Ethical and legal project management framework for the oil and gas industry

This paper highlights the role of the migrant and expatriate labor force and their contributions to the oil and gas industry in the Gulf. It would be instructive to acknowledge and learn from the working experiences and challenges faced by these migrant workers. Their backgrounds, skills, knowledge, and technical and managerial know-how have helped develop the oil and gas industry and, to a large extent, the economic development of the Gulf. Understanding their roles and contributions would serve at least two things. First, to appreciate the important part they took in the development of the Gulf oil and gas industry and hence to ensure the protection of their rights under local laws. Second, to tell a complete story of the Gulf's oil and gas industry and the country's development. In addition, multiple themes were examined, such as the challenges and rewards of working in the oil and gas industry in the Gulf, sustainability, and the work environment. The main method used to acquire information regarding the labor dimension in the oil and gas industry in the Gulf was through semi-structured interviews. The interviewees were selected through a sampling technique known as snowball sampling. The interviews were then audio and video recorded with the interviewee's permission. After that, the interviews were transcribed and analyzed using a corpora analysis software, Lancsbox. The various themes were identified and used to write this research paper. Some themes identified are the interviewees’ narratives and reasons for choosing to work in Gulf's oil and gas industry, their workplace challenges, their mentorship experiences, and their advice for young aspirant engineers. They also discussed and compared their professional and personal experiences in Gulf to other places they have worked. Knowing what they do and how they contribute would be beneficial for at least two reasons. First, to recognize the crucial part they play in the growth of the Gulf's oil and gas sector and, as a result, to ensure that their rights are protected by local legislation. Second, to provide a more thorough account of the country's gas and oil sector development. Many international workers find satisfaction in the privileges and comfort their jobs, their host nation, and its thriving oil and gas industry offer them. They are drawn to the nation's multiculturalism, language, opportunities, and safety and want to keep giving back. That, however, does not come without the special difficulties highlighted in this research.

This study examines the impact of legal compliance (LC) as a mediating variable between project management practices (PMP) and supply chain performance (SCP) within the context of Jordanian firms operating in the banking, telecom, and manufacturing sectors. While the individual importance of project management and compliance has surfaced in prior studies, the consideration of legal compliance within the context of emerging markets has been overlooked. Through the use of a quantitative methodology, data were gathered by means of structured questionnaires and analyzed using descriptive statistics, correlation statistics, simple and multiple regression, as well as structural equation modelling (SEM). The result showed that LC is a partial mediator in the relationship between PMP and SCP, in that PMP improves SCP directly as well as indirectly through LC. The results of the multi-group analysis attest that the PMP-SCP and PMP-LC-SCP relationships are valid in all sectors, though the relationships were stronger in the banking sector, a more regulated industry. The results attest that there is a need for managers and policymakers in Jordan to acknowledge the importance of the interrelation between the two aspects of project management and legal compliance in improving the efficiency and competitiveness of the supply chain in Jordanian firms. It is then advisable that firms implement legal compliance in the project management process to better operational performance and lessen the chances of regulatory risks.

It is a truism that putting in place an ethics framework does not guarantee ethical conduct. Many organizations, in both the public and private sectors, have, for example, well-crafted, comprehensive codes of conduct, or sophisticated corporate governance requirements. Too many of those same organizations still manage to create cultures within which unethical behavior is practiced, or at least condoned. Thus, it is argued that compliance mechanisms are not enough and that ethics training, leadership, and culture change program need to be introduced to ensure that ethics frameworks are implemented and embedded within the fabric of the organization. Often these different approaches to organizational ethics are presented as opposite ends of a complianceintegrity continuum; at one extreme is a reliance on regulatory mechanisms, at the other a reliance on the personal integrity of individuals to act ethically. In one sense our initial distinction between ethics management and ethical management mirrors these polar opposites. Ethics management will include all the control mechanisms that we are familiar with including the creation of ethics agencies, codes of conduct, and sanctions for breach of a code. In contrast, ethical management is about how individual managers behave with integrity, how they may set a personal example, and how they treat others both within and without their own organizations. However, our argument is that ethics management finds its expression through ethical management. Ethical frameworks are mediated through the actions of individual managers who treat others with respect. Of course, many managers will do that anyway, but ethics management makes it more likely that it will become the norm. Ethical management is ethics in action; ethics management is ethics in organizational context and control. The two are neither directly opposite nor different ends of a spectrum of possibilities. Rather, ethical management is where ethics is practiced. It is practiced in a number of ways including, first, in personal behavior as in setting an example for others to follow and,second, in terms of the treatment of others. Of course, ethics management and ethical management do overlap. Thus, ethical management expresses itself in the day-to-day practices, in the minutiae of organizational life. Ethics management focuses on the organization as a whole rather than the day-to-day practices of individual managers.

The importance of studying ethical issues in project management is driven by several factors that highlight the ethical aspect as a crucial and inseparable element of contemporary business and society. Key factors include: the increasing complexity of projects and globalization, greater focus on corporate social responsibility, the influence on project efficiency and success, the rising interest in ethical leadership, and the development of a company's reputation. The aim of the study is shaped by an attempt to identify key resources, comprehend major issue and systematize the contributions of both domestic and international experts regarding the conceptualization of ethical project management. This goal involves identifying and analyzing the key ethical challenges in project management, assessing their influence on project effectiveness, and developing recommendations for integrating ethical principles into project management practices. The above-mentioned accounts for the following tasks to be addressed: analyzing ethical issues in project management (such as conflicts of interest, unfair competition, and confidentiality protection); defining the role of corporate ethics and values in project management; investigating the impact of ethical principles on project effectiveness and participant engagement; developing recommendations for fostering moral behavior among project team members; assessing the risks associated with ethical violations and their effect on project success. Analysis and synthesis as systematic approaches in the study of ethical problems in project management help to better understand the nature of ethical conflicts, identify their causes and develop effective solutions to prevent them. Key findings indicate that ethical principles enhance project management success. Ethics impact decision-making tends to make more transparent and responsible decisions, reducing risks and fostering a positive project environment. Conflict management is crucial to maintaining trust and harmony within the team. Sustainability and social responsibility tend to create more long-term value for society.

The maritime sector plays a critical role in Nigeria's oil industry, serving as the primary conduit for offshore oil exploration, production, and transportation. As the country remains heavily reliant on its oil revenues, ensuring that maritime operations comply with legal and regulatory standards is crucial for operational safety, environmental sustainability, and economic stability. This review outlines a comprehensive legal and regulatory compliance framework for maritime operations in Nigerian oil companies, focusing on the roles of key regulatory bodies such as the Department of Petroleum Resources (DPR), the Nigerian Maritime Administration and Safety Agency (NIMASA), and the National Environmental Standards and Regulations Enforcement Agency (NESREA). It explores major laws such as the Coastal and Inland Shipping (Cabotage) Act, Petroleum Industry Act (PIA), and Environmental Impact Assessment (EIA) Act, highlighting their implications for offshore drilling, oil transportation, and environmental protection. Additionally, the review discusses the compliance challenges Nigerian oil companies face, including environmental risks, maritime security threats, jurisdictional conflicts, and the technical demands of adhering to safety standards. To address these challenges, the study emphasizes the need for regular audits, technology integration, capacity building, and collaborative engagements between oil companies and regulatory authorities. Through case studies on oil spill response and the enforcement of cabotage laws, the review underscores the importance of robust regulatory enforcement to ensure safety, mitigate environmental damage, and enhance operational efficiency. This framework is essential for the future growth of Nigeria’s oil sector, balancing economic gains with legal compliance and sustainability in maritime operations.

PurposeThe purpose of this paper is to appraise the current status of enterprise risk management (ERM) in the Gulf Co‐operation Council (GCC) oil and gas entities to develop a practical, region‐specific, and systematic action plan for the GCC oil and gas industry that can transform the existing ERM models to a mature and robust framework.Design/methodology/approachThe paper reviews current relevant literature on Committee of Sponsoring Organization of the Treadway Commission ERM Framework; and enterprise wide risk framework within the precincts of the GCC oil and gas industry to identify the knowledge gaps which form the basis for the research questions. The paper then empirically investigates the GCC oil industry through six case studies, encompassing the six countries in the GCC (GCC comprising of Bahrain, Kuwait, Oman, Qatar, Saudi Arabia, and United Arab Emirates). The case study has focused by exploring the ERM systemper sethrough comparative case studies to answer the research questions. The research questions and the work have been done from the perspective of the naturalistic (inductive) research paradigm.FindingsThis paper establishes the understanding of the current existing ERM models while identifying the determinants of ERM adoption and the most significant challenges for its implementation. Furthermore, the paper also develops the best practice approach for successful ERM implementation in the GCC oil and gas entities.Research limitations/implicationsThe use of a case study has been made precluding the use of other direct methods such as survey questionnaires. The analytical methods used are deductive and discursive in nature, limited to the nature of the methodology of case study used. Rigorous statistical methods could not be applied owing to the limitations of the case study method. The paper explores and compares the industry structure of oil and gas sector in GCC countries, for this purpose, only a few selected entities in the upstream and downstream oil and gas sector are discussed.Practical implicationsAlthough ERM is conceptually straightforward, its implementation in practice is not. Furthermore, ERM is accepted as a contemporary hot topic and also a board room priority in most industries. The present paper steers the way forward for an improved understanding of the ERM system in a strategic industry dealing with a strategic commodity.Originality/valueThere is a need for a proactive ERM program in the oil and gas industry and also a need for additional research especially in terms of its implementation. Nevertheless, an apparent caveat in the ERM system is that there is no standard approach to implementing and entities grapple with how they should go about putting together an ERM program. The findings provide useful and timely analysis of the GCC oil and gas industry from the perspective of implementation of an ERM framework which is contemporaneous business priority item in most entities in the GCC hydrocarbon sector.

Objectives/Scope Project Management and project execution in Oil & Gas industry have evolved extensively in the last decade; processes have taken a holistic approach rather than a mechanical one. The tendency today is to establish a centralized and strategic project core office to provide management with sound business recommendations and direct teams in the resolution of decisions in mega projects executions; this office is known as (PMO), Project/Program Management Office. Methods, Procedures, Process Many researchers, academics, and practitioners agree that a well-established and mature PMO ensures competence, credibility, and serves as a hub for project management and control. Surveys claim that the number of organizations with an established PMO has increased from 47% to 77%, while other studies suggest that 70% of established PMO closes in 2 to 3 years of their initiation. Accordingly; this presentation outlines the different types of PMO's and their benefits, it explains why do PMO's fail? It also displays methodology to ensure a PMO survival and ultimately. It discloses the prerequisites and the transition of a well-established PMO into a strategic office in the organization. Results, Observations, Conclusions This technical presentation addresses the purpose of PMO; how it is established? Its benefits and stakeholders expectations of this office involvement in project executions. Initially, the application of project management practices was the responsibility of a Project Support Office; a unit within the organization dedicated for projects execution. The mandate of this office was limited to accomplishing a specific shareholder's mission or "a project". Management expectations stretch today beyond the usual execution of projects and definition of success through the traditional golden triangle (quality, cost and time). Management are in pursuit of the establishment of a new generation PMO that is characterized as command center with established best practices, procedures and processes to ensure governance and to administer all project management activities within the projectized or operational organization. Their aim is to build a strategic office that promotes common language within the organization and serves as strategic alliance in the business decision making process. Finally; the effectiveness of the strategic PMO and its long survival is warranted by organizational attitude towards setting and achieving strategic goals. Novel/Additive Information A Strategic PMO is a rank achieved among successful PMO's, organizations find answers to a whole spectrum of business challenges and long term strategies. In conclusion; this paper dedicates lessons learned and experience from petroleum industry worldwide, bringing stories of pioneer organizations properly implemented strategic PMO. Strategic PMO's achieved success stories that I am privileged to share their stories with colleagues in the Oil and Gas industry.

An emerging economy like Ghana, one of the developing nations in Africa, is fortunate to have started exploration not long ago, which means that it is still developing in the field of upstream oil and gas exploration compared to other industrialized nations that have a lot of experience in the field of project management and oil exploration. About 80% of the management style in the upstream oil and gas sector is project-based; therefore, any delays in project deliveries and completion will have a negative effect on completion time and, at the end of the day, affect the performance of the organization as a whole as well as the nation as a whole. Only Crude Oil Storage Tank Maintenance Project in the upstream oil and gas industry in Takoradi, Western Region, was included in the research. Secondary data was taken on nine completed Crude Oil Storage Tank Maintenance Project from managers preoccupied with project management in the Ghanaian upstream oil and gas industry in the Western Region of Ghana. These willing management staff have been employed in the sector for more than 3 years. The study used the budgeted cost of work scheduled (BCWS) and the budgeted cost of work performed (BCWP) as inputs to calculate the estimated schedule (ES) and actual time (AT) to finally calculate the schedule performance index (SPI) and schedule variance (SV). The purpose of the study is to evaluate the performance of project time in the Ghanaian upstream oil and gas industry. The study demonstrates that out of the nine Crude Oil Storage Tank Maintenance Project in the Ghanaian upstream oil and gas industry analyzed using both the schedule performance index and schedule variance, eight projects were completed on time and one project was delayed.

This concept paper examines the role of the oil and gas sector in environmental management and climate change mitigation. It reviews existing HSE practices, discusses the integration of sustainable technologies, and proposes a conceptual framework for enhancing environmental stewardship within well engineering and operations. Environmental stewardship is a critical aspect of the oil and gas industry, with a focus on Health, Safety, and Environment (HSE) practices and climate change mitigation strategies. This conceptual review examines the current landscape of HSE practices and explores innovative strategies for mitigating climate change impacts within the industry. The review highlights the importance of adopting robust HSE practices to ensure the safety of workers, protect the environment, and maintain operational efficiency. It emphasizes the need for continuous improvement in HSE standards and the implementation of best practices to minimize risks and enhance sustainability. Furthermore, the review delves into climate change mitigation strategies, emphasizing the oil and gas industry's role in reducing greenhouse gas emissions. It discusses various approaches, such as carbon capture and storage (CCS), methane emission reduction initiatives, and renewable energy integration, to mitigate the industry's environmental footprint. The conceptual review also examines the challenges and opportunities associated with implementing these strategies. It identifies regulatory frameworks, technological advancements, and stakeholder engagement as key drivers for promoting environmental stewardship in the oil and gas sector. Overall, the review underscores the importance of environmental stewardship in the oil and gas industry and provides insights into how HSE practices and climate change mitigation strategies can be effectively integrated into the industry's operational framework. Keywords: Oil and Gas, HSE, Best Practice, Storage, Environment.

This concept paper examines the role of the oil and gas sector in environmental management and climate change mitigation. It reviews existing HSE practices, discusses the integration of sustainable technologies, and proposes a conceptual framework for enhancing environmental stewardship within well engineering and operations. Environmental stewardship is a critical aspect of the oil and gas industry, with a focus on Health, Safety, and Environment (HSE) practices and climate change mitigation strategies. This conceptual review examines the current landscape of HSE practices and explores innovative strategies for mitigating climate change impacts within the industry. The review highlights the importance of adopting robust HSE practices to ensure the safety of workers, protect the environment, and maintain operational efficiency. It emphasizes the need for continuous improvement in HSE standards and the implementation of best practices to minimize risks and enhance sustainability. Furthermore, the review delves into climate change mitigation strategies, emphasizing the oil and gas industry's role in reducing greenhouse gas emissions. It discusses various approaches, such as carbon capture and storage (CCS), methane emission reduction initiatives, and renewable energy integration, to mitigate the industry's environmental footprint. The conceptual review also examines the challenges and opportunities associated with implementing these strategies. It identifies regulatory frameworks, technological advancements, and stakeholder engagement as key drivers for promoting environmental stewardship in the oil and gas sector. Overall, the review underscores the importance of environmental stewardship in the oil and gas industry and provides insights into how HSE practices and climate change mitigation strategies can be effectively integrated into the industry's operational framework.

The oil and gas sector is going through a digital transformation to maximize profits, deploying technologies such as Industry 4.0, cloud computing, IIoT, and systems integration. This study focuses on the use of digital applications specifically designed to enhance project management processes and data management, with a particular focus on work turnarounds in oil and gas company located in Kazakhstan. These innovative digital applications offer a way to facilitate efficient planning and analysis, adhering to the Minimum Functional Objectives (MFO) culture. That’s how they play a pivotal role in optimizing expenditures, preventing mishaps, and improving overall operational efficiency. However, the successful implementation of these applications is often hindered by several challenges, including the lack of appropriate digital platforms, a shortage of personnel trained in digital technology use, and a limited understanding and implementation of the MFO culture. This paper proposes a comprehensive suite of digital applications, encompassing Salesforce, TA Notes, TA Pro, PWC & A, and Mistras. These applications are specifically designed to improve the planning and execution of work, thereby playing a vital role in the digital transformation of project management processes in the oil and gas industry. The paper also underscores the potential of these technologies to revolutionize project management, while also discussing the challenges to their implementation and providing actionable solutions to overcome these hurdles.

The article deals with corrosion control in the oil and gas industry. The main methods of corrosion mitigation on the main elements of structures are considered. The role of import substitution policy in the country's leading oil and gas sector is outlined, which consists in the targeted impact of the state on the non-diversified national economy, the foundation of which is oil and gas enterprises, and the creation of such institutional conditions, under which the possibility of scientific research, creation and development of production of oil and gas equipment within the country, which is more competitive in the domestic market than imported, is provided. Examples of domestic analogues of materials and equipment are given without loss of technological safety and quality in order to optimize costs in conditions of uncertainty. The implementation of the current approaches to management revealed certain shortcomings and risks of the development of the corrosion protection system at production, which indicate the need to begin the process of reforming the management system of the oil and gas complex taking into account modern scientific strategies, within the framework of new methodological approaches.KeywordsCorrosionChemical reactionImport substitutionOil and gas industry

The major challenge Project Management Teams (PMT) currently face is the isolated functionality of diverse support disciplines and their tools, leading to delayed and reactive approaches to the project issues. To become more proactive, enhance efficiency, and improve the productivity of current Project Management practices, ADNOC Gas Processing developed a Smart Project Management System (SPMS) that will: Collate and integrate, real-time project data from various software platforms currently in use. Prepare, monitor, and control all project parameters impacting the successful completion of projects. Predictive project analytics by generating automated proactive alerts with recommendations. Provide one unified interface for dashboard, reports, and predictive project management. SPMS is a technology that can add real value and drive positive change in project management and business transformations. SPMS will automate all existing processes and make available all information with drill-down dashboards for Project Planning, Scheduling, Progress Measurement, Safety, Quality, Cost and Budget and lessons learned, Change Orders, Risk Management, Document and Transmittal Management. SPMS also will provide features such as lessons learned to generate alert recommendations, Chat-BOT, and an assistant BOT technology to search the Scope of work, Contract, DGS documents…etc. To achieve our objective, the framework adapted is to include integration, automation, chat-bot, and machine learning attributes in the SPMS software solution. As part of data collection brainstorming, sessions and extensive workshops were conducted with all the project stakeholders such as Consultants, Contractors, PMC, TPI, and PMT in developing a state-of-art project management tool. Desktop reviews and interviews were conducted with product teams to evaluate various solutions such as SAP, ORACLE, ACONEX, ASSAI, WRENCH, and PM-Web as part of the feasibility study and selected a framework to develop a single software platform and to carry out a Pilot study. SPMS was implemented and the validation was carried out on two (2 No's) case study projects. The outcome of the research is that SPMS will support the Project Management team (PMT) to better focus on priority issues and maximize their productivity. A time-consuming activity i.e., Report generation of each project too will be automated with real-time, linked data to reduce man-hours. Furthermore, SPMS will provide the senior management with complete access to real-time project data through I-phones and dashboards. In addition, SPMS gives an early insight of project deviations and issues with help of cognitive intelligent solutions provided by machine learning algorithms hence, proactively enabling a project manager to act timely to deliver a project successfully. This paper covers the overview of existing and enhanced project management practices in the Oil and Gas Industry using SPMS, encountered issues, conclusions drawn and appropriate recommendations.

As artificial intelligence (AI) becomes increasingly integrated into public administration, its adoption within Indonesia’s Coretax system illustrates both transformative potential and pressing governance challenges. This paper investigates Coretax as a case study to explore the ethical, legal, and operational risks of deploying AI in tax administration. While Indonesia’s regulatory framework—especially the Personal Data Protection Law (UU PDP) and SPBE e-government regulations—provides a foundational structure, these alone are insufficient to mitigate risks such as opacity, algorithmic bias, and erosion of public trust. Through qualitative analysis of legal mandates, ethical standards from ACM and OECD, and Coretax’s documented implementation failures, this study proposes a comprehensive Governance and Ethical Risk Management Framework. The framework incorporates impact assessments, an AI oversight board, transparency mechanisms, privacy-by-design architecture, and continuous monitoring. It is designed to ensure legal compliance, ethical accountability, and sustainable innovation in AI-powered public systems. Policy recommendations include mandating AI impact assessments, enhancing legal oversight, updating SPBE guidelines, and investing in AI governance capacity. By implementing this framework, Indonesia can lead in building trustworthy digital government systems—balancing efficiency with fairness, and innovation with the protection of citizens’ rights. The findings offer actionable guidance for policymakers navigating AI integration in high-stakes public services.

As we transition further into the digital age, the landscape of project management is undergoing significant transformation. The integration of digital technologies is reshaping traditional project management practices, presenting both opportunities and challenges. This paper explores the future of project management in the digital era, focusing on emerging trends, evolving challenges, and potential opportunities. The digital revolution is driving several key trends in project management. First, the adoption of advanced technologies such as Artificial Intelligence (AI), Machine Learning (ML), and Big Data Analytics is enhancing decision-making and project execution. These technologies offer predictive insights, automate routine tasks, and provide real-time data analytics, enabling project managers to make more informed decisions and improve efficiency. Second, the rise of remote and hybrid work models is transforming team dynamics and project coordination. Digital collaboration tools and platforms facilitate seamless communication and teamwork across geographical boundaries, making it possible for organizations to harness a global talent pool. Despite these advancements, the digital age also brings new challenges. The rapid pace of technological change requires project managers to continuously update their skills and adapt to new tools and methodologies. Managing cybersecurity risks has become a critical concern, as the increased reliance on digital platforms exposes projects to potential data breaches and cyber threats. Additionally, integrating new technologies with existing systems can be complex and costly, requiring careful planning and resource allocation. The digital era offers numerous opportunities for enhancing project management practices. The ability to leverage AI and data analytics can lead to more accurate project forecasting and risk management, improving overall project outcomes. Digital tools also enable greater flexibility and agility in project execution, allowing organizations to respond more quickly to changes and challenges. Furthermore, the focus on digital transformation can drive innovation, leading to new business models and competitive advantages. In conclusion, the future of project management in the digital age is characterized by rapid technological advancements, evolving challenges, and exciting opportunities. Embracing these changes and effectively leveraging digital tools will be crucial for project managers to drive successful project outcomes and achieve strategic goals in an increasingly digital world. Keywords: Future, Project Management, Digital Age, Trends, Challenges.