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VOL. 2, ISSUE 1 (2026)
Sustainable hydrocarbon operations: Using AI-driven smart oilfield analytics and circular resource recovery as enabling technologies
Authors
Usenobong Donatus Ekponyoh, Wilson Udo Udofia
Abstract
Hydrocarbon
exploration supports energy supply, industrial activity and economic growth,
but generates substantial environmental pressures. Operations produce drilling
cuttings, fluids, produced water, sludge, spent catalysts and chemical residues
that impact soil, water and air quality. Produced water constitutes the largest
waste stream, containing salts, hydrocarbons, metals and treatment chemicals.
Its untreated discharge alters water chemistry, affects aquatic life and
contributes to ecosystem degradation. Similarly, gas flaring, oil spills and
improper waste management further threaten environmental stability, disrupt
agriculture and fisheries and pose risks to human health. In regions with intensive
oil and gas activity, such as the Niger Delta, these challenges have affected
soil fertility, water quality, food production and community well-being. The
paper delineated that recycling and reuse provide pathways for managing waste
while recovering resources. Produced water can be treated for irrigation,
industrial applications or reinjection into reservoirs. Drilling cuttings can
be transformed into construction aggregates and residual hydrocarbons can be
recovered for chemical applications. Circular approaches treat by-products as
resources rather than disposal burdens, supporting material retention and
reducing environmental discharge. Waste recovery practices also offer economic
opportunities such as cost savings, revenue generation and employment in
processing and reuse activities. The integration of circular practices,
effective governance and resource recovery transforms hydrocarbon exploration
from a linear extraction model into a more sustainable approach, reducing
environmental burden and supporting social and economic benefits for affected
communities.
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Pages:40-48
How to cite this article:
Usenobong Donatus Ekponyoh, Wilson Udo Udofia "Sustainable hydrocarbon operations: Using AI-driven smart oilfield analytics and circular resource recovery as enabling technologies". World Journal of Multidisciplinary Research, Vol 2, Issue 1, 2026, Pages 40-48
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