Browsing by Author "ROVIGATI, David Giávara"

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    Gestão de passivos trabalhistas: CAFÉ MARACANÃ
    (UNIFEOB, 2022-10-14) ROVIGATI, David Giávara; OLIVEIRA, Inaê Cristina de; QUESADA, Gabriel Carvalho; MARTINS, Murilo da Silva; GASPARINI, Rafaela Basilio; DOVAL, Danilo Morais; SANTOS, Mariangela Martimbianco; SIQUEIRA, Marcelo Ferreira; MARCONDES, Renata E. de Alencar; BATISTA, Dirceu Fernandes
    The objective of this work is to identify, refine and extinguish labor liabilities with the least possible impact on the company's operation. The Café “Maracanã” company was chosen because it is widely known in the region in the coffee roasting business and for its accessible information.
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    SISTEMA DE PURIFICAÇÃO E REUTILIZAÇÃO DE ÁGUA
    (FUNDAÇÃO DE ENSINO OCTAVIO DA SILBA BASTOS, 2019-04-01) ROVIGATI, David Giávara; QUESADA, Gabriel Carvalho; ELIAS, Isaias de Oliveira; MARTINS, Murilo da Silva; GASPARINI, Rafaela Basilio
    For Ribeiro (2012), water is an essential resource for society, living beings and also responsible for several production systems around the world, “It is a condition essential for the life of every animal, plant or human being” water is one of the natural resources most abundant on the planet, as he states, “The surface of planet Earth contains about 71% liquid water”. However, less than 0.2% is drinkable, combining with the constant growth and development of society, the lack of water is increasingly visible, especially in regions where it was once abundant. Like Graziano (2017) states: around 663 million people in the world currently live without access to water drinking water near their homes. Based on the concern that there is no more usable water in a near future, which would compromise the ability of future generations to develop, it is proposed to research viable methods for the construction of a purification system and reuse of water in their own homes, businesses, or anywhere there is a water reservoir, thus reducing waste, both in regions where water is discarded by default, as enabling a higher yield where water is a good scarce.