CV Lattes
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Universidade Estadual de Campinas (UNICAMP). Centro de Estudos de Energia e Petróleo (CEPETRO) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Professor at the School of Mechanical Engineering of univesrity of Campinas - UNICAMP (Brazil) since 2014. Associate Professor since 2022. Director of the Center for Energy and Petroleum Studies - CEPETRO at UNICAMP since 2020. Coordinator of ALFA (Artificial Lift and Flow Assurance Research Group) at the Center for Energy and Petroleum Studies at UNICAMP. Mechatronic Engineer graduated from the School of Engineering of São Carlos (EESC) of USP (2008). PhD in Mechanical Engineering from EESC - USP (2013) in the Thermal and Fluid concentration area. Works in the field of Mechanical and Petroleum Engineering with a focus on: Fluid Mechanics, Thermodynamics and Heat Transfer. Specifically works with flow assurance, artificial lift methods, instrumentation development, multiphase flows, oil production systems. He was a collaborating professor in the graduate program in Mechanical Engineering at EESC-USP (2013) and substitute professor at the Institute of Mathematics and Computing Sciences at USP, on the campus of São Carlos (2013-2014). (Source: Lattes Curriculum)
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This project presents the annual plan for the application of resources for institutional infrastructure costs of Research - FAPESP generated from the Institutional Technical Reserve destined to the Center for Energy and Oil Studies - CEPETRO - UNICAMP. The value of the RTI will be applied to the purchase of a new common-use storage to allow the improvement of the data management infrastru…
The concentration of CO2 in the atmosphere has been the main cause of the greenhouse effect and global warming, with visible consequences, for example, on the climate. One of the industries that releases high levels of CO2 into the atmosphere is oil and gas production. However, this same industry develops technologies that aim to reduce this release, its carbon footprint in production and…
The present proposal is divided into four research lines, namely: 1) Production Optimization (RL1) - Reservoir Modeling; 2) Production Optimization (RL2) - Artificial Lift and Flow Assurance; 3) EOR/IOR (RL3); and 4) Water Handling (RL4). In the Reservoir Modeling plan, the initial application (first years of project) will be in a reservoir with the characteristics of the Peregrino field …
(Only some records are available in English at this moment)
This project presents the annual plan for the application of resources for institutional infrastructure of research costs - FAPESP, generated from the Institutional Technical Reserve for the Center for Petroleum Studies - CEPETRO - UNICAMP. The amount of the RTI will be applied to the purchase of IT equipment of common use to allow for the improvement of communication between CEPETRO's se…
This project presents the annual plan for the application of resources for institutional infrastructure of research costs - FAPESP, generated from the Institutional Technical Reserve for the Center for Petroleum Studies - CEPETRO - UNICAMP. The value of the RTI will be applied to the purchase of equipment in common use to allow CEPETRO researchers access to USB equipment directly over the…
This doctoral research project will be carried out in collaboration with a master's projectwhere both students will work together with the goal of generating Finite Elements (FE) meshesfrom data of CT-scan of rock, as shown in Xu et al (2008). This mesh will then be used in thisresearch to assess the material properties of the rock samples such as porosity and permeability.The numerical s…
In a scenario of insufficient oil production, with a projected deficit of 80 to 105 millionbarrels per day by 2050 (Equinor, 2019), it is evident that enhancing technologies to increase oilsupply, reduce energy consumption, and lower CO2 emissions is essential. This is particularlyrelevant in the context of pumping viscous fluids, a condition that can significantly degrade theperformance …
The impact of crude oil/water emulsion flows on production and processing system istaking attention due to increment of the energy consumption and, consequently, CO 2 emissonsat offshore production. This kind of flow pattern is formed when two immiscible fluids passthrough shearing equipment, such as pumps and valves. The emulsion effective viscosity canbe higher than the oil viscosity an…
(Only some records are available in English at this moment)
The polymer injection is widely used in the energy industry as an Enhance Oil Recovery (EOR) method. The polymer, which has a long molecule chain, is added to water and acts as a viscosifying agent. From the topside, the polymer and water mixture is injected at the bottomhole by a lower shear pumping system. When this mixture passes through the production system, especially by Electrical…
The objective of this research project is to assess the risks and understand the causes of the formation of precipitates in lines of injection of emulsion breakers in producing wells. Such a phenomenon can cause the clogging lines and injection valves of this type of fluid. During the injection process, the fluids are subject to great variations in pressure and temperature, which can caus…
Liquid-liquid flows are common in oil production due to presence of aquifers and/or use of water as enhanced oil recovery techniques. The presence of water flowing with oil may cause emulsion formation. Such system is thermodynamically stable and hard to be separated. When there is a high fraction of water in the oil, the two-phase water-oil dispersion may present an effective viscosity h…
(Only some records are available in English at this moment)
Two-phase flows are observed in numerous natural and industrial processes, being composed of two immiscible phases arranged in various geometric configurations or flow patterns. In the industrial case the major focus, since the 1940s has been the gas-liquid flows, common in the nuclear and refrigeration industry. However, with the development of the oil and food industry, liquid-liquid fl…