About NJRER


The Nigerian Journal of Renewable Energy Research (NJRER) is dedicated to advancing and sharing knowledge on the diverse topics and technologies related to renewable energy systems and components. Its objective is to assist professionals such as researchers, engineers, economists, manufacturers, NGOs, associations, and societies to stay updated with the latest advancements in their respective areas, ensuring the integration of sustainable energy alternatives into existing practices. We welcome the submission of original Research Articles, Reviews, and Short Communications in all fields related to Renewable Energy. Nigerian Journal of Renewable Energy Research (NJRER) is an Open-Access, Peer-Reviewed journal that publishes high-quality research articles, which undergo a rigorous review process by experts in the respective fields.


Submit Manuscript


Submit Manuscript via Email: editor@njrer.org

Frequency: Biannual

Type of Articles: Research Paper, Survey Paper, Informative Article, Case Studies, Review Papers and Comparative Studies.

Accepted Language: English Only

Disciplines Covered: Photovoltaic Technology Transformation, Applications of Solar Thermal Energy, Advancements in Geothermal Technology, Wave, Tide and Ocean Thermal Energy Innovations, Advancements in Hydro Power, Biomass Energy Conversion, Wind Energy Technologies, Water Desalination Techniques, Innovations in Solar and Low-Energy Building Designs, Studies in Climatology and Meteorology, Developments in Hydrogen Production and Fuel Cell Technologies, Socio-economic Aspects and Policy Discussions on Renewable Energy


All submissions should be made electronically through the Nigerian Journal of Renewable Energy Research (NJRER) website. Manuscripts must be written in English and follow the International Journal of Scientific Engineering and Research (NJRER) guidelines for formatting and style. All submissions will be screened for plagiarism using advanced software, and any suspected cases of plagiarism will be investigated.


Aims and Scope


TheNigerian Journal of Renewable Energy Research (NJRER) is a peer-reviewed, Open Access journal that publishes papers relating to the science and technology of energy generation, distribution, storage, and management. It also publishes studies into the environmental, societal, and economic impacts of renewable energy use and policy.

Amongst others, the journal considers articles relating to:

  1. Biofuels and energy from biomass
  2. Geothermal energy.
  3. Hydropower (conventional hydroelectricity, tidal and wave power)
  4. Solar energy (thermal and photovoltaic)

As well as original research, the Nigerian Journal of Renewable Energy Research (NJRER) also publishes focused review articles that examine the state of the art, identify emerging trends, and suggest future directions for developing fields.


Open Access Statement


Nigerian Journal of Renewable Energy Research (NJRER) is an open access journal. All articles are immediately available to read and reuse upon publication. More information about our Open Access policy can be found on our copyright page.


Editorial Policy


Any paper presented to the Nigerian Journal of Renewable Energy Research must assert that the research detailed hasn't been previously published (barring its presence as an abstract, a part of a public lecture, academic dissertation, or conference notes). Furthermore, it shouldn't be under review elsewhere. Every author must endorse its publication, and it must also receive either implicit or explicit approval from the pertinent institutions where the research took place. Upon acceptance, the content mustn't be republished elsewhere, digitally or otherwise, in its current format, whether in English or any other language, without the explicit permission of the rights owner.


Copyright Notice


Copyright Notice Authors who publish in this Journal agree to the following legal terms:

  1. Authors maintain their copyright but give the Journal the privilege of first-time publication. Concurrently, the work is licensed under a Creative Commons Attribution License. This allows others to distribute the work, provided they credit the original authorship and its first publication in any journal overseen by the Centre for Renewable Energy Research and Development.
  2. Authors have the flexibility to engage in separate, supplementary agreements for the non-exclusive dissemination of the version of the work published by the Journal, always acknowledging its first appearance in this Journal.
  3. Once their manuscript is accepted, authors are both allowed and advised to upload their work online and supply (in print form) to local libraries. This is to promote fruitful discussion and broader referencing of the published material.


Bibliographic information


ISSN 1597-8907 (Online)

ISSN 1597-8877 (Print))


This Publication is Sponsored by


NJRER Recent Issues

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Volume 1, Number 3, 2025

NJRER -Application of Proportional Nodes Method To Generate Correlations For Specific Volume of Superheated Steam and Compressed Liquid Water; Mumah, S.N. et al.
NJRER - Catalytic Hydrothermal Synthesis of Furfural From Gmelina Arborea Leaves; Abubakar, M. A. et al
NJRER -Application of Response Surface Method As An Experimental Design To Optimize Quicklime Production From Limestone; Akande, H. F. et al.
NJRER -Correlations For Generating Enthalpy of Superheated Steam and Compressed Liquid Water; Mumah, S.N. et al.
NJRER - Design of Solar-Powered Photovoltaic System For Various Locations In Nigeria; Mumah, S.N. et al
NJRER - Energy Conservation and Carbon Emission Planning In Institutional Building Using Retscreen Expert Software; Tanimu G. I. et al
NJRER - Energy Optimization In Limestone Calcination: Kinetic Modeling and Characterization of Mfamosing Limestone Thermal Decomposition Via The Coats-Redfern Method; Akande, H. F. et al
NJRER - Enthalpy and Entropy Correlations For Saturated and Superheated R-134A At Various Temperatures and Pressures; Mumah, S.N. et al.
NJRER - Exergy Analysis-Driven Optimization Of Steam Boiler Furnace Performance: A Case Study Of Kaduna Refining and Petrochemical Company; Adikwu, O.J. et al.
NJRER - Impact Assessment and Hazard Minimization of Solar Energy Deployment For Domestic Application In Nigeria; Adebayo, E.A. et al.
NJRER - Kinetic Modeling of the Thermal Decomposition of Obajana Limestone Using the Power Rate Law Approach; Akande, H. F. et al.
NJRER - Optimization of Biodiesel Production From Jatropha Oil Using Calcined Snail Shell Catalyst: A Response Surface Methodology Approach; Akande, H. F. et al.
NJRER - Optimization of Hydrated Lime Production From Snail Shell Using Factorial Analysis; Samira, U. et al.
NJRER - Optimization of Hydrated Lime Production in Solar-Powered Lime Slakers Using Response Surface Methodology; Akande, H. F. et al.
NJRER - Optimization of Quicklime Production From Gwona Limestone Using The Ovat Method; Musa, S. et al.
NJRER - Partial Pressure, Viscosity and Density Correlations for Aqueous Hydrochloric Acid for Various Temperatures and Pressures; Mumah, S.N. et al.
NJRER - Performance Evaluation of Sugarcane-Derived Bioethanol in Water-Tube Boilers: Combustion Efficiency, Cost-Effectiveness, and Environmental Impact; Akande, H. F. et al.
NJRER - Relationships for Generating Entropy of Superheated Steam and Compressed Liquid Water; Mumah, S.N. et al.
NJRER - Effect of Pitch Angle on the Rotor Speed of A Two-Blade Horizontal Axis Wind Turbine; Tanimu, G. I. et al.
NJRER - Relationships for Generating Partial Pressures of Water over Aqueous Solution of Ammonia; Mumah, S.N. et al.
NJRER - Review of Correlations for Generating Partial Pressure of Water over Aqueous Solution of Ammonia; Mumah, S.N. et al.
NJRER - Saturated Properties Correlations for Steam and Vapour over Saturated Ice; Mumah, S.N. et al.
NJRER - Development of Correlations for Generating Internal Energy of Superheated Steam and Compressed Liquid Water; Mumah, S.N. et al.
NJRER - Empirical Modeling of Quicklime Yield from Obajana Limestone: Influence of Calcium Oxide Variability; Nwafulugo, F.U. et al.
NJRER - Specific Volume and Internal Energy Correlations for Saturated and Superheated R-134a for Various Temperatures and Pressures; Mumah, S.N. et al.
NJRER - The Application of Solar Energy In Powering Telecommunication Towers; Isreal, O.O. et al.

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Volume 1, Number 2, 2024

NJRER -An Overview of The Impact of Regenerative Braking Energy System on Hybrid Locomotive; Tanimu G. I. et al
NJRER -Assessing The Efficacy of Heat Integration in Enhancing Energy Efficiency in Naphtha Hydrotreating Unit; Akande, H. F. et al
NJRER -Prospects of Bitumen Production in Nigeria; Mumah, S.N. et al.
NJRER -Relationships For Computing the Specific Heat Capacity and Entropy of Liquid and Vapour for Ammonia; Mumah, S.N. et al.
NJRER - Components Design for A Standalone Solar Powered Photovoltaic System for Various Nigerian Locations; Mumah, S.N. et al
NJRER -Lithium Ore Prospecting, Mining, Beneficiation and The Expected Contributions to The Nigerian Energy Sector; Mumah, S.N. et al.
NJRER - Optimizing Energy Efficiency in Hydrodesulphurization Units: A Comparative Study of Heat Integration Techniques; Mumah, S.N. et al
NJRER -Correlations for Generating Partial Pressure of Water over Aqueous Solution of Ammonia at Vario; Mumah, S.N. et al

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Volume 1, Number 1, 2023

NJRER - Assessment of Kalambaina Limestone for Quicklime Production; Akande, H. F. et al
NJRER - Energy Saving Of Naphtha Hydrotreating (Nhu) Plant Using Heat Integration; Akande, H. F. et al
NJRER - Production of Bio-Oil from Biomass Using Fast Pyrolysis; Kuye, A. O. et al
NJRER - Review of the Selection and Performance Evaluation Procedures for Jaw Crushers; Mumah, S.N. et al
NJRER - Utilising the Innovative Proportional Nodes Curve Fitting Technique; Mumah, S.N. et al
NJRER - Performance Evaluation of an Active Solar Still; Mumah, S.N. et al