High-pressure sampling of microorganisms

High-pressure sampling of microorganisms

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High-pressure sampling of microorganisms
High-pressure sampling of microorganisms

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Sampling in hydrogen storage infrastructure Hydrogen-consuming microbes pose a threat to gas quality and intact infrastructure. Therefore, professional sampling is the basic prerequisite for all further microbial analyses. Microbify takes both liquid and gas samples from hydrogen and natural gas storage facilities. Surface sampling Using a specially designed pressure vessel, we can sample live microorganisms from aboveground infrastructure at natural gas storage facilities. The microbiological samples can be taken under the following conditions: - sterile (without external contamination) - anaerobic (free of oxygen which harms microorganisms) - up to 170 bar pressure - up to 950 mL sample volume Underground sampling - SOFYNOX® Together with SOCON Sonar Control Kavernenvermessung GmbH, Microbify has developed a method to sample liquid media from gas caverns or reservoirs without damaging the microorganisms living there.
Link
https://en.microbify.com/probenahme
MICROBIFYC56Microorganisms can be found everywhere - even in the most unusual environments and under the most extreme conditions. Hydrogen-consuming microorganisms can be found in anaerobic environments, such as underground gas storage, deep geological structures, and habitats with temperatures exceeding 100 °C. In gas and hydrogen storage, these microbes can negatively affect gas quality and cause microbiologically influenced corrosion (MIC). Our service portfolio includes, among others, the following points: - Development of special containers for sterile and anaerobic sampling (UHS, UGS) - Qualitative and quantitative DNA analyses (qPCR, 16S profiling) - Metabolite quantification (GC, HPLC) - Detection and mitigation of microbiological corrosion - Optimization of growth conditions for bacteria and archaea (e.g. for biomethanation plants) - Comprehensive consulting and support during the implementation of H2-storages, exploration and exploitation of natural hydrogen.

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