• DocumentCode
    411010
  • Title

    Operational applications of RADARSAT-1 for the monitoring of natural oil seeps in the South Gulf of Mexico

  • Author

    Quintero-Marmol, Arturo Mendoza ; Pedroso, Enrico Campos ; Beisl, Carlos Henrique ; Caceres, Ricardo Gomez ; De Miranda, Fernando Pellon ; Bannerman, Karen ; Welgan, Pamela ; Castillo, Oscar Lopez

  • Author_Institution
    PEMEX Exploracion y Produccion, Campeche, Mexico
  • Volume
    4
  • fYear
    2003
  • fDate
    21-25 July 2003
  • Firstpage
    2744
  • Abstract
    The origin of the oil activity in Campeche Sound is closely related to the activity of the natural oil seeps. At the moment, the operational areas with greater production in the Cantarell field from PEMEX Exploration and Production (PEP), coincide with the activity of the most important seep in the south of the Gulf of Mexico. With the intention of establishing the origin and magnitude of the hydrocarbon contributions of the natural seeps in this area, the Northeast Marine Region (RMNE) of PEP, with the support of the Subdivision of Technology and Development (STDP) of PEP and the Corporative Unit of Geographic Information Systems (SICORI) developed during the 2000-2001 with RADARSAT International and RADARSAT Resource Center in Brazil a progressive application of the RADARSAT-1 satellite to evaluate oil seep potentiality in detection and measurement, being allowed to establish a proven method for the monitoring of oil seep behavior. The methodology is applied in a continuous way from 2002 and includes a regional criterion for the selection of images, basic and advanced digital analysis utilizing the Unsupervised Semivariogram Textural Classifier (USTC), and meteo-oceanographic calibration. The methodology also correlates geologic and environmental information. The results shown activity of the Cantarell seep in 79.5% of the 83 images analyzed during 2000-2002. Area coverage of Cantarell seep from 66 images ranks between 0.04 to 207.4 km2, with an average area of 32 km2.RADARSAT-1 analysis identified that the main hydrocarbon contribution, in area as well as frequency for South Gulf of Mexico, comes from the natural oil seeps, particularly from the Cantarell field. This project also demonstrates the viability of the integration of disciplinary groups within PEMEX for the development of new technologies with multiple applications that allow the optimization of resources and enhance the availability of environmental tools.
  • Keywords
    oceanographic regions; radar imaging; remote sensing by radar; seafloor phenomena; spaceborne radar; Campeche sound; Cantarell field; Gulf of Mexico; PEMEX exploration and production; RADARSAT-1; digital analysis; environmental information; environmental monitoring; geologic information; hydrocarbon contribution; hydrocarbon contributions; image selection; meteooceanographic calibration; natural oil seeps monitoring; northeast marine region; unsupervised semivariogram textural classifier; Gas detectors; Geographic Information Systems; Hydrocarbons; Image analysis; Marine technology; Monitoring; Petroleum; Production; Radar detection; Satellites;
  • fLanguage
    English
  • Publisher
    ieee
  • Conference_Titel
    Geoscience and Remote Sensing Symposium, 2003. IGARSS '03. Proceedings. 2003 IEEE International
  • Print_ISBN
    0-7803-7929-2
  • Type

    conf

  • DOI
    10.1109/IGARSS.2003.1294571
  • Filename
    1294571