking fluids, flowback waters and produced waters.
- Food Analysis (soy milk, fruits and vegetables, soft drinks, etc.).
- Hemp/cannabis analysis.