Project – The Impact of Fuel Subsidy Removal on the Operational Costs of Road Transport Businesses in Nigeria

CHAPTER ONE

INTRODUCTION

1.0 Background to the Study

Fuel subsidy has been a defining feature of Nigeria’s petroleum policy for decades. Introduced as a social welfare measure in the 1970s, the subsidy aimed to make petroleum products affordable for citizens and to cushion the cost of living in an oil-dependent economy (Balogun, 2025). Over time, the policy became a central instrument through which the government sought to manage inflation, stabilize transportation costs, and support industrial productivity. By keeping the pump price of petrol (Premium Motor Spirit – PMS) below international parity, the Nigerian state effectively reduced operational costs for transporters, thereby maintaining relatively stable transport fares for both passengers and goods.

However, as global oil prices fluctuated and domestic consumption rose, the fiscal burden of sustaining the fuel subsidy increased dramatically. According to Reuters (2024), the Nigerian National Petroleum Company Limited (NNPCL) and the federal government spent billions of naira annually to maintain artificially low fuel prices. This expenditure diverted public funds from critical sectors such as education, health, and infrastructure. Consequently, policymakers and economists began to argue that the subsidy regime was unsustainable and disproportionately benefited wealthier Nigerians who consumed more fuel, rather than the poor for whom it was originally intended.

In May 2023, President Bola Ahmed Tinubu announced the official removal of the petrol subsidy, marking a major shift in Nigeria’s energy and fiscal policy (AP News, 2024). This decision allowed market forces to determine the retail price of fuel, which immediately led to a sharp rise in the cost of petrol nationwide. The increase in fuel price triggered inflationary pressures across multiple sectors of the economy, including transportation, manufacturing, and agriculture. For many Nigerians, particularly those relying on public transport, the removal of subsidy translated into higher living costs and reduced purchasing power (Balogun, 2025).

The transport sector, which is heavily dependent on petrol and diesel, was among the hardest hit. Road transport operators, including commercial bus drivers, interstate transport firms, and logistics companies, faced skyrocketing fuel bills that drastically increased their operational costs (Felix, 2025). Since fuel constitutes one of the largest components of running expenses in the transport business, even modest increases in fuel price can significantly impact overall cost structures and profitability. For small and medium-sized transport businesses operating on thin margins, the subsidy removal posed a major financial challenge.

In response to the higher cost of operations, many transport firms implemented a range of survival strategies. These included increasing passenger fares, reducing the frequency of trips, downsizing their workforce, and deferring vehicle maintenance schedules (AP News, 2024). Some companies also began exploring alternative fuel options, such as the use of compressed natural gas (CNG), in an effort to reduce dependence on petrol (Balogun, 2025). However, these adjustments often came at the expense of service quality and affordability for commuters.

The wider economic impact of these developments extends beyond transport operators themselves. Transportation plays a pivotal role in Nigeria’s economic infrastructure by facilitating the movement of goods and people across the country. When operational costs rise, these costs are often passed on to consumers in the form of higher prices for food and other goods, thereby fueling inflation (Felix, 2025). Moreover, reduced transport affordability can limit mobility, constrain access to employment opportunities, and weaken economic productivity.

At the macroeconomic level, the removal of fuel subsidies is viewed by economists as a necessary step toward fiscal sustainability and market efficiency. It is expected to reduce government expenditure and encourage investments in domestic refining capacity (Reuters, 2024). Nonetheless, the transition period presents considerable socio-economic challenges, particularly for transport operators and low-income households who bear the brunt of rising fuel prices. Without adequate policy support—such as palliative measures, tax incentives, or access to cheaper fuel alternatives—the benefits of subsidy removal may be overshadowed by short-term economic hardship.

Therefore, the need to empirically assess the impact of fuel subsidy removal on the operational costs of road transport businesses in Nigeria has become increasingly important. Such an assessment will provide insight into how cost structures have changed, what coping strategies are being employed, and what policy interventions might be necessary to ensure sectoral stability. Understanding these dynamics will not only contribute to academic discourse but also guide decision-makers in designing more effective and equitable transport and energy policies in the post-subsidy era (Balogun, 2025; Felix, 2025).

1.1 Statement of the Problem

For decades, Nigeria’s fuel subsidy policy acted as a cushion against the volatility of global crude oil prices, ensuring that local fuel prices remained relatively stable. The transport sector, being one of the largest consumers of petroleum products, benefited immensely from this arrangement. However, with the removal of fuel subsidy in 2023, transport businesses suddenly faced the full brunt of market-determined fuel pricing (Reuters, 2024). The immediate outcome was a sharp rise in the cost of petrol and diesel, which directly translated into higher operational expenses for road transport operators. This development disrupted the cost structures of both small-scale commercial drivers and large logistics companies that rely heavily on affordable fuel for their daily operations.

Most road transport operators in Nigeria operate within a narrow profit margin due to intense market competition, fluctuating passenger demand, and poor infrastructure conditions (Balogun, 2025). The rise in fuel costs has therefore had a disproportionate effect on their sustainability. Transporters have been compelled to raise fares to offset increased expenditure, but higher fares often reduce passenger volume, especially among low-income commuters who form the bulk of their clientele. As a result, many operators find themselves trapped between the need to recover costs and the fear of losing customers to alternative modes of transport such as motorcycles or informal ride-sharing services.

Moreover, the surge in operational costs has forced many firms to compromise on maintenance and safety standards. Some transport companies now delay scheduled vehicle servicing or resort to cheaper, lower-quality spare parts to minimize expenses (Felix, 2025). This situation increases the risk of vehicle breakdowns and road accidents, ultimately affecting the reliability of transport services and the safety of passengers. The consequences are not only financial but also social, as transport inefficiencies contribute to reduced productivity, longer travel times, and greater economic hardship for ordinary Nigerians.

While anecdotal and media reports have consistently emphasized these challenges, there is a shortage of rigorous academic research quantifying the actual impact of subsidy removal on transport operators’ cost components. Many existing studies have focused on the macroeconomic implications of subsidy removal—such as inflation, fiscal savings, or government revenue—while neglecting microeconomic effects on specific sectors like road transportation (Balogun, 2025). Consequently, there is limited empirical evidence detailing how changes in fuel prices influence variables such as fuel consumption, maintenance expenditure, wage payments, and overall profitability within Nigeria’s transport industry.

The absence of such data limits policymakers’ ability to design targeted interventions to support transport operators during the transition to a deregulated fuel market. Without evidence-based insights, efforts such as introducing CNG alternatives, tax reliefs, or fleet management incentives may not effectively address the specific cost pressures faced by transport businesses (AP News, 2024). Furthermore, an incomplete understanding of these operational impacts makes it difficult to predict the broader economic effects of fuel subsidy removal on employment, logistics efficiency, and consumer welfare.

Therefore, this study seeks to fill the existing research gap by empirically examining how the removal of fuel subsidy has influenced the operational cost structure of road transport businesses in Nigeria. By identifying the specific cost components most affected—fuel expenses, maintenance, wages, and other recurrent costs—this research will provide valuable data for both practitioners and policymakers. Ultimately, the study aims to contribute to a more informed discussion on transport economics, cost management, and policy responses in the post-subsidy era (Felix, 2025).

1.2 Research Objectives

General Objective:
To examine the impact of fuel subsidy removal on the operational costs of road transport businesses in Nigeria.

Specific Objectives:

1. To measure changes in monthly fuel expenditure of road transport firms before and after subsidy removal.

2. To identify cost components most affected by the policy.

3. To examine coping strategies adopted by transport operators.

4. To assess the impact of higher operational costs on profitability and service delivery.

1.3 Research Questions

1. How has the removal of fuel subsidy affected monthly fuel expenditure among road transport firms in Nigeria?

2. Which operational cost components have been most affected?

3. What strategies are transport operators adopting to mitigate rising costs?

4. How have increased operational costs affected profitability and service levels?

1.4 Research Hypothesis

H₁: Fuel subsidy removal in Nigeria has led to a statistically significant increase in the operational costs of road transport businesses.

1.5 Significance of the Study

This research will provide valuable insights to transport operators, policymakers, and academics. For transport managers, it highlights cost-management strategies and the importance of fuel-efficiency programs. Policymakers can use the findings to design supportive interventions, such as incentives for CNG adoption or targeted relief measures for commercial transporters (AP News, 2024). Academics and researchers will gain empirical evidence contributing to the growing literature on energy policy and transport economics in developing economies (Balogun, 2025; Felix, 2025).

1.6 Scope and Limitations of the Study

The study focuses on road transport businesses in major Nigerian cities such as Lagos and Abuja, including commercial buses, taxis, and haulage firms. It compares operational costs before and after the 2023 subsidy removal (Reuters, 2024). Limitations include difficulties in accessing detailed cost data from informal operators, as many transport businesses do not keep standardized financial records. Additionally, external factors such as exchange-rate volatility and inflation may influence results (Balogun, 2025).

1.7 Definition of Key Terms

• Fuel Subsidy Removal: The government’s decision to stop financing the price gap between market value and regulated pump price of petroleum products (Reuters, 2024).

• Operational Costs: The recurring expenses incurred by transport firms in their daily operations, including fuel, wages, maintenance, and spare parts (Felix, 2025).

• Road Transport Business: Enterprises involved in moving passengers or goods via road networks, including taxis, buses, and logistics trucks (AP News, 2024).

Project – The Impact of Fuel Subsidy Removal on the Operational Costs of Road Transport Businesses in Nigeria