Within HELGES we have a ISO 6 metal-free clean laboratory, dedicated entirely to blank-sensitive metal(loid) geochemistry. Numerous ISO 4 laminar flow hoods are available for the preparation of wide-ranging sample substrates for non-traditional stable isotope and concentration analysis, along with other essential infrastructure like a centrifuge, ultrasonic bath, microbalance, hotplates etc. Protocols established in the lab include (but are not limited to) Li, B, Mg, Si, K, Fe, Ni, Zn, Sr, and …

Within HELGES, we have more than 100 m² of clean lab space is available for separation of meteoric and terrestrial cosmogenic nuclides. We prepare wide-ranging sample substrates for meteoric cosmogenic nuclides (e.g. rocks, sediments, soils, river water, seawater, plants) and mainly quartz for terrestrial (in situ) cosmogenic nuclides (mainly ¹⁰Be and ²⁶Al). Such clean lab methods are couple to mineral separation labs. The clean lab features other essential infrastructure like a centrifuge, …

This integrated laboratory suite is designed for studying the formation of nature-inspired and synthetic mineral phases, and their interactions with nutrients and contaminants. It is equipped with two anaerobic chamber workstations, small-scale chemostat reactor, Schlenk Line, setup for liquid degassing to remove O2, sample autodiluter for trace element analysis and standard chemical laboratory equipment such as analytical balances, centrifuges, fume hoods, hotplate stirrers, shaking …

Processes related to the solvents extraction of snow and ice algae or particles are conducted in the Organic Microbial Geochemistry Lab. These processes are done in combination with ultrasonic bath, shaking, and solid phase extraction. Evaporation of organic extracts using nitrogen or argon gas, as well as various intermediate steps such as milling, acidification and filtration are also carried out in this lab. The subsequent analysis is done with the [Shimadzu Total Organic Carbon Analyzer …

The sediment processing laboratory is a space for preparing marine and non-marine sedimentary samples for microscopy and other analyses, which require individual components or fabric specific analysis (e.g., Mass Spectrometry, trace metals, isotope studies…). Preparation methods include separating and picking of biogenic particles, thin section dying techniques, sieving for granulometry, and creating smear slides and acetate peels.

The sedimentology lab at the Permafrost Research section aims to study the transport and accumulation processes of permafrost-related deposits and classify sediment sequences in general. Therefore, the following parameters are investigated: sediment structure description, grain-size distribution and mass specific magnetic susceptibility.