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 www.senergyworld.com/training Aims Turbidites occur in many different settings from lakes to marine basins and form important reservoirs in man y basins. They can comprise single beds or a wide variety of deposits with complex stacking patterns. This course will provide an overview of turbid ite and related deposits, including their depositional mechanisms and settings, facies, geometries, architecture and controls on reservoir quality. Benefts You will learn: The characteristics and depositional mechanisms of the different types of gravity flow deposits including turbidites, ‘megaturbidites’, and debrites. The results and importance of dewatering processes from water- escape pipes to large scale sand injection complexes. The different types of sandbody geometry and how they relate to depositional mechanisms and setting. How allocyclic and autocyclic mechanisms affect deposition, stacking patterns and architecture. What controls reservoir quality within turbidite reservoirs from the pore-scale to reservoir scale. Who Should Attend? The course is of val ue to geologists, production geologists, exploration geologists, seismic interpreters, petrophysicists, and geomodellers who need a broad overview and understanding of turbidite reservoirs. Duration - 1 day Course Instructor Dr. Carol Pauley Team Leader, Integrated Reservoir Description, Subsurface Scotland - Senergy Carol joined Senergy in 2011 and has over 30 years experience in the petroleum indus try. She graduated from Durham University in 1976 with a first class honours degree in geology before completing a PhD at Liverpool University where she specialised in sedimentology, stratigraphy and structure incorporating turbidites and other clastic deposits. Whilst with the Geochem G roup she was the preferred contractor for Shell UK Limited for the sedimentological analysis of turbidite cores, and her specialisation in turbidites continued with subsequent employers. Carol has published on megatu rbidites following her work for Phillips Petroleum Company in the Central North Sea. After forming her own company Pau ley Geoconsultants Limited in 1996 she continued consulting for Shell UK especially on turbidite fields in the Central Graben including the Scoter and Merganser fields, and completed a project for Shell UK on the influence of salt structures on turbidite deposition and reservoir quality. Carol was also a consultan t for Talisman UK, spe cifically on Central North Sea assets and was the geologist on the Orion Field, comprising a Paleocene tu rbidite reservoir. She also participated in other Talisman projects in the Central North Sea, notably on the evaluation of Paleocene turbidite prospects and leads in the greater Clyde-Orion area; on the Jenny diaper prospect comprising turbidite and chalk reservoirs; and on the turbidite reservoirs of the Tweedsmuir field. More recently she has worked in Cairo for ove r a year on BP operated assets offshore Nile Delta involving a variety of turbidite deposits. Turbidite Reservoirs Quartz cement within pores Core log of a turbidite reservoir

Turbidite Reservoirs by Senergy

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  • www.senergyworld.com/training

    Aims

    Turbidites occur in many different settings from lakes to marine basins

    and form important reservoirs in many basins. They can comprise

    single beds or a wide variety of deposits with complex stacking

    patterns. This course will provide an overview of turbidite and related

    deposits, including their depositional mechanisms and settings, facies,

    geometries, architecture and controls on reservoir quality.

    Benefits

    You will learn:

    The characteristics and depositional mechanisms of the different

    types of gravity flow deposits including turbidites, megaturbidites,

    and debrites.

    The results and importance of dewatering processes from water-

    escape pipes to large scale sand injection complexes.

    The different types of sandbody geometry and how they relate to

    depositional mechanisms and setting.

    How allocyclic and autocyclic mechanisms affect deposition,

    stacking patterns and architecture.

    What controls reservoir quality within turbidite reservoirs from the

    pore-scale to reservoir scale.

    Who Should Attend?

    The course is of value to geologists, production geologists, exploration

    geologists, seismic interpreters, petrophysicists, and geomodellers

    who need a broad overview and understanding of turbidite reservoirs.

    Duration - 1 day

    Course Instructor

    Dr. Carol Pauley

    Team Leader, Integrated Reservoir Description, Subsurface Scotland -

    Senergy

    Carol joined Senergy in 2011 and has over 30 years experience in

    the petroleum industry. She graduated from Durham University in

    1976 with a first class honours degree in geology before completing

    a PhD at Liverpool University where she specialised in sedimentology,

    stratigraphy and structure incorporating turbidites and other clastic

    deposits. Whilst with the Geochem Group she was the preferred

    contractor for Shell UK Limited for the sedimentological analysis of

    turbidite cores, and her specialisation in turbidites continued with

    subsequent employers. Carol has published on megaturbidites

    following her work for Phillips Petroleum Company in the Central

    North Sea. After forming her own company Pauley Geoconsultants

    Limited in 1996 she continued consulting for Shell UK especially

    on turbidite fields in the Central Graben including the Scoter and

    Merganser fields, and completed a project for Shell UK on the

    influence of salt structures on turbidite deposition and reservoir

    quality. Carol was also a consultant for Talisman UK, specifically on

    Central North Sea assets and was the geologist on the Orion Field,

    comprising a Paleocene turbidite reservoir. She also participated

    in other Talisman projects in the Central North Sea, notably on the

    evaluation of Paleocene turbidite prospects and leads in the greater

    Clyde-Orion area; on the Jenny diaper prospect comprising turbidite

    and chalk reservoirs; and on the turbidite reservoirs of the Tweedsmuir

    field. More recently she has worked in Cairo for over a year on BP

    operated assets offshore Nile Delta involving a variety of turbidite

    deposits.

    Turbidite Reservoirs

    Quartz cement within pores

    Core log of a turbidite reservoir

  • SENTRA-33263-0812

    Course description

    This one day course is designed to provide a concise overview of

    turbidite reservoirs and comprises a set of modules presented by Dr.

    Carol Pauley.

    Modules comprise:

    The depositional mechanisms and characteristics of the different

    gravity flow deposits including high-density turbidites, low-density

    turbidites, debrites, megaturbidites, slurry flows, fine-grained

    turbidites, turbidite-debrite couplets, and hyperpycnites.

    The effects of dewatering and deformation in the syn- to post-

    depositional spectrum including dish structures, water-escape pipes,

    shear folds, sandstone dykes, mudstone breccias, micofaults, slides,

    slumps and injection complexes.

    Depositional settings, facies associations and geometries.

    Vertical sequences, stacking patterns, allocyclic and autocyclic

    controls.

    Controls on the reservoir quality of turbidite reservoirs including

    depositional texture and composition, facies and diagenesis.

    The Forties turbidite fan system, North Sea.

    Turbidite fan models

    From Berg, R, 1986. Reservoir Sandstones.

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    Contact Beth Reid, Training Administrator

    E: [email protected]

    Senergy Training Centre 102 West Port

    Edinburgh EH3 9DN United Kingdom

    T: +44 1330 825188

    F: +44 1330 825206