ACTRIS Marketplace

Marketplace

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16 - 30 of 69 services
  • National Facility

Access to services of the Finokalia station

by
  • Physical
  • Remote

The FKL sampling station (http://finokalia.chemistry.uoc.gr/ ) is situated on the north coast of Crete, Greece. The station is located at the top of a hilly elevation (250 m a.s.l.) facing the sea within a sector 270o to 90o. No significant human activities occur at a distance shorter than 15km within the above mentioned sector. The area is characterized by the existence of two well-distinguished seasons equally distributed throughout the year: The dry season (from April to September) and the wet season (from October to April). It is located in a unique environment: FKL is in the southernmost region of Europe, with high insolation which favours photochemical activity and fast processing of aerosols. 

Observations at FKL are related to ACTRIS RI and especially to in situ aerosol characterization. In addition, measurements of gaseous precursors such as O3, NOx, VOCs are also performed. Finally, FKL is member of EMEP, AERONET network and ICOS and e-LTER RIs.

The site can be used for research projects, measurement campaigns and training purposes, as well as for comparison and testing of in-situ equipment.

Long-term observations of physical and chemical properties of aerosols combine online and offline measurements.

Campaigns organized by the ECPL group (https://ecpl.chemistry.uoc.gr/) for research and training (e.g. https://edu4clima.gr; https:///climademy.eu) as well as for equipment testing on in-situ techniques.

Aerosol and trace gases equipment of FKL can be used as reference for instrument testing, as for instance for air quality sensors (low and medium cost) distributed by the PANACEA–RI (https://air-quality.gr/).

Physical access includes use of the facilities, as well as help in the preparatory work and training (if needed), technical and scientific support during the execution (physical or remote after set-up), as well as access to the FKL observational data for science purposes on the basis of collaboration.

The services include:

  • Support for accessing facilities (physical).

  • Provision of workspace for visitors: desk space and internet access (physical).

  • Advice for shipping of materials, transportation, reception and storage of equipment.

  • Advice for managing accommodation.

  • Technical support at the facility to fulfill visitor needs and constraints related to installation, deployment and operation of equipment: set-up support, power connections, internet access, storage, security constraints (physical).

  • Technical support to remotely operate and audit the external instrumentation (remote after installation).

  • Training/hands-on for young scientists/research/ technical personnel on in-situ instrumentation (physical)

  • Educational activities (e.g. experiments for schools)

  • Scientific support for supervision and analysis of collected data (physical, remote).

  • Unlimited observations and measurements as long as they do not interfere with other projects or instruments availability.

  • Laboratory analysis (e.g. aerosol chemical composition on filters).


26 January 2026
  • National Facility

Campaigns for investigating the properties of sub-Arctic clouds

by
  • Physical
  • Remote

The “Pallas Cloud Experiments” (PACE’s) are 6-8 weeks long campaigns taking place at the Pallastunturi facility annually or bi-annually, from the beginning of September until November-December. During this period, the region at Pallas has a high fraction of low-level clouds, which reside at the altitude of the main measurement station, Sammaltunturi. This enables comprehensive studies that can be built around direct in situ observations of clouds.

At PAL, the infrastructure and continuous measurements offer a strong capacity that support specialized campaigns. The Sammaltunturi station is equipped with total- and interstitial aerosol inlets which host continuous measurements of aerosol physical and optical properties. The inlets have a provision for additional campaign measurements. The station has continuous measurements of cloud droplet microphysical properties, and comprehensive meteorological measurements are conducted.

In addition to the Sammaltunturi station, Pallas hosts below-cloud infrastructure including for example cloud remote sensing measurements and measurements for radiation balance, cloud base height and boundary layer height.

Most importantly, at Pallas, an airspace up to 2km altitude is reserved for research flights, offering possibilities to utilize e.g. UAV- based measurements and tethered balloon systems. Flying beyond visual line of sight is permitted, making vertical measurements through clouds possible.

The campaigns offer a relatively inexpensive opportunity to gather comprehensive data of sub-Arctic clouds, one of the most uncertain pieces of the global climate change puzzle.

 

TIME CONSTRAINTS: Early December is a challenging period for moving heavy equipment to/from the station

AVAILABILITY PERIOD: Annually, end of August to beginning of December


26 January 2026
  • National Facility

Instrument testing and operation in clean environments and under high-altitude (low pressure) conditions

by
  • Physical
  • Remote

The free tropospheric air masses (low concentrations), high altitude (low pressure), cold temperatures (for outdoor instruments), frequent clouds (including supercooled liquid and mixed-phase clouds) pose many challenges for research equipment and often require adaptation of calibration, operation and data processing procedures. These boundary conditions, along with a comprehensive suite of continuous observations of many atmospheric variables (https://www.actris.ch/) make the site an ideal platform for testing performance of new and specifically adapted equipment, as well as for training of instrument operators.

The service includes:

  • Support in preparing the experimental setup for instrument testing.

  • Training for calibration and operation of research equipment under the high-altitude conditions.

  • Provision of reference data from established observations.

  • Lab facilities and outdoor platforms.

  • Logistical support

  • Accommodation at the research station operated by the foundation High Altitude Research Stations Jungfraujoch & Gornergrat (https://www.hfsjg.ch/en/home/).


27 January 2026
  • National Facility

Measurement and intercomparison of selected aerosol physico-chemical properties (ground and vertical)

by
  • Physical
  • Remote
The technical solution for measurement in extreme high levels. Possibility to test specialized instrumentation in demanding conditions (shocks, vibrations, vertical gradients) of a 250 m high tall tower. The instrumentation can be placed on individual measuring platforms (8 m, 50 m, 125 m, 230 m), the instrument dimensions are limited by platform size and lift capacity.
Testing of the instrumentation by the unmanned aerial system (UAS). Possibility to use own UAS (necessary to comply with the legal regulations and laws of the Czech Republic, including insurance) within the specific conditions close to the tall tower. There is an option to compare/calibrate measurement parameters with regular tall tower data sets (meteorology, greenhouse gases, physical and chemical properties of aerosols, cloud mapping, etc.).
Opportunity to use the NAOK´s infrastructure fenced and secured area - sampling platforms, power supply, concrete platforms for sampling.

Providing results from online measurements –NO-NOX-NO2, SO2, PM10, PM2.5, CO, physical and chemical properties of aerosol particles.
Results availability from offline measurements - PM10, PM2.5, PM1, chemical composition - cations (PM2.5), anions (TSP), EC/OC (PM2.5), PAHs, heavy metals (PM10, PM2.5).
Accommodation directly at NAOK in rooms with private bathrooms (12 double rooms) with the possibility of local non-vegetarian food :o), use of seminar room with the capacity of 20 people, availability of small kitchen with limited equipment.
More information about measurement is here: https://actris.cz/web/data-and-measurement/

27 January 2026
  • National Facility

Experimental investigations of atmospheric processes

by
  • Physical
  • Remote

The service consists of:

  • Physical access to the IASC facility

  • possibility to perform 6 hr experiments in the simulation chamber

  • technical service to use own instruments

  • training for planning, evaluation and interpretation of experiments.

  • Hands-on training sessions with state of the art instrumentation connected to IASC

  • Training on how to design and perform chamber experiments by experienced scientists

  • Remote access to the IASC facility and provision of data from simulation chamber experiments.

IASC is a custom-built atmospheric simulation chamber specially designed for investigating atmospheric processes, as well as testing and developing new atmospheric measurement techniques. The chamber is a 27 m3 cuboid (4.5 m long × 3 m wide × 2 m high) made of FEP Teflon foil, supported in a frame and surrounded by an air-conditioned housing. Several banks of lamps provide UV-A and UV-B radiation to enable studies of atmospheric photochemistry. The chamber is fitted with a gas flow control system for filling/flushing the chamber with purified dry air and numerous ports for adding/sampling gases and particles. A specially designed access door also allows items (e.g. sensors or devices, samples or test materials) to be positioned inside the chamber.

The facility is equipped with a comprehensive range of instruments:

  • Highly sensitive time of flight chemical ionisation mass spectrometer (ToF-CIMS, Aerodyne) for monitoring volatile organic compounds (VOCs) and other gases at atmospherically relevant concentrations. The instrument is also equipped with a Filter Inlet for Gases and  AEROsols (FIGAERO) to allow collection and analysis of species in the particulate phase.

  • Unique custom-built spectroscopy system for in situ measurements of gases, radicals and properties of particles. Current capabilities are based on cavity enhanced spectroscopies and include HONO, NO2, glyoxal and NO3 radicals, as well as total extinction in the near UV. The system is customisable and can be adapted to measure a range of species over different parts of the spectrum.

  • Continuous online measurements of gases (CO2, NOx, O3, SO2) and particles (scanning mobility particle sizer). Air pressure, temperature, and relative humidity are also routinely recorded.

    TIME CONSTRAINTS: None, although access has to be coordinated with other activities in laboratory


27 January 2026