Accurate measurement of gas mixture proportions is of great importance in many areas. In the environmental protection area for example, it must be possible to measure gaseous pollutants or greenhouse gases reliably and with great precision over long periods of time. Other areas of application are biotechnology, medicine, road safety, industry and personal protection.
In the gas analysis laboratory, we ensure traceability to internationally agreed reference values with our high-precision measurement devices and measurement procedures. With our services we support the administration, industry and research in their quest for reliable and accurate measurement.
In order to keep up with the pace of development, we are constantly refining our measurement facilities. With this aim in mind, we conduct various research and development projects. Our specialist area is the dynamic generation and analysis of gas mixture standards down to trace quantities.
Our services include the measurement of gaseous substance proportions in the pmol/mol to mmol/mol (or %) range and flow rates in the 1 ml/min to 30 l/min range.
Analyses and calibrations
With our analytical and calibration services, we ensure that your reference gases and measuring devices meet national standards. Our analysis and calibration certificates are internationally recognised.
Approvals and conformity assessments
We carry out national authorisations of furnace exhaust gas measurement instruments and breath alcohol measurement instruments. Please contact METAS Cert for conformity assessments of measurement instruments for gas mixture proportions in accordance with the new, global concept instruments.
Every year we calibrate around 300 furnace exhaust gas measurement instruments and more than 3,000 breath alcohol measurement instruments.
If you have any questions concerning our services or need advice, we will be pleased to help. Contact us without obligation.
R & D
With the aid of research and development projects, we keep our measurement facilities and expertise at the forefront of technology. We thus ensure our ability to offer the required services and promote innovation in the years to come. In the course of this, we work with other metrology institutes, universities, the administration and industry. We are involved in a number of European projects within the framework of EURAMET research programs. In november 2014 a new domain called “AtmoChemECV” started with the aim to develop new reference gas mixtures for climate significant compounds (at trace levels).
As a research partner of Innosuisse (Swiss Innovation Agency), you can leverage our metrology research and development capabilities in the area of reactive gases at trace levels.
On going projects
GCOS-CH ALBATROSS (09.2020-08.2022)
with MeteoSwiss and the Swiss Federal Laboratories for Materials Science and Technology Balloon-borne laser spectrometer for UTLS water research
EMPIR 19ENV06 MetClimVOC (06.2020-05.2023)
Metrology for climate-relevant volatile organic compounds
- Homepage SABRA
- Homepage LNI Swissgas
Innosuisse 36779.1 IP-ENG, with LNI Swissgas and SABRA (GE) (12.2019-05.2022) Novel SI-traceable low-cost sensor system (LCSS) for air quality monitoring
EMPIR 16ENV05 MetNO2 (06.2017-11.2020)
Metrology for nitrogen dioxide
EMRP ENV56 KEY-VOCs (10.2014-09.2017)
Metrology for VOC indicators in air pollution and climate change
EMRP ENV55 MetNH3 (06.2014-05.2017)
Metrology for ammonia in ambient air
EMRP ENV52 HIGHGAS (06.2014-05.2017)
Metrology for high-impact greenhouse gases
CTI 17752.1 PFIW-IW, with LNI Swissgas (10.2015-09.2017)
Traceable & portable gas generator for reactive gases
EMRP ENV01 MACPoll (06.2011-05.2014)
Metrology of chemical pollutants in air
- Rückführbare Referenzen für fluorierte Treibhausgase (PDF, 329 kB, 06.07.2020)
- New Calibration System for Breath-Alcohol Analysers (PDF, 222 kB, 04.11.2020)
- Infographique MetINFO ReGaS (PDF, 395 kB, 06.07.2020)
- Article MetINFO sur ReGaS (PDF, 609 kB, 06.07.2020)
- • Dilution and permeation standards for the generation of NO, NO2 and SO2 calibration gas mixtures
- • Two generators to produce SI-traceable reference gas mixtures for reactive compounds at atmospheric levels
- • Dynamic–gravimetric preparation of metrologically traceable primary calibration standards for halogenated greenhouse gases
- Vor-Ort Gas geben (PDF, 763 kB, 04.11.2020)
- Measuring roadside air pollution (PDF, 178 kB, 04.11.2020)
- Monitoring Ammonia (PDF, 194 kB, 04.11.2020)
- Detecting new pollutants in the air (PDF, 138 kB, 04.11.2020)
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Last modification 03.04.2023