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Reducing Greenhouse Gas Emissions Through Enhanced Project Scope Management in Energy Projects
Subject area: Science,Engineering and Technology · Area of research: Sustainable Development
Abstract
The urgency of attending to greenhouse gas (GHG) emissions in the energy sector emphasizes the need for innovative project management strategies that align infrastructure development with global climate goals. This article explores how advanced project scope management serves as a critical tool for integrating emission-reduction technologies into energy projects. Through synthesizing case studies, policy analysis, and existing frameworks, the study demonstrates how refined scope management principles, such as adaptive planning, stakeholder collaboration, and efficient resource allocation, can optimize outcomes in the renewable energy sector. The discussion highlights the importance of engaging diverse stakeholders to build consensus around climate-oriented goals, presenting successful examples. It also described resource management techniques, with emphasis on the role of financial and technological tools in prioritizing emissions-focused solutions. Furthermore, the paper addresses the risks associated with misaligned project scopes, drawing lessons from notable failures in renewable energy projects. The article concludes by presenting actionable recommendations for project engineers and policymakers, advocating for integrated planning frameworks, predictable regulatory environments, and collaborative approaches to project execution. Enhanced project scope management, the research argues, will facilitate emission reductions and strengthen energy security, enable economic resilience,e and promote public health.
Keywords
Greenhouse Gas Emissions, Project Scope Management, Renewable Energy, Stakeholder Engagement, Resource Allocation, Risk Management, Climate Goals, Energy Security, Public Health.
How to cite this paper
@article{1709129,
author = {Dafiadje Oghenovo},
title = {Reducing Greenhouse Gas Emissions Through Enhanced Project Scope Management in Energy Projects},
journal = {Iconic Research And Engineering Journals},
year = {2025},
volume = {8},
number = {12},
pages = {898-907},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1709129.pdf},
abstract = {The urgency of attending to greenhouse gas (GHG) emissions in the energy sector emphasizes the need for innovative project management strategies that align infrastructure development with global climate goals. This article explores how advanced project scope management serves as a critical tool for integrating emission-reduction technologies into energy projects. Through synthesizing case studies, policy analysis, and existing frameworks, the study demonstrates how refined scope management principles, such as adaptive planning, stakeholder collaboration, and efficient resource allocation, can optimize outcomes in the renewable energy sector. The discussion highlights the importance of engaging diverse stakeholders to build consensus around climate-oriented goals, presenting successful examples. It also described resource management techniques, with emphasis on the role of financial and technological tools in prioritizing emissions-focused solutions. Furthermore, the paper addresses the risks associated with misaligned project scopes, drawing lessons from notable failures in renewable energy projects. The article concludes by presenting actionable recommendations for project engineers and policymakers, advocating for integrated planning frameworks, predictable regulatory environments, and collaborative approaches to project execution. Enhanced project scope management, the research argues, will facilitate emission reductions and strengthen energy security, enable economic resilience,e and promote public health.},
keywords = {Greenhouse Gas Emissions, Project Scope Management, Renewable Energy, Stakeholder Engagement, Resource Allocation, Risk Management, Climate Goals, Energy Security, Public Health.},
month = {June},
}