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8. Dispute Mechanisms and Investment Dynamics in the Nigerian Hydrocarbon Industry

The Nigerian hydrocarbon industry presents substantial opportunities for both local and
international investments, significantly influencing the nation’s development trajectory. This study
explores the regulatory frameworks and dispute resolution mechanisms, emphasizing their effects
on investment dynamics. Employing a qualitative (doctrinal) research method, the analysis
includes primary and secondary data, with a focus on the Petroleum Industry Act (PIA) 2021. The
findings indicate a growing trend of investments and a strong preference for Alternative Dispute
Resolution (ADR) mechanisms, including arbitration, mediation, conciliation, and expert
determination. These ADR mechanisms are in line with international best practices and foster
robust investment. The study advocates for the continued use of ADR, the development of
institutional frameworks, and the establishment of energy courts to expedite dispute resolution and
bolster national economic development.

9. Nigeria’s Energy Transition Pathway: Integrating Renewable Energy Solutions within the Petroleum Value Chain for Sustainable Development.

This paper presents a comprehensive analysis of Nigeria’s energy transition pathway, with a
focus on integrating renewable energy solutions into the country’s petroleum-dominated energy
sector. The study examines the current energy landscape, identifies key challenges, and explores
potential strategies for achieving a sustainable energy future. By leveraging advanced
technologies and policy frameworks, the research highlights the critical role of renewable
energy in reducing greenhouse gas emissions, enhancing energy security, and promoting
economic growth. The findings underscore the significant economic impacts of the energy
transition, including job creation, investment opportunities, and the development of new
industries. Additionally, the paper emphasizes the importance of a multi-stakeholder approach,
involving government, industry, and civil society, to drive the transition towards a cleaner and
more resilient energy system. This paper contributes to the ongoing discourse on energy
transition in developing economies and provides valuable insights for policymakers, industry
professionals, and academics in the petroleum sector.

10. Liquified Natural Gas Boil-Off Gas Accounting at The Loading And Unloading Terminals

Liquified Natural Gas (LNG) Boil-off Gas (BOG) is the vaporized or displaced gas from LNG
liquid due to increasing temperature or decreasing pressure in LNG containment conditions. The
volume or energy of BOG is typically estimated by calculating the difference in LNG volume or
energy before and after custody transfer during loading or unloading operations. Current
practices involve reporting BOG quantities at the end of operations, which often leads to
inefficiencies and delays. This study proposes a predictive machine learning model trained on key
parameters influencing LNG vaporization. The model enables operators to predict BOG quantities
in real-time, facilitating the preparation of necessary systems to collect BOG without halting
operations or causing environmental contamination. The model’s performance was benchmarked
against a ridge regressor, demonstrating significant improvements in prediction accuracy. This
advancement supports the goal of zero-emission operations and enhances the efficiency of LNG
handling processes, thereby reducing the environmental impact of LNG operations. The findings
of this study are highly relevant to the petroleum industry, as they provide a practical solution to
a common operational challenge, promoting sustainability and operational efficiency in LNG
terminals.

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6.-ECONOMIC VIABILITY RE-ESTIMATION OF HYDROCARBON RESERVE OF EMAKPE-FIELD, NORTHERN DEPOBELT, ONSHORE NIGER DELTA SEDIMENTARY BASIN, NIGERIA

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.

7.-EVALUATION OF SUSTAINABLE LOCAL CONTENT POLICY AND HUMAN CAPACITY DEVELOPMENT IN NIGERIA’S OIL AND GAS INDUSTRY: CASE FOR PETROLEUM TECHNOLOGY DEVELOPMENT FUND

This study was carried out to find solutions to three fundamental questions: “to what extent has
PTDF contributed towards achieving human capacity development in Nigeria?” “to what extent
has PTDF intervention impacted the oil and gas industry in the last ten years in Nigeria?” and
“how sustainable is local content policy under the present PTDF mandate in Nigeria?” The
research was predicated on the skills gap audit report (2018 – 2023) of PTDF as a baseline study
while leveraging on the secondary data sets of the PTDF trio-capacity development strategies
from 2011 – 2021. The research was formulated on both descriptive and analytical statistics
methods based on the industry need assessment. A comparative analysis of the Skills Gap Audit
(SGA) and Secondary Data Sets (SDS) was carried out using arithmetic mean and deviation from
the assumed mean of the unclassified data. The results established that more key performance
indicators were captured in the SDS (mean of 23.04 and deviation of 0.4) against the imputed
values in the SGA (mean 4.52 and deviation of 0.5 respectively). The implication therefore is that
PTDF has contributed more significantly to human capacity development programmes than
indicated in the SGA report. However challenging indicators could be turned into opportunities if
the extant law is amended to broaden the frontiers of investment-divestment strategies through
public-private partnership for sustainable local content policy of PTDF. This research is useful
for policy formulation and decision-making on local content in Nigeria.

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