This laboratory is the only laboratory that can provide the isotope necessary for these analyses as well as conduct urine sample distillation and analysis for stable oxygen 18 and deuterium. These products are not found in the government supply system and are the only commercially available products found to meet the departmental needs.
Shall guarantee a liquid water analysis for 18O precision of less than 0.025‰. 11. Shall guarantee a vapor water analysis for 2H precision of less than 0.1‰.12. Shall guarantee a vapor water analysis for 18O precision of less than 0.04‰. 13. Shall be able to automatically analyze 18O and 2H in solid materials.14. Shall not have a width greater than 17 inches15.
Stable isotope analysis (Deuterium (2H) and Oxygen 18 (18O)) is an essential part of this chemical characterization, as it allows the provenance of groundwater and surface water to be inferred The purpose of this task is to hire a contractor to analyze 55 samples of groundwater and surface water for stable isotopes (Deuterium (2H) and Oxygen 18 (18O)).
Stable isotope analysis (Deuterium (2H) and Oxygen 18 (18O)) is an essential part of this chemical characterization, as it allows the provenance of groundwater and surface water to be inferred The purpose of this task is to hire a contractor to analyze 55 samples of groundwater and surface water for stable isotopes (Deuterium (2H) and Oxygen 18 (18O)).
Geological SurveyCalifornia Water Science Center, San Diego Projects OfficeStatement of WorkI. GENERAL INFORMATIONA. IntroductionThe U.S. Geological Survey (USGS) requires analysis of strontium isotopes in water.B. BackgroundThe USGS California Water Science Center (CAWSC) has typically used the USGS Trace Metals Laboratory in Menlo Park, CA to analyze strontium isotopes in water samples.
Laboratory Analysis of Stable Water Isotopes
Water GeochemistrySC-04-2024Closing Date: 05/22/2024 04:00:00 PM ETDetail: The overall objective is to procure the services of a laboratory to perform geochemical analysis of water samples. The water samples will be obtained as part of ongoing site characterization programs managed by the Nuclear Waste Management Organization (NWMO) in support of hosting a deep geological repository (DGR).
