WP3 Developing research facilities LIDAR LISA LISA: 2-channels - - PowerPoint PPT Presentation

WP3 – Developing research facilities

 LIDAR

• LISA

LISA: 2-channels IR-VIS lidar

• MILI

MILI: 2-channels UV eye- safe scanning lidar

• RALI

RALI: 6-channels multiwavelength lidar

• FLUORES

FLUORES: fluorescence lidar

• OLI

OLI: tropospheric ozone lidar (soon)

 COMPLEMENTARY

• Sun photometer
• Nephelometer
• Particle sizer
• Mobile laboratory

2 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


3

Meteorological parameters?! Particles composition?!

Not yet Not yet implemented! implemented!

DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


Urgent needs at ROLICE Solutions ?

 Improvement of technical

characteristics for lidars:

• Range
• Stability
• Accuracy

 Meteorological profiles:

• Wind
• Temperature
• Humidity

 Aerosol composition

4 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


5

Task 3.1 Identifying best technical solutions for the improvement of centre’s infrastructure to fit applications and networks requirements Task 3.2 Upgrading existing R&D equipments to fulfil networks requirements (EARLINET, AERONET) Task 3.3 Purchasing up to date R&D equipments to extend the area of applications Objective: Objective: To improve the existing research infrastructure

DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


 Complex and application-sensitive equipments

⇒ technical characteristics must be well defined

 Wide area of possible configurations and designs

⇒ optimum choice of models and providers 

 Orient the decision following:

• The conclusions of:

 a detailed study based on existing literature  market-oriented research ⇒ link to WP4

• the recommendation of:

 The Advisory Board ⇒ link to WP1  The stakeholders Group ⇒ link to WP1  Counterparts (EARLINET, AERONET) ⇒ link to WP5

6 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


 Primary target: lidars for EARLINET (LISA and

RALI) ⇒ link to WP2 (training)

• LISA

 Replacement of detection modules and laser ⇒ collaboration with Institute of Physics, National Academy of Science Bjelarus

• RALI

 Mounting of eye-pieces in front of PMTs ⇒ collaboration with:

 Meteorologisches Institut der Ludwig-Maximilians- Universität - Munich, Germany (design)  RAYMETRICS, Greece (mounting)

7 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


 In order to be quantitative, lidars must be

complemented by other instruments:

• Meteorological profiles

 Wind ⇒ wind profiler (lidar/sodar/scintillometer)  Temperature, pressure, humidity ⇒ microwave radiometer (radiosounding not possible at our site!)

• Particles composition and size ⇒ Aerosol Mass

Spectrometer

 ROLICE could cover many applications:

• Atmospheric boundary layer research
• Air quality observation
• Global climate change research
• Forest fire management
• Emissions characterization of combustion sources
• Direct determination of OC emissions indices with

simultaneous measurement of plume CO2

8 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


Deliverables Milestones

Del. no. Deliverable name Dissemi

• nation

level Delivery date (proj. month) D3 Report on equipments available

• n the market

PU 3 D7 Upgrade report CO 12 D11 R&D equipments purchased and installed PU 15 Milest

• ne

no. Milestone name Delivery date from Annex I M6 Establish technical requirements; marketing 2 M9 Define operations for upgrade 4 M10 Organize public tender 4

9 DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009


Costs per category Costs per period

10

3% 0% 80% 0% 0% 17%

Personnel costs Subcontracting costs Equipments Consumables Mobility Total indirect costs 50000 100000 150000 200000 250000 300000 350000 400000 450000

Ozone lidar Raman lidar Mini lidar AMS Radiometer Wind profiler YAG:Nd laser

Total cost Allowable EC contribution Requested from EC DELICE
Kick‐off
meeting,
Bucharest,
March
10‐11,
2009