- Sequential analysis of cations and anions in one sample
- Capability to measure transition metals or lanthanides (Rare Earth Elements)
- Small sample volume
- High sensitivity to tens of ppb
- Measures non-purgeable organic carbon and total nitrogen simultaneously
- Dissolved inorganic carbon analysis
- Sensitivity to ~4 ug/L C or N
- Highly sensitive fluorescence detector can detect four wavelengths simultaneously
- Autosampler is temperature controlled and capable of complex pre-column derivitization
reactions
- Amino acid analysis and other fluorescent analytes
- Two inline detectors variable wavelength and refractive index
- Typical analyses include organic acids, sugars and alcohols
- Modular to accommodate other columns or mobile phases
- Quaternary pump for gradient methods
- Electrochemical detector
- AERS suppressor for low background
- AS22 analytical column for separation on anions
- 50 place autosampler
- Detection limits from <1 mg/L to ~100 mg/L for common anions
- Non-purgeable Organic Carbon (NPOC) measurements for Total Organic Carbon
- Dissolved Inorganic Carbon (DIC)
- IR detector of CO2 at 0.1 – 5000 mg C/l range of detection
- 100 place autosampler
- Dual detectors inline- Thermal Conductivity Detector (TCD) and Flame Ionization Detector
(FID) with Methanizer
- Atmospheric detection of methane and other permanent gases
- Methanizer allows for detection of CO and CO2 on FID
- Nitrogen fixation via acetylene reduction to ethylene
- Thermal Conductivity Detector (TCD)
- Detection of methane and other permanent gases at levels produced by cultures
- Manual injection of 0.5-1 mL
CBE - Bioimaging & Analytical Core Labs
Montana State University
366 Barnard Hall
P.O. Box 173980
Bozeman, MT 59717-3980
Bioimaging Core Manager:
Dr. Heidi Smith
heidi.smith@montana.edu
CBE Technical Operations Manager
and Analytical Core Manager:
Dr. Kristen Connolly
kristen.connolly@montana.edu
