1000 resultados para Medição em tanque


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This document aims to improve the quality of the production test in vertical tanks with free water drain pipes, through a device to control the draining system. This proposal consists of an interface detector close to the tank bottle and a control valve on the pipe-drain; they are attached to a remote supervisor system, which will be minimizing the human influence in the conclusion of the test result. And for more consciousness the work shows the importance of the wells production test in the attendance and diagnosis of the productive process, informing the large number of tests executed and problems of the procedure adopted in the field today. There are many possible sources of uncertainty in this kind of test as shown in the experiments realized in the field; the object prototype of this dissertation will be made in the field, based upon the definition of parameters and characteristics of the devices proposal. For a better definition of the draining process the action results of the assessment test are shown, especially changed some for the understand ing of the real process. It shows the proposal details and the configuration that will be used in the tank of Monte Alegre s field Production Station, explaining the interface detector kind and the control system. It is the base to a pilot project now in development, named as the new project classified in the status of the new technology and production improvement of PETROBRAS in Rio Grande do Norte and Ceará. This dissertation concludes that the automation of the conventional test with the draining system will bring benefits both economically as metrologically, because it reduces the uncertainty of the test procedures with free water draining, and also decreases the number of tests with problems

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This document aims to improve the quality of the production test in vertical tanks with free water drain pipes, through a device to control the draining system. This proposal consists of an interface detector close to the tank bottle and a control valve on the pipe-drain; they are attached to a remote supervisor system, which will be minimizing the human influence in the conclusion of the test result. And for more consciousness the work shows the importance of the wells production test in the attendance and diagnosis of the productive process, informing the large number of tests executed and problems of the procedure adopted in the field today. There are many possible sources of uncertainty in this kind of test as shown in the experiments realized in the field; the object prototype of this dissertation will be made in the field, based upon the definition of parameters and characteristics of the devices proposal. For a better definition of the draining process the action results of the assessment test are shown, especially changed some for the understand ing of the real process. It shows the proposal details and the configuration that will be used in the tank of Monte Alegre s field Production Station, explaining the interface detector kind and the control system. It is the base to a pilot project now in development, named as the new project classified in the status of the new technology and production improvement of PETROBRAS in Rio Grande do Norte and Ceará. This dissertation concludes that the automation of the conventional test with the draining system will bring benefits both economically as metrologically, because it reduces the uncertainty of the test procedures with free water draining, and also decreases the number of tests with problems

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El proyecto aborda el problema general de establecer una metodología para el cambio de escala de la producción de metabolitos en biorreactores de tanque agitado.En el desarrollo de procesos de producción de metabolitos a partir de microorganismos, el cambio de escala es particularmente complejo, dado que los microorganismos experimentan un continuo cambio en sus rutas metabólicas durante el período de producción. Esto hace que en el proceso del cambio de escala, las mayores dificultades se encuentren en el desarrollo del inóculo y problemas ocasionados por modificaciones en las características de transferencia de calor, masa y momento.Dentro de este contexto general se definen dos objetivos específicos. Estos son: el estudio de la producción de ácido itacónico por Aspergillus terreus y el de la producción de ácido hialurónico por Streptococcus equi. subsp. equi, con la finalidad de desarrollar una metodología de trabajo experimental y teórica que permita sistematizar el estudio del factibilidad técnico-económica de plantas de producción, vinculando la investigación del procesos a escala de laboratorio con la producción a mayor escala.La hipótesis de trabajo es que el estudio de la producción de Aspergillus terreus y de Streptococcus equi en un biorreactor de tanque agitado a escala de laboratorio permitirá establecer los parámetros que contribuirán a realizar el cambio de escala de su producción y esto será verificado experimentalmente.Los trabajos se realizarán utilizando un biorreactor a escala de laboratorio especialmente diseñado para este tipo de trabajo. Los resultados experimentales se interpretarán con técnicas estadísticas y matemáticas de diferente complejidad a efectos de establecer los criterios de cambio de escala y luego se realizarán experiencias en un biorreactor piloto con el objeto de verificar la metodología seleccionada.El desarrollo del proyecto permitirá:1.- obtener información técnica útil sobre la producción de ácido itacónico, el que tiene importantes aplicaciones en la industria del plástico. La producción por medio del Aspergillus terreus MJL05 se realizará utilizando glicerol como fuente de carbono, el que constituye el principal subproducto en los procesos de manufactura de biodiesel. De este modo se podrá analizar la factibilidad técnica de una ruta alternativa para emplear este subproducto.2.- obtener información técnica útil sobre la producción de ácido hialurónico, biopolímero de alto valor agregado con importantes aplicaciones en medicina, y contribuir así a realizar el cambio de escala de su producción.

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During a petroleum well production process, It is common the slmultaneous oil and water production, in proportion that can vary from 0% up to values close to 100% of water. Moreover, the production flows can vary a lot, depending on the charaeteristies of eaeh reservoir. Thus being, the meters used in field for the flow and BSW (water in the oil) measurement must work well in wide bands of operation. For the evaluation of the operation of these meters, in the different operation conditions, a Laboratory will be built in UFRN, that has for objective to evaluate in an automatic way the processes of flow and BSW petroleum measurement, considering different operation conditions. The good acting of these meters is fundamental for the accuracy of the measures of the volumes of production liquid and rude of petroleum. For the measurement of this production, the petroleum companies use meters that should indicate the values with tha largast possible accuracy and to respect a series of conditions and minimum requirements, estabelished by the united Entrance ANP/INMETRO 19106/2000. The laboratory of Evafuation of the Processes of Measurement of Flow and BSW to be built will possess an oil tank basically, a tank of water, besides a mixer, a tank auditor, a tank for separation and a tank of residues for discard of fluids, fundamental for the evaluation of the flow metars and BSW. The whole process will be automated through the use of a Programmable Logicat Controller (CLP) and of a supervisory system.This laboratory besides allowing the evaluation of flow meters and BSW used by petroleum companies, it will make possible the development of researches related to the automation. Besides, it will be a collaborating element to the development of the Computer Engineering and Automation Department, that it will propitiate the evolution of the faculty and discente, qualifying them for a job market in continuous growth. The present work describes the project of automation of the laboratory that will be built at of UFRN. The system will be automated using a Programmable Logical Controller and a supervisory system. The programming of PLC and the screens of the supervisory system were developed in this work

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The considered work presents the procedure for evaluation of the uncertainty related to the calibration of flow measurers and to BS&W. It is about a new method of measurement purposed by the conceptual project of the laboratory LAMP, at Universidade Federal do Rio Grande do Norte, that intends to determine the conventional true value of the BS&W from the total height of the liquid column in the auditor tank, hydrostatic pressure exerted by the liquid column, local gravity, specific mass of the water and the specific mass of the oil, and, to determine the flow, from total height of liquid column and transfer time. The calibration uses a automatized system of monitoration and data acquisition of some necessary largnesses to determine of flow and BS&W, allowing a better trustworthiness of through measurements

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Pós-graduação em Agronomia (Energia na Agricultura) - FCA

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Universidade Estadual de Campinas. Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física

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Universidade Estadual de Campinas. Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física

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Universidade Estadual de Campinas . Faculdade de Educação Física