Fabio Souza

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Produções bibliográficas

• SOUZA, F. C. ; FERNANDA GRAMORELLI ; CARVALHO, F. F. ; MORAES, G. P. ; FERREIRA, M. M. ; NETTO, C. J. C. ; BERNARDO, P. R. C. C. ; ELERATI, L. E. M. ; ASSIS, J. P. C. ; NETTO, R. G. S. ; ANDRE, R. G. ; SOUZA, F. C. . New tool to implement volumetric balance in complex reservoir and management of injection requirements to improve productivity. REVISTA ELETRÔNICA DO IBPI , 2024.

• SOUZA, F. C. ; FERREIRA, M. M. ; LEANDRO DOS SANTOS NAZARETH ; ALBERTO BARBOSA RAPOSO ; ELERATI, L. E. M. ; PIRES, P. R. M. . Virtual assistant using pre-trained generative transformers in the context of reservoir management. REVISTA ELETRÔNICA DO IBPI , 2024.

• SOUZA, F. C. ; MATHEUS, M. C. ; PEDRA, A. M. ; SANTOS, R. J. O. ; OLIVEIRA, F. M. ; SANTOS, N. B. C. ; PEDENAUD, P. ; DEZOTTI, M. W. C. ; NELE, M. . Assessing Oil Sorption Kinetics for Different Media Used in Produced Water Depth Filtration. REVISTA ELETRÔNICA DO IBPI , 2024.

• SOUZA, F. C. ; MATHEUS, M. C. ; SANTOS, R. J. O. ; OLIVEIRA, F. M. ; PEDRA, A. M. ; PEDENAUD, P. ; SANTOS, N. B. C. ; DEZOTTI, M. W. C. ; NELE, M. ; BASSIN, J. P. . Beyond the Grains: Broad Characterization of Produced Water Depth Filtration Media. REVISTA ELETRÔNICA DO IBPI , 2024.

• SOUZA, F. C. ; FERREIRA, T. F. ; PESSOA, F. ; BONFIM, A. ; CALIXTO, E. . OPTIMIZATION OF HYDROGEN SULFIDE SCAVENGING PROCESS IN OIL PRODUCTION. Rio Pipeline , 2019.

• SOUZA, F. C. ; FERREIRA, T. F. ; PESSOA, F. ; CALIXTO, E. ; BONFIM, A. . Optimization algorithm of Hydrogen Sulfide Scavenging Process in Oil Production Industry. REVISTA ELETRÔNICA DO IBPI , 2019.

Outras produções

Projetos de pesquisa

• 2021 - Atual

  Effect of different porous media on oil and water separation, Situação: Em andamento; Natureza: Pesquisa. , Integrantes: Fabio Carvalho de Souza - Coordenador / Joao Paulo Bassin - Integrante.

• 2019 - Atual

  Fenix - Oil Reservoir Management System, Descrição: Ambiente integrado à base de dados da Petrobras que auxilia no gerenciamento do ciclo de vida dos reservatórios de petróleo. Automatizar e agilizar análises utilizando ferramentas. Consolida as ferramentas e rotinas de análises, uniformizando e definindo melhores práticas. , Situação: Em andamento; Natureza: Pesquisa. , Integrantes: Fabio Carvalho de Souza - Coordenador / Luiz Elerati - Integrante.

• 2017 - 2019

  Optimization of hydrogen sulfide scavenging process in oil production systems, Descrição: Hydrogen sulfide (H2S), usually present in oil reservoirs, is a toxic and corrosive gas that may have its origin associated with bacteria?s metabolism or thermochemical reactions. This gas which is already present in the atmosphere can be converted into sulfur dioxide (SO2), contributing to the greenhouse effect. In presence of water it forms sulfuric acid and precipitates as acid rain. Given its physicochemical properties, H2S tends to accumulate in spaces with little ventilation; being a serious condition in operational processes. Even in low concentrations it causes health problems, and itis lethal in concentrations close to 700 ppm. Nevertheless, the corrosive potential must also be considered, mainly during production due to the piping can be affected with leaks. Therefore, the treatment should still be effective close to the reservoir during the oil production process. These problems must be overcome by the effective reduction or removal of this gas from the oil stream. The use of H2S scavengers in oil industry is a useful practice in order to remove or reduce gas concentration. Hydrogen sulfide scavengers based on triazines are used, since they are liquid substances that can be used in gas systems, being able to be injected directly into the stream with great mixing capacity. The triazine reacts with H2S producing soluble and inert products, which are collected during production system. In order to monitoring H2S concentration, a software SIMSeq 1.0 was used to simulate operational conditions based on real data from oil wells. Using this software, several simulations were carried out and the optimum injection volume was determined. After the volume set, sensitivities analysis was carried out for different injection depths of scavengers along the well string. The results allowed to draw the best correlation between triazine flowrate and its injection depth. It was done by comparing the scavenger injection depth along the points of injection into wellbore. These results were used to build a predictive model in STATISTICA software with a distribution between volume of injection and sequestration efficiency to support economic feasibility studies for fields and oil wells. Results from this study lead us to believe that for the well studied, considering simulations e statistical analysis performed, the optimum injection depth and flowrate to have H2S concentrations below 5 ppm should be 9500 m for depth and 46 L/h flow rate.. , Situação: Concluído; Natureza: Pesquisa. , Alunos envolvidos: Doutorado: (4) . , Integrantes: Fabio Carvalho de Souza - Coordenador / tatiana Felix ferreira - Integrante / Fernando Pessoa - Integrante / Ewerton Calixto - Integrante / Andre Ferreira Young - Integrante.

• 2013 - 2015

  Santos Operational Simulation System, Situação: Concluído; Natureza: Pesquisa. , Integrantes: Fabio Carvalho de Souza - Coordenador / Anderson Miguel da Silva Inacio - Integrante / kapil Mukati - Integrante / Tiago Zampiere - Integrante / Enio Emanuel - Integrante / Andrpeia de Moura - Integrante / Alex Furtado - Integrante.

• 2009 - 2010

  Integrated of Static and Dynamic Data to investigate Interwell Communication, Situação: Concluído; Natureza: Pesquisa. , Integrantes: Fabio Carvalho de Souza - Coordenador / Edivar Narciso Benjamin Junior - Integrante / Peter Monteiro dos Santos - Integrante / Paulo roberto da Motta Pires - Integrante / Eloisa Moreira de Lira - Integrante / Aline Cortizo Costa - Integrante.

• 2005 - 2006

  Fluxo de Trabalho Integrado para E&P, Situação: Concluído; Natureza: Pesquisa. , Integrantes: Fabio Carvalho de Souza - Coordenador / Ronice Paixão Prado - Integrante / Leandro Ribeiro dos Santos - Integrante / Marcus Suzart Ungaretti Rossi - Integrante / jansen Dantas de Oliveira - Integrante / Tasso Cordeiro Benevides de Magalh~ães - Integrante.