ANALYSIS OF FRACTURE GEOMETRY IN FLUID DRAINAGE AFTER HYDRAULIC FRACTURING. CASE OF WINK MS-09 IN MAKELEKESE FIELD, D.R. CONGO

Rachidi Opuluku; Joel Etshekodi Lohadje; Olivier Kimpesa Dyese; Gracias Kingombe Manianga; Jean Iyolo Lungembo; Dirk Akili Bihivu
7/25/2024
10.51865/JPGT.2024.02.02
No citations
engineering; technology
Abstract
In this paper, we analyze stimulation by hydraulic fracturing with the aim of establishing a relationship between fracture geometry and hydrocarbon drainage. Believes fracturing geometry is an effective means of predicting the productive capacity of a hydrocarbon reservoir and the productivity of a well stimulated by hydraulic fracturing is closely linked to the fracturing geometry. Demonstrate the impact of fracturing geometry on the productivity of a hydrocarbon reservoir. Characterize the different parameters of the fracturing geometry while determining the link between these parameters; highlight the difference between the productivity of the reservoir before and after fracturing and monitor the evolution of productivity in relation to this geometry.
Keywords
Makelekese oilfield fracture geometry hydraulic fracturing well productivity hydrocarbon drainage
About the Authors
Rachidi Opuluku;
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo 2Centre for geological and mining research, D.R. Congo
rachidiopuluku1@gmail.com
Joel Etshekodi Lohadje;
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo, National Geological Service of Congo, D.R. Congo
Olivier Kimpesa Dyese;
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo
Gracias Kingombe Manianga;
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo
Jean Iyolo Lungembo;
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo
Dirk Akili Bihivu
University of Kinshasa, Faculty of Petroleum, Gas and New Energies, D.R. Congo