Navegando por Autor "OLIVEIRA, Edson Farias de"

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Automation of Tambaqui Fish Pond Aeration for Energy Efficiency in the Brazilian Amazon
(Instituto de Tecnologia e Educação Galileo da Amazônia, 2022) BINATTI, Fabio Cavalcante; OLIVEIRA, Edson Farias de
The increase in the demand for fish highlights the aquaculture potential of the Brazilian Amazon. The high cost of electric energy, lack of technical staff, and the absence of continuous control of water quality parameters are some of the factors that hinder the growth of this activity. This study evaluated two opportunities for automation and optimization in commercial tambaqui farms in ponds in Amazonas, Brazil. The first is the manual control and recording of physical-chemical properties of the water, and the second is the high consumption of electricity by the aerators. Thus, we developed continuous monitoring of water quality parameters through automatic gauging, using a floating platform with onboard sensors, called the Autonomous Experimental Station (AES), which controls the startup and shutdown of the aerators according to established parameters, providing the oxygen necessary for maintaining fish life, eliminating electricity waste, and recording the evaluated parameters. As a result, after integrating the AES in excavated tanks, it was possible to reduce 26% in electric energy consumption for adult fish and 52% for juvenile fish, besides registering the values of DO, pH, and temperature, generating savings for the producer and contributing to the sustainability of the activity in the Amazon.
OTIMIZAÇÃO DO TEMPO DE TESTE FUNCIONAL DE PLACA DE CIRCUITO IMPRESSO MONTADA PARA COMPUTADOR PESSOAL
(Universidade Federal do Pará, 2012) OLIVEIRA, Edson Farias de; BLANCO, Cláudio José Cavalcante
The increasing competitiveness among companies in the same sector has made continuous process optimization essential to reduce costs. This study evaluates the time involved in the functional testing phase of motherboards produced in the Industrial Pole of Manaus and proposes improvements for optimization. A system for image capture was developed to analyze idle times, along with test devices and a proprietary Linux-based test system, replacing the previous system that depended on foreign suppliers. Percentage gains were demonstrated through four optimization proposals: unifying tests, performing simultaneous tests on two boards, replacing the test system, and automating the test device. The results obtained after implementing these improvements were positive, reinforcing the importance of applying scientific methodologies combined with innovation to optimize production processes.
Otimização do Tempo de Teste Funcional de Placa de Circuito Impresso Montada para Computador Pessoal
(Universidade Federal do Pará, 2012) OLIVEIRA, Edson Farias de; BLANCO, Claudio José Cavalcante
Increased competitiveness among the peer group has become increasingly important to the constant optimization of processes to consequently reduce manufacturing costs. The objective of this study is to assess the time involved in the functional testing phase of MBs produced in a company of the Industrial Pole of Manaus and propose improvements that lead to optimization of this phase. The actions taken with respect to optimizations led to the development system for capturing images to improve the analysis of downtimes and development of devices for testing, as well as the proprietary test system based on Linux to replace the previous system which relied of foreign partners. The percentage gains in the project was presented in four optimization proposals, the first being with the unification of the tests, the second with the test being performed on two board, the third with the replacement of the previous test by the system owner and end automation of the test device, which was demonstrated gains in each of the proposals. The results obtained after implementation of each proposal were positive and reinforce the need to apply scientific methods combined with creativity to achieve the optimization at any stage of the production process.