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|Submit Date||Name||Organisation||Statement of capabilities/facilities|
|2019-07-03.||Timo Rajamäki||VTT MIKES||VTT MIKES has expertise in and equipment for the reference gas generation for oxidised mercury in µg/m3 and ng/m3 concentration levels as well as experience on reliable measurement of mercury species. We are willing to participate in the development and validation work of selected methods and protocols.|
|2019-06-17.||Attilio Naccarato||CNR-Institute of Atmospheric Pollution Research||CNR-IIA has expertise in the field of Hg measurements in the atmosphere and the atmospheric modeling framework. CNR-IIA is a leader in several European and international programs on different aspects relating to air pollution monitoring and in the modelling and evaluation of environmental costs related to emissions control. CNR-IIA is the coordinator of the GMOS global network and is therefore responsible for the comparability of Hg measurements on a global level in the framework of the Minamata Convention. CNR-IIA will support the development of new Hg methodologies and analytical strategies that are urgently needed by the scientific research community facilitating the implementation of the project’s results at the GMOS master sites in Europe.
CNR-IIA will make available the Mt.Curcio Station, which is equipped with instrumentation for continuous Hg monitoring, and can be used for on-field validation, inter-comparison and assessment of the project outcomes.
|2019-06-11.||Ivo Novakovic||TECTRA||IT uncertainty definitions
IT generic standards (IEC)
IT product standards (IEC)
PQ compliance standards (IEC,....)
PQ uncertainty definitions
PQ generic standards (IEC)
PQ product standards (IEC)
PQ compliance standards (IEC, SENELEC,....)
PQ measurement methodes
Combined uncertainty definitions
PQ meter design and functionalities
|2019-06-07.||Iris de krom||VSL||To provide traceability for mercury measurements in emission sources and the atmosphere VSL has developed a mercury vapour generator, which can be used as a calibrator of measuring equipment. This vapour generator is based on diffusion according to ISO 6145-8 and directly traceable to the kilogram, the SI measurement unit of the mass. Currently this is the only primary elemental mercury vapour generator available and as a National Metrology Institute (NMI), VSL expects this facility to play a key role in enabling the reduction of the mercury burden on the environment.
Within the “Metrology for oxidised mercury” (MercOx) project VSL’s primary standard is used to establish a traceable calibration methodology for the most important oxidised mercury-containing species, especially for HgCl2.
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