Project management in the oil and gas industry minimizes risks such as schedule delays, cost overruns, and underperformance.

In recent years, the development of new fields and maintaining the high productivity of existing facilities in the oil and gas sector requires huge investments.

Gaining access to large loans and other sources of financing for oil and gas industry allows companies to introduce more efficient technologies and equipment to extract hard-to-reach resources from fields that were previously considered unprofitable.

Rising prices for hydrocarbons generally favor the development of such facilities, however, increasing competition for capital requires companies in the oil and gas sector to be more flexible and adaptable to new financial realities.

These risks often coexist with each other, requiring complex solutions. For example, any schedule delays result in cost overruns through increased facility maintenance costs and associated contract penalties.

Clearly, professional project management services are critical to success in the highly competitive oil and gas industry.

The real situation with hydrocarbon reserves makes oil and gas projects one of the most difficult to manage and finance.

This sector brings together an extremely wide range of financial, engineering and management solutions that must be applied flexibly in different climatic, economic, regulatory and political environments around the world.

Any unforeseen event, such as a delay in the delivery of drilling equipment or a ban on the supply of high technology to a foreign partner due to geopolitical issues, can easily destroy the fragile chains of an international project and jeopardize investments. The difficulties of managing oil and gas projects in today’s realities highlight the need for professional services in this area.

Financing, engineering, contracting, procurement, construction, marketing and other aspects of each project must be supervised by professionals with sufficient experience and knowledge. It should also be remembered that the success of any oil and gas project depends at least half on preliminary studies, such as natural reserves assessment, supply chain analysis, financial modeling, etc.

Phases of oil and gas project development

Project management in most cases is carried out from a standard algorithm that is adapted to the conditions of a particular project.

In any case, this process includes the initiation phase, planning, engineering support and execution, as described below.

In the initial stages of oil and gas project development, participants have a very vague idea of the final cost, but with each subsequent stage of planning, financial needs become more precise. This is due to a better understanding of the challenges, such as licensing, access to technology, insurance, and so on. At these stages, action plans and decisions are laid that will ensure the financial sustainability of the entire project in the future.

Project initiation and definition phase:

Although in the past the oil and gas industry could hardly be called innovative or high-tech, today many new investment projects are inextricably linked with the introduction of new technologies that make it possible to successfully exploit hard-to-reach fields.

New business opportunities that open up as a result of rising world prices for hydrocarbons, geopolitical changes or technical breakthroughs form the basis for the initiation of major projects in this sector.

Regardless of the reasons for developing a new project and the motivation of investors, each project (oil well, refinery, LNG terminal, liquefied natural gas plant) must be well justified.

Comprehensive research conducted in the pre-investment stage allows sponsors to confidently move forward to the next phases of the project.

Project initiation refers to any form of proposal, theoretical substantiation of future investments. Of course, at this stage, the participants do not have a clear idea of the future investment needs, cash flows, funding schedules and payback periods of the project. This uncertainty is aggravated by the fact that prices for oil, oil products and natural gas are characterized by extreme volatility, being highly dependent on the geopolitical situation and on the phase of the global economic cycle.

Therefore, the project will take on a clearer shape in the next phases, when the participants will draw up a certain budget and propose optimal financing models.

The definition of an oil and gas project is aimed at gradually narrowing the number of investment options, clarifying the parameters and financial needs of the project. A critical role at this stage is played by professional engineering services, laying the foundation for choosing the right technology, equipment and technical solutions.

During the first phase of project development, participants will have to resolve issues such as the supply of materials, the acquisition of technology, logistics and markets. It is important to correctly distribute the risks between the parties, which is laid down in the contractual structure.

Detailed design and engineering phase:

It is important to note EPC contracting (Engineering, Procurement, Construction), which is widely used in capital-intensive projects.

This is a comprehensive contracting approach that makes it easy to implement technically complex ideas by attracting experienced contractors.

A clear project framework, defined by the participants in the previous stages, allows the company to formulate technical requirements and start negotiations with engineering firms. Design activities, including field studies, environmental monitoring and other aspects, will allow the EPC contractor to select and purchase materials and equipment. During this phase, significant changes in the project budget can be expected, as engineers may encounter unforeseen difficulties.

Accordingly, after the end of the engineering phase, the participants can proceed to the selection of specific financial mechanisms for the future project, better understanding the investment needs and the schedule for spending funds.

The results of these studies will be required by potential lenders when making a decision on issuing a loan, especially when it comes to project finance (PF).

The soundness of the engineering decisions made during this phase has a significant impact on the success of the project and its financial viability. For this reason, many companies prefer to entrust the development of oil and gas projects to specialized companies with relevant experience.

Tenders, procurement and construction

Tendering and equipment procurement activities are time consuming and require highly experienced specialists.

In this phase, it is important to find the most suitable suppliers, select certain types of equipment and their modifications for a particular project, conduct multi-stage negotiations and conclude contracts on suitable terms.

Since the oil and gas industry is largely internationalized, there may be tenders involving companies from dozens of countries.

The complexity of technical, logistical and commercial decisions in such projects requires a professional approach to procurement.

Given the complexity and long lead times of modern oil and gas projects, the equipment procurement phase can be carried out in parallel with the construction phase. As new batches of equipment are purchased and delivered, construction teams will continue to install it and prepare the facility for commissioning.

Along with these activities, separate teams of specialists can carry out inspections, equipment adjustments and personnel training.

The procurement and construction phase is considered one of the longest and most complex. More than 70% of project costs come from equipment and installation, so the cost of any mistake at this stage is potentially high. In addition, investors and lenders strictly control the implementation of each planned stage of construction, often tying further funding to these milestones.

Putting the facility into operation:

The scope and nature of the work associated with the commissioning of the project, largely depends on the type of project and its purpose.

For example, an important stage in the commissioning of gas pipelines is pressure testing, checking the quality of connections, etc.

High-tech equipment of oil refineries is checked according to their protocols, with the involvement of the equipment manufacturer and independent experts.

There are certain safety standards that a project must meet in order to receive approvals. Among the goals of this phase is to ensure the safety of the object, as well as to check it for compliance with the requirements of the customer.

The latter is related to the achievement of planned productivity and, therefore, to the generation of cash flows sufficient to repay the project debt.

Given the scope of the tasks, the commissioning phase can stretch over several months, depending on the type and scale of the project.

Sometimes this phase is coincides with construction, when some teams install the equipment, while others check it and make final adjustments. All this requires careful planning, considering the complexity of the facilities and the potential fire and environmental risks (especially for offshore petroleum projects).

It should be noted that in project finance schemes, the peak of indebtedness usually occurs in this phase. Consequently, by the time the facility is put into operation, the risks increase. Good project management is especially important to this phase.

Professional management of oil and gas projects

Models for financing of chemical plants is a key tool for economic and investment evaluation of a business project, which calculates the quantitative parameters of a business idea, starting from the assets and funds required for project implementation, and ending with indicators of the financial return on these investments and the investment return period.

A well-prepared models for financing of chemical plants is an indispensable tool that provides a clear understanding of the economics of the chemical enterprise and its prospects, which allows sponsors to monitor the life of the project and adjust its parameters.

At the same time, this model serves as a basis for finding investors or attracting debt financing.

CP Finance UK Finance offers a wide range of financial services for companies in the chemical industry, including long-term loans, project finance schemes, financial modeling, consulting and much more.

Our team of financial experts forecast several scenarios for the development of a chemical project and calculate its profitability depending on changes in key parameters, such as sales volume and prices, operating costs, risk factors and investment budget.

CP Finance UK Finance specialists will help your team prepare the following:

• Financial model.
• Forecast of cash flows of the enterprise.
• Calculation of the net value of assets.
• Analysis of project profitability and capital needs.
• Simulation of chemical plant activity scenarios.
• Analysis of project sensitivity to changes in various factors.
• Detailed financial analysis based on NPV, IRR, etc.
• Information memorandum, executive summary and much more.

Our company develops models for financing of chemical plants using advanced software tools and environments, so as a result of the work.

The customer will receive a fully automated document with flexible formulas.

The comprehensive model contains summary parameters of the chemical project, sources of construction financing, total investment costs, financing schedule, chemical product sales plans, forecast reports on cash flow, income and expenses, detailed analysis of project profitability and so on.

Models for financing of chemical plants provides users with the opportunity to adjust the project in case of introducing new indicators and changing parameters and data during project implementation.

We also offer long-term financing of large industrial projects, including investment loans of up to 90% of the project cost.

Our proposals for large businesses start at 50 million euros, and financing terms reach 20 years, depending on the project.

Contact us for details.

Basics of models for financing of chemical plants industry

The financial health and models for financing of chemical plants of and enterprise directly depends on revenues, capital structure and assets.

These factors determine the level of financial stability, liquidity and efficiency of capital use. There is a direct relationship between groups of financial indicators that characterize the financial health of a chemical plant. Indicators of financial stability characterize the capital structure and dependence of the enterprise on external sources of financing and are related to the turnover of accounts payable, while equity is affected by the profit received in the reporting period.

In turn, solvency ratios, which reflect the ability of a chemical enterprise to fulfill its obligations in a timely manner, are closely related to the turnover of working capital and accounts payable.

Financial modeling and forecasting makes it possible to effectively analyze complex and uncertain situations related to strategic decision-making.

Therefore, the models for financing of chemical plants  serves as a financier’s instrument that allows considering a large number of “what if?” scenarios. Forecasting allows project participants to obtain the most likely scenario of business development based on the analysis of the current situation and propose measures for its correction.

Financial modeling is particularly effective for solving time-consuming problems that require extensive practical experience and a high-quality methodological basis:

• Assessment of investment projects, formation and revision of the investment program.
• Comprehensive risk assessment and management.
• Forecasting cash flows and dynamics of the company’s financial condition.
• Carrying out financial calculations of the business plan.
• Determination of optimal options for financing a chemical plant, its volumes and structure.
• Establishing regular business planning and investment decision-making processes.
• Modeling and evaluation of various business development scenarios.

Financial modeling is especially relevant in times of crisis, when the availability and cost of external financing decreases, the risks of loss of liquidity and business stability increase, and the most important condition for business development remains the growth of operational efficiency.

Models for financing of chemical plants provides a single solution to the following problems:

• Simulation of cash flows of planned activities and assessment of future financial indicators of the enterprise under construction.

• Finding and studying project elements, where the company’s financial resources will come from and what they will be spent on.

• Creation of a mathematical basis for project risk analysis and restructuring of the company’s risk management system.

• Ensuring continuous analytical work, allowing to quickly adjust and recalculate possible project options and business development scenarios.

• Significant time savings, as the model allows the financial team to avoid consideration of unacceptable options and unpromising investment projects.

Therefore, forecasting the financial health of the enterprise should be understood as the development of a system of scientifically based assumptions about basic and alternative structural changes in the assets and liabilities of the enterprise.

Given the complexity of the chemical industry in general, which depends on specific technological processes, fuel and electricity prices, market conditions, environmental legislation and many other factors, a complete financial model can be extremely complex and multifaceted.

CP Finance UK Finance’s professional team is ready to help you with financial modeling and forecasting at any stage.

Stages of creating a financial model of a chemical plant

In modern financial literature and practice, a large number of methodological approaches to the analysis and assessment of the financial health of chemical industry enterprises are proposed.

When choosing certain approaches to forecasting financial indicators, the following features of the forecasting environment should be taken into account:

• Macroeconomic risk and uncertainty caused by global events, changes in legislation, market trends and geopolitical upheavals.

• The development of a high-quality financial model requires professional processing of a large amount of information within a strict time frame.

• Most of the financial indicators of an investment project are closely related, so a change in one of them automatically affects the expected values of others.

It is not always possible to obtain a sufficient amount of data to build an accurate and complete financial model.

On the one hand, many innovative technologies in the chemical industry have a short period of practical use, and, therefore, a small amount of accumulated data. On the other hand, the impact of unpredictable factors can lead to both gradual and long-term changes in financial indicators and short-term impulsive deviations. As a result, the horizon of the developed forecast is narrowed, its quality deteriorates, and the scope of its application is significantly limited.

It is advisable to forecast the financial indicators of the enterprise using economic and mathematical modeling.

It allows the project team to display promising scenarios depending on a large number of factors. The adequacy of the forecast depends on the correctly chosen procedure and logic of building the financial model.

Typical stages of creating models for financing of chemical plants:

1. Collection and analysis of initial data for the financial model, including production and financial indicators.

2. Highlighting key factors that are considered drivers of the future financial model.

3. External factors affecting the performance of the chemical plant (market trends, exchange rates, inflation, gas prices, etc.).

4. Development and comparison of financial models of alternative scenarios or variants of investment projects.

5. Calculation of investment and financial indicators, in particular, the terms of long-term investment lending.

6. Analysis of the stress resistance of the project to changes in the external environment (for example, settlements with suppliers).

The complexity of Oil refinery construction cost requires advanced technology, skilled labor, and significant financial resources.

Advanced project finance tools, loans from private investment funds, leasing and other financial mechanisms help to attract long-term capital necessary for the development of such projects around the world.

Oil refineries are critical infrastructures that play a vital role in producing gasoline, diesel, jet fuel, and other refined petroleum products.

CP Finance UK can provide your business with affordable funds and provide detailed advice regarding the construction cost of oil refineries.

Factors affecting oil refinery construction cost

Location, size, technology used, government regulations, environmental standards, labor, and material availability are factors that play a vital role in determining the construction cost. To construct an oil refinery cost-effectively, companies must ensure that they conduct extensive research and consider all the factors that could impact the cost.

The construction cost of an oil refinery depends on various factors such as the facility location, size, complexity, and technology used.

Additionally, government regulations, environmental standards, and labor costs also play a significant role in determining the overall cost. Furthermore, the availability and price of materials and equipment also affect the construction cost.

Firstly, facility location plays a vital role in determining the cost of constructing an oil refinery. The investment cost could vary depending on whether it’s built in an urban or rural area. Urban areas usually require expensive land acquisition and higher labor costs, while rural areas may require more significant investment in infrastructure, transportation, and logistics. For example, the construction cost of the Jamnagar refinery complex in Gujarat (India) was about $6 billion due to its location, being one of the largest and most sophisticated refineries globally.

Secondly, the size and technical complexity of the refinery also influence the total construction cost. More complex refineries require specialized equipment, technology, and skilled labor, leading to a higher cost. For example, the construction cost of the Mina Al-Ahmadi Refinery in Kuwait, one of the largest in the world, was over $5 billion due to its huge size and expensive technologies.

Thirdly, government regulations and environmental standards can also impact the construction cost. Compliance with environmental standards requires costly equipment and technology to ensure the safety of the workforce and the environment. For instance, the construction cost of the BP Whiting Refinery in the United States was extremely high due to stringent US government regulations stipulating a low sulfur fuel production.

Location, size, technology used, government regulations, environmental standards, labor, and material availability are factors that play a vital role in determining the construction cost. To construct an oil refinery cost-effectively, companies must ensure that they conduct extensive research and consider all the factors that could impact the cost.

However, it’s worth the investment efforts since oil refineries still play a critical role in the global economy and energy sector.

Sources of financing for the construction of refineries

Oil refinery construction cost is an ambitious undertaking that requires a substantial amount of capital investment.

The construction and establishment of oil refineries require adequate financing sources to ensure the success of the investment project. Our financial experts can advise you in detail on the most suitable financial sources used in the construction of oil refinery costs

Equity financing, debt financing, and government financing remains the famous source of financing the construction of large oil refineries 

Equity financing involves creating an investor pool and selling part of the ownership of the refinery to them. Debt financing involves obtaining large long-term loans from financial institutions or issuing bonds.

Government financing involves obtaining funds from government grants or concessional loans issued by state-owned banks.

Equity financing is a common financing source used in the construction of oil refineries. Equity financing involves selling ownership of a refinery to potential investors. The investors become shareholders in the refinery. The risk and returns are shared among the shareholders.

Advantages of equity financing include avoiding the risk of defaulting on loans, the absence of repayment obligations, and the equity financing investment may result in significant returns. An example of an equity financing firm that has invested in an oil refinery is private equity firm Carlyle Group. The firm invested $175 million in Philadelphia Energy Solutions in 2012, a sprawling refinery complex.

Debt financing is another financing source used in the construction of oil refineries. This type of financing sources involves obtaining a loan from financial institutions or issuing bonds. The loan amount must be paid back with interest.

Flexible loans provided by large private investors or investment funds can be a valuable alternative to traditional cooperation with commercial banks. Debt financing benefits include obtaining large sums of money and gaining tax advantages. One example of debt financing is when large long-term funding is sourced from banks to build oil refineries.

An example is the €2.2 billion loan given by UniCredit and a pool of 24 other banks to Russia’s Lukoil in 2018.

Government financing is a third source of financing for oil refineries. Concessional loans from state-owned banks or grants from the government can be obtained. Depletion allowances and tax deductions may also be given as part of the financing.

The advantages of government financing is that it supports the stabilization of the local economy and job creation. A considerable example of government financing is the China-Pakistan Economic Corridor, which is building the Gwadar Oil Refinery. It was funded with a $6.6 billion loan from China’s Exim Bank in 2018.

In conclusion, financing sources for oil refinery construction vary as shown in the examples above. Equity financing, debt financing, and government financing are not exhaustive, but they are among the most common methods used to finance oil refinery construction. Investors need to evaluate the risks and benefits of each financing source before undertaking any investments to fund oil refineries.

Therefore, the choice of financing method must be done with care and caution to ensure that the success of the investment project is guaranteed.

Investments in oil refineries in most countries are growing

The United States is currently one of the leading countries in oil refinery construction and investments. In 2019, there were 137 operable refineries in the country, with a total refining capacity of 18.8 million barrels per day (bpd). This represents about 20% of the total global refining capacity. Texas is the leading state in oil refinery construction in the US, with the largest refining capacity of approximately 5.8 million bpd.

Oil is one of the most sought-after natural resources in the world.

It is an important source of energy that fuels different sectors of the economy, including transportation, agriculture, manufacturing, and many more.

As a result, most countries with oil reserves often invest in oil refinery construction to refine crude oil for various applications. Many countries have invested heavily in oil refinery construction, which helps to boost the economy.

Before the start of the war in Europe, Russia was one of the most promising countries for investment in the construction of refineries and oil and gas infrastructure, but now tough sanctions and international isolation have put an end to business development for an indefinite period.

China is the world’s largest importer of crude oil, and as such, it has invested significantly in oil refinery construction cost. The country’s refining capacity was 17.5 million bpd in 2021, and it plans to increase its refining capacity to 20 million bpd by 2025. China’s largest oil refineries are located in Shandong, Guangdong, and Zhejiang provinces, and these refineries account for about 40% of the country’s refining capacity.

The potential of this country in the petrochemical industry significantly exceeds the potential of other Asian countries, and has clear prospects for further growth.

The demand for oil-related products, including fuel and petrochemicals, is increasing steadily as the world’s population grows. Several countries are investing in oil refinery projects to keep up with the growing demand. The construction of these refineries requires massive investments to ensure they are built to meet the highest economic, technical, environmental and safety standards.

Oil refinery projects require massive investments to construct and operate, making them a costly undertaking. However, these projects play an essential role in providing petroleum-based products to business and society.

The construction of large refineries usually costs billions of dollars and can take several years to complete.

On average, we are talking about 4-5 years of investment project development from the stage of drawings to commissioning.

One example of a massive oil refinery project is the previously mentioned Jamnagar Refinery in India. This facility is currently the world’s largest, with a capacity of over 1.2 million barrels per day. Its construction began in 1997, and the refinery was commissioned in 1999. The investment project’s cost was around $6 billion. The refinery has played a significant role in meeting India’s growing demand for petroleum-based products.

Another large-scale project is the Jubail II in Saudi Arabia. This refinery has a capacity of 1.2 million barrels per day and is considered one of the largest petrochemical complexes globally. The project’s cost was around $10 billion, and it was completed in 2016.

The refinery is a significant contributor to Saudi Arabia’s economy and provides employment for thousands of people.

Similarly, the Fujairah Refinery in the UAE is a massive oil refinery project which began to ramp up the production of petrochemical products in 2021. The facility will have a capacity of 600,000 barrels per day and will cost approximately $3.3 billion. The refinery will help meet the UAE’s growing demand for petroleum products and will contribute to the country’s economic growth.

If you are looking for long-term financing for the construction of refineries, labor pipelines, oil terminals and other related infrastructure, please contact CP Finance UK.

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