Abstract
This paper presents the report of the hydrocarbon reserve investigation carried out using the data
set for the Emakpe-field, in the Northern Depobelt of the Niger Delta Sedimentary Basin. The
objective of this work was to map out the hydrocarbon reservoir(s) within this field, using the
available data set including 3D seismic, well and biostratigraphic in an integrated approach in
order to ascertain the economic viability. To this end, 3D seismic data with drilled five wells were
analysed, which were correlated in order to control the geology of the field, as well as understand
the reservoir properties at each well location. Using industry-standard program, seismic
interpretation was extensively carried out in order to determine the geologic framework, model the
Stratigraphy and the structural styles of the field. Thus, various horizons and faults were interpreted
for the establishment of the stratigraphic and structural framework of the field respectively. Fault
interpretation was carried out on 3D seismic window and wells were tied to a seismic section via the
construction of synthetic seismogram model. Seismic visualization and further analysis show some
seismic attributes such as high amplitude, bright spots and zones of chaotic reflections. Sequel to
seismic horizons and fault interpretation across the field, map extrapolation and reserves estimation
were carried out to determine the volume of hydrocarbon present in the field. Volumetric analysis
shows an estimated OOIP value greater than 100 million barrels, classified into a mid-sized field.
Hence, the Emakpe-Field is economically viable and recommended for further investment.