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  • Class and Course

    Evaluation and Management of Fractured Reservoirs

    An integrated workshop with a focus on analysis and prediction of sealing faults and natural open fracture systems, for geoscientists and engineers in oil and gas exploration and production. The workshop is focussed on application to a work environment, theory is kept to a minimum but an introduction to geo-mechanics is essential.

    The course can be adapted to an introductory level or advanced level. For the advanced course basic knowledge of geomechanics is a requirement (application of Mohr circle analyses).

    Basic elements of the workshop are the integrated and multidisciplinary character of geology and fracture/fault systems. Prediction is only possible if the geo-mechanics of tectonic processes is understood.

    A critical examination of fracture detection tools and techniques forms an essential part of the workshop.

    Exercises and case histories are integrated with lectures and in-class analogue model experiments, emphasizing the pragmatic and practical nature of the workshop. Technical aspects of data acquisition and processing are briefly discussed, but do not form part of the curriculum.

    In addition to open fractures, sealing fractures and faults form also part of the course. The course is very practical and oriented towards application. Exercises based on real data and realistic examples form an important element of the course.

    At the end of the course, guidelines for fractured reservoir management will be discussed. A course summary will be handed out with one page on each of the following topics: Fracture mechanics; Fracture detectio; Fracture prediction and Fractured reservoir management; basic drilling strategies; Generic fracture study workflow; Management of reservoirs with sealing faults and/or fractures

    Participants are urged to bring examples of their own to serve as discussion and teaching material most relevant to the current work situation.

    The course is intended for geoscientists and subsurface engineers that deal with geological problems such as complex structural geometries in relation to fractured reservoirs.

    This theoretically sound, but also pragmatic course will enable participants to use the acquired skills to predict location and orientation of open and sealing fractures where software will often fail due to insufficient data volume and/or quality.

    This theoretically sound, but also pragmatic course will enable participants to use the acquired skills to predict location and orientation of open and sealing fractures where software will often fail due to insufficient data volume and/or quality.

    A 2-day short course version can be prepared on request.

    A 3-day or 5-day field trip along the coast of the Bristol Channel can be organized on request.

    Applied knowledge of reservoir geology and/or reservoir engineering is needed to gain the most from this class. However, this experience may come from petroleum, groundwater, or geothermal application.

    Currently there are no scheduled classes for this course.

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