ACTRIS Marketplace

Consultancy and knowledge transfer via higher education institutions, website and discussion forum.

Calibration of INP instruments

The training enables the operators and scientists to be introduced into the measurement guidelines/SOPs, QA/QC criteria and control, and troubleshooting. Participants are trained in sample preparation, sample analysis and quantification with different instruments. Participants can bring either their own samples.

Transfer of the necessary expertise to operators of an ACTRIS labeled NF and external users (businesses, researchers, monitoring agencies, etc.) to improve their competencies for conducting measurements, data acquisition, data evaluation, and QA/QC measures while covering up to date guidelines and SOPs for anthropogenic NMHCS, biogenic NMHCs, OVOCs, condensables, and NOx. The consultancy shall be provided to stakeholders, users and private companies upon request.

The performance of methods and instruments for measuring organic tracers and carbonaceous constituents in aerosols is evaluated against European standards.

CiGas develops measurement Guidelines (MGs) and Standard Operating Procedures (SOPs) for biogenic NMHCs, OVOCs and condensable vapours and updates the existing ones for anthropogenic NMHCs and NOx), based on proven procedures and methodologies in close cooperation with international bodies (e.g. Global Atmosphere Watch (GAW), National Metrological Institutes (NMIs), AQUILA, EMEP, CEN, ISO), NFs, and users.

Quality Assurance/Quality Control. Check of compliance with ACTRIS recommendations (instrument type, participation in calibration workshops, operation according to SOPs, operator qualification,  scope of applicability). Check of instrument diagnostic variables. Check of measurement data plausibility.

CiGas provides support to the NFs and users for achieving traceability of measurements, quality assurance and quality control of the measurements and the data before submission to public databases. Therefore, data quality and compatibility of ACTRIS trace gas measurements as defined in the MG are ensured by station performance tests as parallel offline measurements, side-by-side intercomparisons, on-site reference measurements, round robins, and by reviewing the data. CiGas provides working standards and target gas to NFs and users, links the measurement of ACTRIS reactive trace gases to primary standards and ensures the state-of-the-art traceability international scales.

Provision of up-to-date guidelines for measuring organic tracers and carbonaceous constituents in aerosols.

The performance of NFs measuring particulate organic tracers and carbonaceous constituents is evaluated based on: QA/QC outputs, participation in inter-laboratory comparisons, calibration and training workshops, and effective data reporting to ACTRIS DC. Service not available to external users 

CiGas is involved in improving, testing and developing new instrumentation for assessing the ACTRIS chemical target variables in air. Specifically, the suitability of new instruments for long-term monitoring within ACTRIS and the conformity with the data quality objectives is tested and characterized.

This activity disseminates the knowledge of the CAIS/ECAC to the stakeholders. The knowledge transfer includes education and training activities organized by the CAIS/ECAC and different units.

Measurement and technological services related to cloud and fog properties.

Documents describing operation procedures that ACTRIS National Facility operators must follow to obtain an ACTRIS Cloud Remote Sensing label. These Standard Operating Procedures (SOPs) are defined to ensure the correct deployment of instruments and the optimal settings to perform routine measurements at ACTRIS National Facilities.

ACTRIS variable specific analysis tools will be developed and updated to monitor the instrumentation performance at NFs and will facilitate the development of near-real time data products.

Measurement and technological services related to cloud and fog properties.

Standard procedures for quality assurance developed and provided to NFs to ensure that instrument operators have the means to monitor measurement quality and can take corrective actions when measurement quality changes. A list of housekeeping data and QA/QC flags will be developed to identify measurements that are not compliant with requirements for Doppler Cloud Radars, MicroWave Radiometers, and Doppler Wind Lidars.