Our Team –

  • ANA CAROLINE PITZER JACOB
    ANA CAROLINE PITZER JACOB COMMERCIAL DIRECTOR

    Masters of Sciences in Civil Engineering, Environmental Area by COPPE/UFRJ, is also graduated in Agricultural Engineering by Universidade Federal Rural do Rio de Janeiro (UFRRJ). Was substitute professor in UFRRJ between 2010 and 2012  teaching the courses of Agronomy , Agricultural Engineering and Agricultural Sciences. She worked as a researcher at LHC / COPPE / UFRJ, between 2010 and 2012, where participated of flood control projects. Subsequently, she worked at LABHID / COPPE / UFRJ, where participated of the elaboration of “Rio de Janeiro State Water Resources Master Plan”. Became director-partner of AquaFluxus in 2013.

  • LUIZA BATISTA DE FRANÇA RIBEIRO
    LUIZA BATISTA DE FRANÇA RIBEIRO EXECUTIVE DIRECTOR

    Civil engineer graduaded by Escola Politécnica da Universidade Federal do Rio de Janeiro (2011), Master of Science in Civil Engineering  in the Environmental Area by COPPE/UFRJ (2015),  with a   dissertation about Flood Risks. AquaFluxus partner since 2012. Was also researcher of the “Laboratório de Hidráulica Computacional da COPPE/UFRJ” between the years of 2012 to 2014, when contributed on several projects regarding flood control and fluvial requalification.

AquaFluxus partners acted in several businesses   along with COPPE, developing macrodrainage projects, flooding control and mathematical modelling of complex water systems. Main projects with active participation:

  • Plano Diretor  de  Recursos  Hídricos,  Recuperação Ambiental  e  Controle  de Inundações na Bacia do Rio Iguaçu-Sarapuí – Baixada Fluminense – INEA.
  • Projeto de Recuperação da Infraestrutura Hídrica da Baixada Campista – INEA.
  • Estudos  para  Elaboração  de  um  Índice  de  Risco  de  Escassez  Hídrica  para Classificação das Unidades da Petrobras – PETROBRAS.
  • Estudos  das  Bacias  Hidrográficas  da  Área  de  Influência  do  COMPERJ  – PETROBRAS.
  • Plano Estadual de Recursos Hídricos do Estado do Rio de Janeiro – INEA.
  • Modelagem da drenagem pluvial do site de Angra 1, 2 e 3– ELETRONUCLEAR.
Contato

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