The Water Sciences Laboratory has been providing professional services to businesses, academic researchers, and government entities since the early 1990s. Our client-base is diverse - just as the projects we are involved with.
The Water Sciences Laboratory (WSL) was established as a core research facility at the University of Nebraska-Lincoln as part of the Nebraska Water Center in 1990. The facility was created to enhance and support NU water research as a state-of-the-art laboratory that could provide technical services and expertise in analytical and isotopic methods.
To this end, WSL provides specialized instrumentation and methods for organic contaminants, heavy metals and for stable isotope mass spectrometry. WSL ’s faculty, staff and students have analyzed thousands of samples at the facility over the past 25 years.
The WSL currently boasts about $2.5 million in analytical equipment and a staff that includes a director and four full-time technical staff.
Guidance and equipment to support your research
The Water Sciences Laboratory is here to support your research needs -- whether you are an experienced faculty member or a student. We provide individualized training, consultation, equipment, and bench space to members of the NU community.
We are in the process of developing new short-course workshops, technical seminar courses designed for undergraduate and graduate level students. Be sure to check back soon for more information.Contact the lab about training
Read the WSL User policies
Environmental Mass Spectrometry
The Water Sciences Laboratory specialize in environmental mass spectrometry and chromatography for the detection and quantification of chemical contaminants including new groups of pesticides, as well as emerging microcontaminants such as antibiotics, veterinary pharmaceuticals and steroid hormones. A few of the newer methods that have been developed include:
- Steroid hormones and mycotoxins by liquid chromatography tandem mass spectrometry LC/MS/MS – APPI
- Microcystins and cyanoneurotoxins (anatoxin-a, BMAA, saxitoxin, cylindrospermopsin) by LC/MS/MS
- Veterinary antibiotics in water, soil, and passive samplers by LC/MS/MS
- Municipal and domestic wastewater (caffeine, carbamazepine, methamphetamine, and others) by LC/MS/MS
The Lab offers state of the art methods for stable isotope analysis of gases water and solids using stable isotope mass spectrometry.
- Nitrate (15N-NO3 and 18O-NO3)
- Phosphate (18O-PO4)
- Ammonia (15N-NH3)
- Water (HD and 18O-H2O)
- Helium-3/4 in ground water by noble gas mass spectrometry, including N2, Ar, Ne, Kr and Xe
Standard testing methods
Finally, the lab also offers a relatively complete set of nutrient and water chemistry methods such as:
- Nitrogen (TN, TKN, TDN, NO3, NH4)
- Phosphorus (TP, TKP, TDP, O-PO4)
- Major ions (anions and cations)
- Trace elements by ICPMS
- General water chemistry (pH, conductivity, dissolved oxygen)
- Total suspended, dissolved, and volatile solids (TSS, TDS, TVS)
- Microcystins by ELISA
- Chlorophyll by HPLC
- Biological and chemical oxygen demand
We even have ASBC methods for hops testing, including α-acids and β-acids, and hops storage index (HSI)!
Our available methods are constantly being updated. However, if you have a custom-application not currently listed, contact us and we can discuss method development.View our price list Read about our dedicated instrumentation