ODYSSEA WP4 workshop on Delft-FEWs + Delft3D modelling suite

Apresentação em tema: "ODYSSEA WP4 workshop on Delft-FEWs + Delft3D modelling suite"— Transcrição da apresentação:

1 ODYSSEA WP4 workshop on Delft-FEWs + Delft3D modelling suite
Heraklion, Crete, Greece ODYSSEA WP4 workshop on Delft-FEWs + Delft3D modelling suite AquaSafe ODYSSEA Pedro Galvão, João G. Rodrigues, Adélio Silva, José Chambel Leitão, Paulo Chambel Leitão, Hélio Santos, João Ribeiro, Sofia Bartolomeu

2 AQUASAFE |OPERATIONAL SYSTEM
INTRODUCTION AQUASAFE |OPERATIONAL SYSTEM DATA FLUX Measures Download Operational Models Hydrodynamic models Wave models Weather models RESULTS ANALYSIS CONCLUSIONS

3 INTRODUCTION | Administration controls | Reports | User controls
HIDROMOD is an international company acting in the areas of: Consultancy: Whole water cycle and information technologies Products: Real time data and modeling integration Services: Forecast systems, Early warning systems, Professional support (e.g. Portugal, Spain, France, Brazil, Argentina, Colombia, Malaysia, Oman) Main characteristics: High qualified staff with several Ph.D. and Ms.C. Over 450 projects in the last 25 years 1/3 – R&D Projects navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

4 INTRODUCTION | Administration controls | Reports | User controls
Why are we here? navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

5 INTRODUCTION | Administration controls | Reports | User controls
Why are we here? navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

6 INTRODUCTION | Administration controls | Reports | User controls
Why are we here? Help local Observatories connect to the Odyssea platform. 1- Automate data ingestion from Odyssea 2- Share data back to Odyssea. navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

7 Not all observatories are equal?
INTRODUCTION | Administration controls | Reports | User controls Not all observatories are equal? Implement numerical model Operational numerical model Operationally validated and Data assimilation Publish data Collect data Store data Publish data navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

8 Not all observatories are equal?
INTRODUCTION | Administration controls | Reports | User controls Not all observatories are equal? Implement numerical model Operational numerical model Operationally validated and Data assimilation Publish data Collect data Store data Publish data navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

9 INTRODUCTION | Administration controls | Reports | User controls
How AquaSafe works navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

10 INTRODUCTION | Administration controls | Reports | User controls
Where is the server? navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

11 Cross Plataform Data Acquisition Hydrodynamics forecast CMEMS
Introduction | OPERATIONAL SYSTEM | Data flux | Result analysis | Conclusions External data OPERATIONAL SYSTEM Products Desktop Client Data in real time Data management Mobile App Large scale Cross Plataform Data Acquisition Hydrodynamics forecast CMEMS Search and Rescue Configurable Reports / Alerts Meteorological forecast NOAA High resolution forecast models Waves forecast NOAA High resolution models Webpage services O serviço é suportado pela plataforma AQUASAFE que é responsável pela centralização de toda a informação, controlo dos fluxos de informação, gestão das simulações dos modelos de previsão e finalmente pela publicação dos resultados em diferentes plataformas (desktop, web, mobile). MOHID & Delft WRF WWIII & SWAN

12 INTRODUCTION | Operational System | Data flux | Result analysis | Conclusions
Target end users – HIDROMOD forecast services (with sign contracts) - 2018 Emergence (present-1; Past-2) Harbors (present-7; Testing phase-4) Hydropower (present-1; Past-1) Aquaculture (Present-1;Testing phase-1); Utilities (present-3;Testing phase-1) Flood (Present-1)

13 Desktop Client Mobile App Search and Rescue Email Webpage services
Introduction | OPERATIONAL SYSTEM | Data flux | Result analysis | Conclusions Produtos finais Desktop Client Mobile App Desktop Client Search and Rescue Webpage services O serviço é suportado pela plataforma AQUASAFE que é responsável pela centralização de toda a informação, controlo dos fluxos de informação, gestão das simulações dos modelos de previsão e finalmente pela publicação dos resultados em diferentes plataformas (desktop, web, mobile). Reports Mobile App

14 INTRODUCTION | Administration controls | Reports | User controls
Any costs? During the project – No costs in setting up and maintaining the system. After the project- Free to keep using. navegação, segurança, operação em portos marítimos, alertas de poluição, simulação de trajetórias de derrames

15 Delft3D & MOHID

16 Thracian sea implementation
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions Thracian sea implementation Overview: Forcing Discretization Results – one month simulation: Maps Time series

17 1. Forcing Atmospheric boundary condition:
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 1. Forcing Atmospheric boundary condition: WRF – 2 km Initial and open boundary condition: CMEMS – Medsea solution – daily averages Open boundary condition: MOHID: Fes2012 – astronomic tide Delft3D: Fes2014 – astronomic tide Land boundary Rivers (average flow): Nestos, Strymon, Evros

18 2. Discretization Level 1 (Thracian sea):
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 2. Discretization Level 1 (Thracian sea): DT = 60 s DX = 0.01º 62 z-layers (same z-level discretization of the CMEMS MedSea solution) Nesting - Level 2 (Thassos Strait): DT = 60 s; DX = 0.002º 17 z-layers (same z-level discretization of the CMEMS MedSea solution)

19 3. Results Level 1 – Surface velocity
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 3. Results Level 1 – Surface velocity

20 3. Results Level 2 – Surface velocity
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 3. Results Level 2 – Surface velocity

21 3. Results Level 1 – SST - January 7th , 2018
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 3. Results Level 1 – SST - January 7th , 2018

22 3. Results Level 1 – SST - February 1st , 2018
Introduction | Operational system | DATA FLUX | Result analysis | Conclusions 3. Results Level 1 – SST - February 1st , 2018

23 Introduction | Operational system | DATA FLUX | Result analysis | Conclusions
3. Results Level 2 – SSS

24 Introduction | Operational system | DATA FLUX | Result analysis | Conclusions
3. Results Level 1 – 1 month

25 Introduction | Operational system | DATA FLUX | Result analysis | Conclusions
3. Results Level 2 – 1 month

26 Results analysis – hands on

27 OBRIGADO!