OUR PRODUCTS
High precision GHG concentration analyzers for the measurement of greenhouse gases in an atmospheric background at parts-per-billion (ppb) sensitivity with negligible drift. The trace gas analyzers are developed for the measurement of (toxic) trace gases with parts-per trillion (ppt) sensitivity for the use of safety & compliance analysis in a room or the environment.
Picarro gas isotopic analyzers
High precision isotope analyzers to measure and quantify stable isotope ratios resolving biochemical processes encoded in your sample.
Nikira Labs portable gas analyzers
High-performance, compact, and cost-effective gas measurements for climate change related research, e.g. landfill methane emissions or soil flux measurement, as well as industrial application, such as semiconductor FAB AMC detection.
Real-time, high precision, compact and robust gas analyzers for the measurement of nitrogen oxides, HONO and other air pollutants such as SO2, O3 and HCHO for air quality monitoring.
Thermo Fisher Scientific air quality analyzers
Ambient air quality monitoring solutions leveraging proven technologies, robust instrument designs and innovative data delivery systems to help ensure worker safety and regulatory compliance (TUV certified for usage in air quality monitoring networks).
Thermo Fisher Scientific industrial hygiene instruments
Reliable, accurate and precise monitoring and logging of real-time concentrations and median particle sizes of airborne dust, smoke, mist and fumes as well as the detection of fugitive emissions (organic and inorganic compounds) for Method 21 compliance, LDAR applications and site remediation.
Ultra-sensitive real-time trace gas analyzers (PTR-MS) for the measurement of Volatile Organic Compounds (VOC's) with parts-per trillion (ppt) sensitivity for environmental research, food testing & breath analysis and industrial monitoring.
Eosense soil flux chambers & sensors
Gas monitoring instruments that enable scientists and engineers to measure environmental gas flux & concentration - wherever their field sites may be.
UGT lysimeters & ecotron solutions
Delineated soil columns with a known volume and surface area for laboratory or field use to determine water balance variables.
Experimental unit for the comprehensive study of ecosystem functions in the soil-plant-atmosphere continuum under controlled boundary conditions.
UGT lab automation & sensors for soil science and plant research
Modern laboratory equipment and innovative laboratory automation solutions that allow researchers to analyze more samples in less time while improving the quality of your results.
Sensors providing a better understanding of the behavior of soils & internal soil processes, as well as to evaluate soil fertility and assess plant growth and its water requirements.