RCA delivers funds for equipment repair

11/26/24

The North Dakota State University Research and Creative Activity Office has appropriated funds available to provide matches to researchers needing equipment repair. The program is for research-related equipment repair only, and researchers are eligible to receive one award (for one piece of equipment) per fiscal year. For departmental/unit requests priority was given to equipment utilized by multiple researchers.

Total ERM funds issued for FY24 was $66,152. The funding plays a key role in ensuring equipment centered around research at NDSU is working effectively.

“It is critical to be able to ensure prior infrastructure maximizes its potential return on investment for our NDSU researchers,” NDSU vice president for research and creative activity Colleen Fitzgerald said.  “This equipment enables crucial data or experiments to be performed, which in turn helps NDSU research success with new grants or awards.”

Examples of the impact ERM funds have on research at NDSU

Jiale Xu, NDSU assistant professor of civil, construction and environmental engineering, is conducting research that is focused on controlling toxic organic contaminants in drinking water and wastewater treatment. This research relies heavily on liquid chromatography/triple quad mass spectrometry (HPLC/MS/MS) instruments.  HPLC/MS/MS, which is an analytical chemistry technique that combines physical separation capabilities of liquid chromatography with mass analysis capabilities of mass spectrometry, is the fundamental instrument for Xu’s research. In order to functionalize the instrument and conduct thorough maintenance, Xu applied for funding and received $26,000 in EMR funds.

In addition, NDSU engineering faculty Achintya Bezbaruah, Kelly Rusch and Syeed Iskander will also use the HPLC/MS/MS instrument for their research projects for water or wastewater treatment. 

Iskander, NDSU assistant professor of civil, construction and environmental engineering, received $9,012 in ERM funding to repair the pyrolysis GC/MS system used for micro-nanoplastics research. The Frontier 3030D micro-pyrolizer system analyzes solid matrices in environmental engineering samples using micro-furnace technology. By using this approach there is no risk of premature thermal degradation of a sample, preserving it for accurate analysis. Iskander’s research includes finding ways to treat leachate Per-and-polyfluorakyl substances (PFAS) in landfills before they seep into waterways.

ERM Funding FY24

  • Repair of HPLC/MS/MS for Advanced Environmental Research (Jiale Xu) -- $26,000
  • Repair of a Bruker Kappa Apex II Duo X-Ray Diffractometer (Gregory Cook) -- $15,253
  • Repair of Pyrolysis GC/MS system used for micro-nanoplastics research (Syeed Iskander) -- $9,012
  • Repair of Trailer Hydraulics (Tom Peters) -- $4,368
  • Repair of Type A2 Biosafety Cabinet to handle BSL2 Agents (Stefan Vetter) -- $4,094
  • Repair of Type A2 Biosafety Cabinet (Sathish Venkatachalem) -- $3,420
  • Repair of Hesston Sugar Beet Harvester (Tom Peters) -- $2,933
  • Repair and maintenance of COSMED K5 portable metabolic analyzer (Kyle Hackney) -- $1,072
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