responding to cams itts: upcoming opportunities · cams_62 development of regional air quality data...
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Atmosphere Monitoring
Stijn Vermoote, Lead Copernicus Contract Management
Responding to CAMS ITTs:Upcoming opportunities
AtmosphereMonitoring
O v e r v i e w C A M S c o n t r a c t s
20 CAMS contracts(of which 3 are still under negotiations)
Distributed in20 European
countries
From59 entities
Total value~18 M€
20 Communications contracts
Distributed in7 Europeancountries
From23 entities
Total value~1 M€
AtmosphereMonitoring
MACC-III Ctu + Ramp-up Phase I Phase II
2014 2015 2016 2017 2018 2019 2020 2021
BATCH 1: 6 contracts (57% of budget): Regional products (CAMS_50), Validation (CAMS_84), Solar Radiation (CAMS_72), Surface fluxes (CAMS_73), Climate Forcing (CAMS_74), Users Interactions (CAMS_94)
BATCH 2: 5 contracts (26% budget): GHG (CAMS_41), GRG (CAMS_42), AER (CAMS_43), Fire emissions (CAMS_44), Policy Products (CAMS_71)
BATCH 3: +10 contracts (17% of budget): Emissions (CAMS_81), In Situ Observations networks (CAMS_2xxx, multiple DNs)
COMMUNICATION and OUTREACH
CAMS USE CASES part 1
Transition
New ITTs Regional products (CAMS_50), Validation (CAMS_84), Solar Radiation (CAMS_72), Surface fluxes (CAMS_73), Climate Forcing (CAMS_74), Users Interactions (CAMS_94)
New ITTs GHG (CAMS_41), GRG (CAMS_42), AER (CAMS_43), Fire emissions (CAMS_44), Policy Products (CAMS_71)
+ TRAINING
CAMS USE CASES part 2
+ Regional Services developments (CAMS_61, 62 and 63)
C o n t r a c t s l a u n c h e d d u r i n g C A M S
today
AtmosphereMonitoring
CAMS_61 Development of regional air quality modelling aspects Activities to support and further develop the modelling aspects of the regional air quality forecasts of CAMS, which will be based upon a geographically distributed ensemble of five to ten individual systems.
CAMS_62 Development of regional air quality data assimilation aspectsActivities to support and further develop the data assimilation aspects of the regional air quality forecasts of CAMS, which will be based upon a geographically distributed ensemble of five to ten individual systems.
CAMS_63 Development of regional air quality ensemble methodsActivities to support and further develop the ensemble processing aspects of the regional air quality forecasts of CAMS, which will be based upon a geographically distributed ensemble of five to ten individual systems.
R e g i o n a l S e r v i c e s D e v e l o p m e n t s ( C A M S _ 6 1 , 6 2 a n d 6 3 )
ITT(s) to be published in September 2017Maximum overall budget: ca. 3,35 MEUR
AtmosphereMonitoring
• PRINCIPLE: Based on market analysis, the Use Case will develop and demonstrate end-to-end applications (product, software or service) based on CAMS products.
• OBJECTIVE ITT: Stimulate innovative ideas and support the development of downstream applications.
• SELECTION CRITERIA: – innovative use of one or more CAMS products, – the sustainability of the application business plan, – the potential for increasing the use of CAMS services and reaching out to wider
communities, – the quality and value for money of the proposals.
• Expected SCOPE and IMPLEMENTATION of USE CASE :– cover a single application (tenderers may submit other separate proposals covering
other applications) using 1 or more CAMS products– design and development phase (duration between 3 and 6 months);– market trial phase (duration between 12 and 24 months)– Max. price: 95kEUR (additional in-kind contributions possible)
C A M S U s e C a s e s – p a r t 2
ITT to be published in September - October 2017Maximum overall budget: ca. 500 kEUR
AtmosphereMonitoring
E x a m p l e s o f U S E C A S E S – p a r t 1( f o c u s E a s t e r n , C e n t r a l a n d S o u t h e r n E u r o p e )
Copernicus Application Facility for Environmental Effects on Health and Comfort
Focus: inform citizens, tourists, public authorities and tourism operators with up-to-date information about weather and air quality conditions, including location-specific and user-specific environmental risk indices and personalized alerts.
Service Portal for the Authorities and Individuals
CAMS input: hourly values of O3, PM2.5, PM10 and Βirch pollen generated every 6-hours from the CAMS Regional Air Quality (RAQ) ensemble product. The regional datasets cover the longitudes 335.05 to 44.95 every 0.1º, and latitudes 69.95ºN – 30.05ºN also at 0.1º resolution (~10km).
Geographic coverage: Greece and Cyprus
National Observatory of Athens (NOA)
a Location Specific Info Portal for tourism business
operators
Smartphone App for Citizens
Products and services
AtmosphereMonitoring
E x a m p l e s o f U S E C A S E S – p a r t 1( f o c u s E a s t e r n , C e n t r a l a n d S o u t h e r n E u r o p e )
airTEXT Air Quality Forecasting Service for Riga
Focus: Street-scale local air quality forecasting service for the Latvian capital city of Riga based on the airTEXT service and local emission inventory
‘Riga airTEXT’ website; high-resolution maps of overall air quality, NO2, PM10, PM2.5 and ozone; air quality alerts with associated health messages via SMS, email, RSS, Twitter and Facebook; a smartphone app with district-specific forecasts of air pollution, UV, pollen and temperature range; 3-day forecast for each district available via web widgets and APIs for integration with third-party services.
CAMS input: CAMS regional ensemble air quality forecast product as boundary conditions for local air pollution modelling and use CAMS forecasts of UV index and pollen
Geographic coverage: City of Riga (Latvia)
Cambridge Environmental Research Consultants (CERC) Ltd
Products and services
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K e e p i n g t r a c k o f n e w c o n t r a c t o p p o r t u n i t i e s
More details on upcoming and open competitive procurements are available at: – http://atmosphere.copernicus.eu/tenders for CAMS– http://climate.copernicus.eu/tenders for C3S
For a complete overview on opportunities and procurement procedures, please visit ECMWF’s Copernicus Procurement website:– http://www.ecmwf.int/en/about/suppliers/copernicus-procurement
