O slideshow foi denunciado.

New exascale HPC techniques to energy industry simulations.

2

Compartilhar

Carregando em…3
×
1 de 5
1 de 5

New exascale HPC techniques to energy industry simulations.

2

Compartilhar

Baixar para ler offline

Descrição

Project overview by Alvaro Coutinho, Professor of UFRJ, Brazil, and HPC4E coordinator, Brazil

Transcrição

  1. 1. July 4, 2017 Alvaro Coutinho What we have been doing
  2. 2. • H2020-EUB-2-2015: High Performance Computing. • 2 Million Euro for European partners; 6 Million Reais for Brazilian partners “Apply Exascale HPC technology to energy industry simulations” Wind + Oil and Gas + Biomass
  3. 3. Solutions Envisioned • HPC: Efficient use of the future 100 Petaflops and Exaflop systems. • WIND ENERGY: Wind farm design and short-term micro-scale wind simulations to forecast the daily power production and reduce CO2 targets. • BIOMASS: Predict the performance of different biomass-derived fuels in practical systems. • GEOPHYSICS: Obtain detailed images of deep hydrocarbon reservoirs.
  4. 4. July 4, 2017HPC4E Review Meeting4 Research outcomes are published in peer-reviewed journals, disseminated in congresses and conferences, and transferred to other EU and BRA projects related to energy. exploitation of results https://hpc4e.eu/publications Industrial partners have direct access to the innovative ideas and tools of the project and apply them to their internal software. Industry Scientific community HPC4E is directly related to obtaining and managing more efficiently energetic resources by means of HPC. In the long run, this will result in cheaper, cleaner and safer energy production. Society
  5. 5. July 4, 2017HPC4E Review Meeting5 PUBLICATIONS

Descrição

Project overview by Alvaro Coutinho, Professor of UFRJ, Brazil, and HPC4E coordinator, Brazil

Transcrição

  1. 1. July 4, 2017 Alvaro Coutinho What we have been doing
  2. 2. • H2020-EUB-2-2015: High Performance Computing. • 2 Million Euro for European partners; 6 Million Reais for Brazilian partners “Apply Exascale HPC technology to energy industry simulations” Wind + Oil and Gas + Biomass
  3. 3. Solutions Envisioned • HPC: Efficient use of the future 100 Petaflops and Exaflop systems. • WIND ENERGY: Wind farm design and short-term micro-scale wind simulations to forecast the daily power production and reduce CO2 targets. • BIOMASS: Predict the performance of different biomass-derived fuels in practical systems. • GEOPHYSICS: Obtain detailed images of deep hydrocarbon reservoirs.
  4. 4. July 4, 2017HPC4E Review Meeting4 Research outcomes are published in peer-reviewed journals, disseminated in congresses and conferences, and transferred to other EU and BRA projects related to energy. exploitation of results https://hpc4e.eu/publications Industrial partners have direct access to the innovative ideas and tools of the project and apply them to their internal software. Industry Scientific community HPC4E is directly related to obtaining and managing more efficiently energetic resources by means of HPC. In the long run, this will result in cheaper, cleaner and safer energy production. Society
  5. 5. July 4, 2017HPC4E Review Meeting5 PUBLICATIONS

Mais Conteúdo rRelacionado

Diapositivos para si

Audiolivros relacionados

Gratuito durante 30 dias do Scribd

Ver tudo

×