SERVICES

Used for analyzing highly concentrated process chemical solutions, usually in large volume tanks. Involves acid-base titration, oxidizers/reducing agents, and analysis of metal cations and anions like chlorides and nitrates. A chemical sample of unknown potency is reacted against a known chemical, with results calculated using empirical mathematics and linear algebraic adjustments.

Measures concentration of specific elements (especially metals) in a sample. Light absorption by gaseous atoms is measured and related to element concentration. Used in water testing, food analysis, environmental monitoring, and forensic science.
 

Includes pH, Oxidation-Reduction Potential (ORP), Ion Specific Electrodes, mV, Total Dissolved Solids (TDS), and other quick analytical procedures with handheld meters. Provides rapid, non-destructive analysis outside a lab setting, and instruments are calibrated against known standards and advanced methods like AAS and MS.
 

Measures elemental composition at very low concentrations (ppb or ppt range). Uses argon plasma to convert samples into ions, which are analyzed by a mass spectrometer. Applications include environmental monitoring, clinical research, geochemistry, and pharmaceutical analysis.

Quantitative analysis for materials that can’t be titrated. Measures samples by weighing before and after moisture removal, or by converting the analyte into a known compound. Common methods include precipitating the analyte, separating, drying, and weighing to calculate concentration.

 

Determines properties by measuring light absorption or transmission through a sample. Higher concentration absorbs more light. Used for quantifying molecules, testing water quality, and analyzing materials in chemistry, biology, and pharmaceuticals.