Aerosol Monitoring Site 4.0 (AMS 4.0)

Transcription

1 Aerosol Monitoring Site 4.0 (AMS 4.0) Development of Innovative Infrastructure for Aerosol Observation at Environmental Research Station Schneefernerhaus (UFS) Foto: IGUA / A. Philipp Project Group:

2 Feasibility Study (2016) Aerosol Supersite

3 Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site 4.0 Task1: Aerial Profiling Task2: Aerial Instrumentation Task3: LiDAR Detection (spatial) 2650m/ 2962m UFS 5 km Task4: Data Transfer Schematic Representation 708m GAP Farchant

4 Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site 4.0 Task1: Aerial Profiling 2650m/ 2962m UFS 5 km Schematic Representation 708m GAP Farchant

5 Local geographic/orographic Challenge Schematic Representation / Google Maps Schematic Representation 10km

6 UA Systems: Schematic Representation / Google Maps - Copter (DIALOGIS) Payload: up to 5kg Flight Time: up to 40 min Range: 20 km - Fixed-Wing Aircraft (Transition) for vertical take-off and landing (TRON / Quantum Systems) Schematic Representation Payload: up to 2,2kg Flight Time: 120 min Range: 160 km - Flying Wing (University of Augsburg / IGUA) 10km Payload: up to 1kg Flight Time: up to 30 min Range: 30 km

7 Aerial Profiling: Flight Routes Decision Criteria: - Scientific Requirements - Technical Limitation - Regulations (BVLOS) - Economic Aspects - Easy Use (Continuous Application) Schematic Representation / Google Maps Single UAV / Beyond Visual Line of Sight (single launch site) Flight Patterns Schematic Representation / Google Maps UAV Swarm (synchronized), VLOS (different launch sites) Schematic Representation / Google Maps UAV Swarm (synchronized), BVLOS (single launch site)

8 Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site 4.0 Task2: Aerial Instrumentation 2650m/ 2962m UFS 5 km Schematic Representation 708m GAP Farchant

9 Existing Standard: < 15 kg Aerosol instruments on micro light aircraft KIT/IMK-IFU UAV Sensor Pods: Independent Measurement Units for Aerosol Profiling and Data Transfer (suitable for UAV): Microlight Aircraft KIT/IMK-IFU used in campaigns for aerial insitu observation up to 4 km Experience of various UAV measurement campaigns (e.g. ALADINA, ScaleX) 15 kg Ozone, Radiation up, Scattering Coefficient, Particles, Meteorology Aerosols, OPC, fast CPC + Size distribution 5 nm 20 µm - Particle Number (Concentration) - Particle Size (5 nm up to 10 µm) - Particle Size Distribution - Absorption/Opacity (Scattering Coefficient) - Meteorology On board: - Aerosol Instruments (ambient/dry Detection) - Data Processor - Data Logger / Transmitter (WLAN/GSM/LTE) Decrease of weight to various UAV payloads (modules): <5 kg / <2,2 kg / <1 kg

10 UAV Sensor Pods: Independent Measurement Units for Aerosol Profiling and Data Transfer (suitable for UAV): - Particle Number (Concentration) - Particle Size (5 nm up to 10 µm) - Particle Size Distribution - Absorption/Opacity (Scattering Coefficient) - Meteorology On board: - Aerosol Instruments (ambient/dry Detection) - Data Processor - Data Logger / Transmitter (WLAN/GSM/LTE) Decrease of weight to various UAV payloads (modules): <5 kg / <2,2 kg / <1 kg UA Systems: - Copter (DIALOGIS) Payload: up to 5kg Flight Time: up to 40 min Range: 20 km - Fixed-Wing Aircraft (Transition) for vertical take-off and landing (TRON / Quantum Systems) Payload: up to 2,2kg Flight Time: 120 min Range: 160 km - Flying Wing (University of Augsburg / IGUA) Payload: up to 1kg Flight Time: up to 30 min Range: 30 km

11 Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site 4.0 Task3: LiDAR Detection (spatial) 2650m/ 2962m UFS 5 km Schematic Representation 708m GAP Farchant

12 Local wind layers established by orography: Aerosol dispersion affected by wind turbulence at mountain site on 26th July Extended detection range by application of spatial LiDAR: HSRL base unit used in the EARLI09 campaign in Leipzig. This system is going to be upgraded for continuous application. Pivoting High Spectral Resolution Lidar (HSRL) for standardized longterm application. Suitable for spatial aerosol detection up to and for determination of aerosol extinction coefficients at daylight. (Requirement for Satellite Validation!) The system will determine three wavelengths: 355 nm, 532 nm and 1064 nm Longterm aerosol measurements by a LiDAR (532 nm up to 45 km) and a LiDAR at UFS site (817 nm) will complement aerosol data.

13 Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site m/ 2962m UFS 5 km Task4: Data Transfer Schematic Representation 708m GAP Farchant

14 operating on demand data on demand Validation Climatology Application: Validation of Satellite Aerosol Retrievals Aerosol Monitoring Site 4.0 AlpEn- DAC (data cloud) CTM BRDF Model (DWD) GAW Data (DWD/UBA)

15 Aerosol Monitoring Site 4.0 Application: Validation of Satellite Aerosol Retrievals Standardization (continuous application) Reproducible System (implementation at any monitoring site) Other Application: - Sampling - Visual Monitoring (Albedo/Vegetation) - Gas Determination - Search & Rescue etc.

16 Projectpartners: Betriebsgesellschaft Umweltforschungsstation Schneefernerhaus GmbH GF: Markus Neumann (Projektleitung AMS 4.0) Project Lead / Contact Karlsruher Institut für Technologie / Institut für Meteorologie und Klimaforschung Institut für Atmosphärische Umweltforschung Gruppe: Atmospheric Variability and Trends Dr. Thomas Trickl / Dr. Hannes Vogelmann Gruppe: Regionalization of Biogenic Trace Gas Fluxes Dr. Wolfgang Junkermann Institut für Geographie der Universität Augsburg Lehrstuhl für Physische Geographie und Quantitative Methoden PD Dr. Andreas Philipp GRIMM Aerosol Technik Ainring GmbH & Co. KG, DURAG GROUP Mitglied Ansprechpartner: Volker Ziegler (Prokurist) Partners Technology (UAV): Associated Partners: QUANTUM SYSTEMS, DIALOGIS DLR-DFD, DWD, UBA, AlpEnDAC

17 Thank you for your attention! Thanks to Andreas Philipp (IGUA), Wolfgang Junkermann, Thomas Trickl, Hannes Vogelmann (KIT/IMK-IFU), Markus Neumann (BU UFS), Volker Ziegler (Fa. GRIMM) for co-authoring Thomas Popp (DLR-DFD) as author of Catalog of Requirements for Satellite Validation Christoph Harsch (DLR-DFD) as contact person at AlpEnDAC Michael Bittner (DLR-DFD), Martin Frede (StMUV) for supporting the project Dirk Schmidt (DIALOGIS), Florian Seibel, Armin Busse (Quantum Systems) as technical partners (UAV) Foto: IGUA / A. Philipp