RGE11 - Production mechanisms

Accès permanent

Programme : Géosciences et ingénierie de réservoir

Contenu

Presentation

RGE2023_MULTIPHASE FLOW _ A. AURIAULT (IFP SCHOOL)

RGE2023_EXERCICES MULTIPHASE FLOW Decline curves analysis _ A. AURIAULT (IFP SCHOOL)

RGE2023_PRODUCTION MECHANISMS_A. AURIAULT (IFP SCHOOL)

RGE2023_EOR LITTERATURE_JM VOIRIN (IFP SCHOOL)

RGE2023_ EOR WHAT IS IMPORTANT _ JM VOIRIN

RGE2023_EOR_JM VOIRIN (IFP SCHOOL)

RGE2023_MBAL EXERCISE_ G. GLOTIN ( CONSULTANT)

RGE2023_RESERVES & FIELD DEVELOPMENT METHODOLOGY_P. ROYER (PERENCO)

RGE2023_ FIELD MONITORING _ ANTON PADIN DEBEN (TOTALENERGIES)

82 inscrits

LEARNING OBJECTIVES

describe how rock and fluid properties impact on fluids displacement in a reservoir,
calculate the recovery factor and production profile using the simplified Buckley Leverett model (injection case),
describe the principles of "material balance" and apply them using commercial software,
describe the natural drainage production mechanisms; determine starting from field data those mechanisms and evaluate the associated recovery factor,
describe secondary production mechanisms (water and gas injection), and their indicators, main characteristics of design and implementation; estimate the associated recovery factor,
describe the enhanced oil recovery techniques and make a "screening" recommendation of an EOR method in a specific field environment,
describe the main field monitoring techniques and issues,
propose a field development scenario using standard field development methodology.