Hydrochemistry is an interdisciplinary field that deals with the chemical composition of water. An essential aspect of hydrogeochemistry is the identification of processes that influence water composition. Hydrochemical studies contribute significantly to monitoring and improving the water quality of ground and surface waters.
JR-AquaConSol GmbH also offers high-precision isotope analysis for questions in the fields of hydrology, geology, environment and medicine. Both mass spectrometric and laser-based methods are available for isotope investigations. An essential aspect of isotope analysis is the use of stable isotopes as tracers. Here, changes in the isotopic composition of water samples are used to better understand and quantify processes in the water cycle. Typical applications of water isotopes as tracers are the determination of the origin, mixing and residence time of waters in aquatic systems.
JR-AquaConSol GmbH has a modern equipped laboratory and many years of know-how in the field of laboratory analytics. Specialized in the analysis of hydrogeological problems, hydrochemical issues and water-rock interactions (e.g. sintering in tunnel drainages), the laboratory offers a tailor-made portfolio of analytical methods.
The analytical services consist of:
JR-AquaConSol GmbH offers comprehensive interpretations of environmental analytical data. This includes both quantitative and qualitative aspects and requires a deep understanding of the processes as well as consideration of uncertainties and sources of error that may influence the data. Interpretation is based on the purpose of the investigation, the available data, and the needs of the client. The scope of the assessment ranges from a simple presentation of the measured data to a comprehensive analysis of complex technical issues.
Services include, for example:
Modeling plays an important role in hydrogeochemistry in predicting processes and their effects on the chemical composition of waters. JR-AquaConSol GmbH uses modern methods of modeling to offer comprehensive solutions to customers with questions in the field of hydrogeochemistry. Typical applications of hydrochemical simulations are, for example, the prediction of sintering processes in tunnel drainages, the evaluation of the corrosion behavior of concrete and metallic materials, the optimization of water treatment processes and the prediction of undesired hydrochemical processes in hydrothermal plants.
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