The Digital Coral: Infrastructuring Environmental Monitoring

Abstract

Technologies for collaboration within the oil and gas industry, which are referred to as Integrated Operations, challenge traditional geographical, disciplinary, and organisational boundaries. Fuelled by the availability of sensor networks, faster data transfer technologies, shared data exchange formats, and collaborative work flows, Integrated Operations entail difficult transformations at the technological, social, and political levels. We describe and discuss the efforts of a Scandinavian oil and gas company to develop an information infrastructure for real-time subsea environmental monitoring. This accentuates the ongoing controversy among environmental concerns, fisheries, and the oil and gas industry. Theoretically leaning on infrastructuring and, methodologically, on the concept of infrastructural inversion, our analysis specifically targets the evolution of emergent infrastructures. We identify and discuss the increasing degree of entanglement of the infrastructuring process over time by empirically characterizing two concepts: (1) bootstrapping, which is particularly pronounced in the early stages of infrastructure evolution and involves exploring the local feasibility of subsea environmental monitoring methods and devices, and (2) enactment, which is increasingly present in the later stages of infrastructure evolution to weave environmental information into the agenda of heterogeneous oil and gas professionals.

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Acknowledgments

This research is funded by the “Digital Oil” project (www.doil.no) supported by the Verdikt program of the Norwegian Research Council (pr. nr. 213115) and by the Center for Integrated Operations in the Petroleum Industry (www.iocenter.no). We are deeply grateful to all of the professionals who agreed to participate in our research. Earlier versions of this manuscript benefited the discussions with David Ribes and with Robin Williams and his team at the University of Edinburgh. We also acknowledge the valuable feedback we received during the PhD Days and the Research Days at the University of Oslo, in particular by Miria Grisot. We also thank the Editor-in-Chief Kjeld Schmidt, the Associate Editor, and the anonymous Reviewers for helping improve this manuscript.

Notes

  1. 1

    aoos.org

  2. 2

    marinexplore.org

  3. 3

    www.epim.no/sam-x

  4. 4

    www.barentswatch.no

  5. 5

    Source: The US Geological Survey (USGS), 2008 (http://pubs.usgs.gov/fs/2008/3049/fs2008-3049.pdf) 38

  6. 6

    Refer to www.norskoljeoggass.no; alternative, industry-sponsored labels include eFields and Intelligent Fields.

  7. 7

    www.ospar.org

  8. 8

    www.npd.no

  9. 9

    www.miljodirektoratet.no

  10. 10

    www.ospar.org

  11. 11

    no. 7, 14 Feb. 2014, p. 56

  12. 12

    The concentration of biomass can be measured with acoustic devices, and the returned values are expressed in decibels (dB).

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Correspondence to Elena Parmiggiani.

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Parmiggiani, E., Monteiro, E. & Hepsø, V. The Digital Coral: Infrastructuring Environmental Monitoring. Comput Supported Coop Work 24, 423–460 (2015). https://doi.org/10.1007/s10606-015-9233-6

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Keywords

  • Integrated Operations
  • Environmental monitoring
  • Information Infrastructure
  • Infrastructural Inversion
  • Infrastructuring
  • Bootstrapping
  • Enactment