Three laboratory spaces (about 2,200 square feet) exist in the basement level of Hamilton Hall (B07, B08, and B09). These labs are dedicated to the analysis of soil and water geochemistry and the mineralogical compositions of rocks. These facilities include extensive bench space, available gas, vacuum and air lines, fume hoods, and wireless internet access. The labs are also equipped with a Barnstead pure water system. Additional laboratory spaces on the 2nd floor (about 1,200 square feet in total) are dedicated to sample preparation and analysis via isotope ratio mass spectrometry and Rock Eval pyrolysis.
ICP-OES (PerkinElmer Optima 8300)
The Optima 8300 is a bench-top, dual-view ICP-OES with two solid-state SCD detectors, allowing measurement in the same run of high and low concentrations of a variety of samples for enhanced productivity and accuracy even with complex matrices. The detection limits is about 0.5uM depending on the element being analyzed and the sample matrix. The instrument gives a linear response over 3-4 orders of magnitude in concentration (e.g., 0.1 - 500 mM Mn).
Thermo Scientific Niton portable XRF analyzer
The XRF offers a rapid, nondestructive method for analysis of soils and sediments. Applications for the instrument range from the analysis of rock core and cuttings for petroleum exploration to the evaluation of polluted soils and sediments.
IC (Dionex ICS-2000)
The ICS-2000 is a totally integrated and preconfigured Reagent-Free (TM) Ion Chromatography system. It can be used for both major anions and cations analyses. Currently it has been setup for anion analyses (fluoride, chloride, bromide, nitrite, nitrate, sulfate and phosphate).
Stable Isotope IRMS (Thermo Delta V Advantage)
Our Thermo Delta V Advantage mass spectrometer is connected with a Elemental Analyzer (Flash EA 1112). It is available for use to collect data of carbon, nitrogen, hydrogen, and oxygen isotopes and elemental concentrations. Learn more from Dr. Schubert's lab through his website.
The Rock-Eval 6 analyzer from Vinci Technologies is designed for the characterization of organic matter in petroleum source rocks, although it can alternatively be used for environmental studies. The instrument is a completely automated device consisting of separate pyrolysis and oxidation ovens. Concentrations of hydrocarbon and oxygen-bearing gasses (i.e., CO2 and CO) generated during pyrolysis (and later via oxidation) are measured as a function of heating temperature and time using FID and IR detectors, respectively. The resultant data can be used to assess the type, amounts, thermal maturity, and kinetic behavior of organic matter.
XRD (DIANO 2100-E)
The DIANO 2100E Xray Diffractometer is used to identify crystalline compounds qualitatively and quantitatively if standards are available. Data collection, display and manipulations are easily done with Diano's XSPEX software.
General Geophysical Equipment
- Seismic equipment: GEODE 24 channel seismograph with Betsy Seisgun
- Resistivity: OhmMapper, capacitively coupled resistivity meter for electrical imaging
- Magnetic and electromagnetic survey equipment, including a Geometrics G-856 proton precession magnetometer; SM-20 susceptibility meter from GF Instruments; Geonics EM-38 MKII-RT Ground Conductivity Meter; Hand-held gamma-ray spectrometer from Radiation Solutions; and a Worden gravimeter
The School of Geosciences houses a paleomagnetics laboratory with instruments for basic paleomagnetic and rockmagnetic investigations. The main instruments are an AGICO JR-6 Spinner Magnetometer, a DTech-2000 alternating field demagnetizer with ARM and pARM attachment, and an ASC TD48SC thermal demagnetizer. Rockmagnetic facilities include an AGICO Kappabridge KLY-3S, a Sapphire Instruments SI-2B magnetic susceptibility and anisotropy meter, a Bartington MS-2 with MS2B sample sensor and MS2C core logging sensors (80 and 125 mm), and ASC IM-10 and IM-10-30 Impulse Magnetizers.
- SRI 8610C Gas Chromatograph
- YSI Model 6820/650 water quality meter
- UV-VIS photospectrometers (dual cell benchtop and single cell portable)
- Digestion vessels, balances, shakers, hot plates, bench top pH/conductivity/DO meters, centrifuges, ovens, muffle furnace, vacuum extractors, pipettes, temperature-controlled water baths, pure water systems.
- Rock preparation equipment (We have a separate lab in the engineering building that contains rock saws, crushers, and polishers)
- Baxter Scientific Products Cryo-Fridge Incubator
- Labconco Freeze Dry System Freezone 4.5
- Accumet autotitrator
- sterilGARD III class 2 vertical flow biological safety cabinet
- Two class 100 hepafiltered clean benches
- Market Forge Co Sterilmatic sterilizer
The School of Geosciences manages the Ira Nelson Horticulture Center and Cade Farm, which function as off-campus research and education facilities. The UL Lafayette Research Farm at Cade is in St. Martin Parish and consists of 600 acres of crawfish ponds, pasture lands, agricultural lands, and wetland habitat. The Welcome Center building includes a large class room that can accommodate up to 75 people. A field-based coastal wetland research laboratory is also being developed at Cade Farm. Plumbing, pumps, and storage ponds will be used to provide the wetlands with different salinity and tidal regimes that mimic different ecosystems of coastal Louisiana.
The Ira Nelson Horticulture Center is an instructional horticulture and experimental laboratory facility designed to educate students and the community. The center consists of 16,763 square feet of greenhouses; 4,668 square feet of shade houses; and 7,030 square feet of offices, classrooms, laboratories, and storage.