Simulador da mecânica dos fluidos para operações de limpeza e separação de fases em poços verticais e horizontais que utilizam tecnologia coiled tubing.

Autores

  • Juan David Tarache Serrano Guacamaya Oil Services, Neiva
  • Germán Eduardo Martínez Barreto Universidad Surcolombiana, Neiva
  • Jenny Catalina González Peña Guacamaya Oil Services, Neiva
  • Magda Alexandra Trujillo Jiménez Universidad Surcolombiana, Neiva

DOI:

https://doi.org/10.18046/syt.v13i32.2017

Palavras-chave:

protótipo, simulador, mecânica dos fluidos, coiled tubing, bomba submersível, controle on-off, aplicação móvel, Android, Arduino, sensor, Sharp Develop, Zed Graphic, Solid Works, 3D.

Resumo

O artigo apresenta o desenvolvimento de um simulador dos processos que são executados nos poços de petróleo que lidam com tecnologia coiled tubing, que permite aos seus operadores, ao pessoal da empresa e a quem quiser observar esses processos, evidenciar claramente: como são os métodos de limpeza e separação de fases nestes poços e a forma em que são monitoradas as substâncias que entram e saem dos poços. Além disso, mostra as propriedades físicas e permite a uma pessoa sem conhecimento prévio do assunto, compreender o objetivo da injeção de fluidos através do coiled tubing em poços de petróleo. 

Biografia do Autor

  • Juan David Tarache Serrano, Guacamaya Oil Services, Neiva

    Environmental Engineer (Universidad Piloto de Colombia), Specialist in Coiled Tubing  and Sigma Engineer (Halliburton University), with six years of experience as Coiled Tubing Engineer, and three as Operational Manager at Guacamaya Oil Services S.A.S., (Neiva, Colombia).

  • Germán Eduardo Martínez Barreto, Universidad Surcolombiana, Neiva

    Electronics Engineer (Universidad Distrital Francisco José de Caldas), Specialist in Industrial Control (Universidad de Ibagué – Cooruniversitaria), and Specialist in Pedagogy of Dynamical Systems (Universidad Surcolombiana [USCO], Neiva-Colombia), with fifteen years of teaching experience as professor at USCO.

  • Jenny Catalina González Peña, Guacamaya Oil Services, Neiva

    Electronics Engineer (Universidad Surcolombiana - Neiva, Colombia). Engineer of Training Operations at Guacamaya Oil Services S.A.S., (Neiva, Colombia), since 2014

  • Magda Alexandra Trujillo Jiménez, Universidad Surcolombiana, Neiva

    Electronics Engineer and professor at Universidad Surcolombiana (Neiva, Colombia).

Referências

Ali, A., Blount, C., Hil, S., Loveland, M., Mokhtar, S... Zhou, W. (2005). Sistemas Integrados de Limpieza de Pozos: Mejoramiento de la eficiencia y Reducción del riesgo. Oilfield Review, Autumn 2005, 4-15. Available at http://www.slb.com/~/media/Files/resources/oilfield_review/spanish05/aut05/composite.pdf

Arduino Leonardo [on-line]. Retrieved from http://arduino.cc/en/Main/arduinoBoardLeonardo

Barriol, Y., Sullivan, K., Pop, J., Bartman, B., Corbiell, R... Volokitin, Y. (2005). Las presiones de las operaciones de perforación y producción.

Oilfield Review, Winter 2005-2006, 26-47. Available at http://www.slb.com/~/media/Files/resources/oilfield_review/spanish05/win05/p26_47.pdf

Creus-Solé, A. (1997). Instrumentación industrial: turbinas. Ciudad de México, México: Alfa Omega

López, A., Cortés, M., & Narváez, D. (2012). Cuencas Sedimentarias de Colombia [documento de clase: Centro de Estudios Petroleros - unpublished]. Available at http://es.slideshare.net/macorca123/cuencas-sedimentarias-de-colombiadoc-1

Rolovic, R., Weng, X., Hill, S., Robinson, G., Zemlak, K., Najafov, J. (2004). An Integrated System Approach to Wellbore Cleanouts with Coiled Tubing [SPE-89333-MS]. In SPE/ICoTA Coiled Tubing Conference and Exhibition [March 23-24, Houston, TX]. Richardson, TX: Society of Petroleum Engineers. doi:10.2118/89333-MS

San Antonio (s.f). Coiled Tubing [on-line] Retrieved from http://www.oilproduction.net/files/coiledtubing-sanantonio.pdf

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Publicado

2015-03-30

Edição

Seção

Original Research