ASRIC Journal of Engineering Sciences 2024 v5-i1
ISSN: 2795-3556
EISSN: 2795-3548
ASRIC Journal of Engineering Sciences 2024 v5-i1
Published: 2024-12-30
Articles
Formation Fracture Gradient Correlation for Niger Delta Basin Natural Gas Wells
Nwosi Hezekiah Andrew*
Offshore drilling of gas wells in the Niger Delta is becoming very expensive and requires high skilled manpower. Therefore, it is essential to accurately update the fracture pressure data, maintain adequate measurement while drilling and ensure acceptable prediction with the conventional empirical correlations as drilling operations is going on to avoid any Non-Productive Time (NPT) event. T
Expansion of Rural Settlement on High Quality Arable Land in Northern Province a Case Study of Musanze District
Pierre Damien Iraguha*, Tresor Hirwa
Settlement increase triggered by escalating urbanization is a critical element to the diminishing arable land globally. In Rwanda more people are concentrating in urban areas while rural population shrinks exponentially due to various factors, but unfortunately arable land continues decreasing. Rural and urban settlement especially in northern Rwanda expands into arable land, which in turn d
Boosting Automotive Engine Performance: Exploring the Potential of Fuel Additives on P.M.S and A.G.O
Nnadikwe Johnson*, Iheme Chigozie, Chinemerem Joy Johnson, Ibe Raymond Obinna, Akujuru Kelvin
This research aims to optimize the performance of PMS and AGO in automobile engines by leveraging fuel additives. To achieve this, the study focuses on purifying PMS and AGO by removing impurities and enhancing their octane and cetane ratings. The purification process involves a three-step procedure: firstly, concentrated sulfuric acid, hydrogen peroxide, and acetic acid are added to elimina
Construction and Performance Evaluation of Locally Built PVC-Based Biogas Digesters
M. I. Ishaq*, I. Halliru, D. B. Olaoye, J. D. Barka, Y. Ibrahim
This study investigated the construction and performance of three locally-built biogas digesters designed to produce biogas from various organic material combinations. Conducted during the harmattan season with suboptimal temperatures (below 30°C) and lacking a stirrer mechanism, the experiment faced challenges resulting in low biogas yield within the initial 14-day retention period. A 7-day
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