This document summarizes a lecture on project finance and risk management. It defines project finance as the financing of long-term infrastructure or industrial projects using a non-recourse structure relying on the project's cash flows. Key aspects discussed include the use of a special purpose vehicle, cash flow-based valuation, allocation of risks through contracts, and conducting due diligence. The major risks identified for projects include completion, resource availability, technology issues, market forces, currency and political instability.
Financial and technical assistance of a projectAnuja Chavan
This document discusses project financing and technical assistance for projects. It defines project financing as financing for large, capital-intensive projects using the project's assets and cash flows as collateral. Project financing often involves a special purpose vehicle and participants like sponsors, contractors, operators, and lenders. It has advantages like non-recourse loans and tax benefits but is complex. Technical assistance helps project beneficiaries with identification, studies, design, tendering, and supervision. Eligible recipients include governments, utilities, and private promoters. Technical assistance services aim to support project identification, assessment, planning, design, and implementation.
This document provides an overview of project finance and the credit appraisal/evaluation process for infrastructure projects. It defines infrastructure projects and examples. It also defines project finance as financing that is "non-recourse" where lenders are only repaid from the project's cashflows. The credit appraisal process for infrastructure projects focuses on assessing the technical, economic, financial, and commercial viability of projects, with an emphasis on evaluating the project's feasibility study and ability to service debt from cashflows rather than relying on sponsor balance sheets. Key areas of analysis include market demand, costs, financing plan, cashflow projections and sensitivity analysis.
Project finance is the financing of long-term infrastructure, industrial projects and public services based upon a non-recourse or limited recourse financial structure, in which project debt and equity used to finance the project are paid back from the cash flow generated by the project. Project financing is a loan structure that relies primarily on the project's cash flow for repayment, with the project's assets, rights and interests held as secondary security or collateral. Project finance is especially attractive to the private sector because companies can fund major projects off balance sheet.
This document summarizes the risks that lenders may assume in public private partnerships (PPPs). It outlines a typical PPP structure involving a special purpose vehicle that is funded through debt and equity and pays the government for construction, operation, and performance of services. The benefits of third party financing for PPPs include access to more capital, improved funding streams, risk transfer to the private sector, and incentives for efficiency. However, lenders will only take on risks they can assess and the borrower can manage. The appropriate allocation of risks in PPP contracts and financial structures is important for lender appetite and pricing.
This document discusses financing large projects through project financing. It explains that project financing involves setting up a separate "ring-fenced" project company, with off-balance sheet or non-recourse financing and high leverage. The key is managing risks through contracts and structured financing to make projects bankable and attractive to equity sponsors and debt providers. Innovative instruments like stepped debt repayment, revenue claw-backs, and subordinated zero coupon bonds can increase comfort for lenders and returns for equity investors.
The document discusses financing models for nuclear power projects. It notes that risk was traditionally borne entirely by customers but is now shared among project owners, investors, lenders, suppliers and governments. New nuclear projects require large capital investments but have low operating costs. Financing comes from various sources like equity, bonds, loans and government funds. A successful financing blends these sources and mitigates risks through turnkey contracts, reliable off-takers and regulatory certainty.
ISMED Training: PPP Fundamentals by Andrew Fitzpatrick, OECDOECDGlobalRelations
Presented at the Training Session on Public Private Partnerships organised by the MENA-OECD Investment Security in the Mediterranean (ISMED) Support Programme in September 2014.
Project finance presentation delivered at the "Jordan Renewables" Workshop, hosted by EDAMA and Eversheds.
Held at the Four Seasons Hotel, Amman, Jordan
16th May 2013
Financial and technical assistance of a projectAnuja Chavan
This document discusses project financing and technical assistance for projects. It defines project financing as financing for large, capital-intensive projects using the project's assets and cash flows as collateral. Project financing often involves a special purpose vehicle and participants like sponsors, contractors, operators, and lenders. It has advantages like non-recourse loans and tax benefits but is complex. Technical assistance helps project beneficiaries with identification, studies, design, tendering, and supervision. Eligible recipients include governments, utilities, and private promoters. Technical assistance services aim to support project identification, assessment, planning, design, and implementation.
This document provides an overview of project finance and the credit appraisal/evaluation process for infrastructure projects. It defines infrastructure projects and examples. It also defines project finance as financing that is "non-recourse" where lenders are only repaid from the project's cashflows. The credit appraisal process for infrastructure projects focuses on assessing the technical, economic, financial, and commercial viability of projects, with an emphasis on evaluating the project's feasibility study and ability to service debt from cashflows rather than relying on sponsor balance sheets. Key areas of analysis include market demand, costs, financing plan, cashflow projections and sensitivity analysis.
Project finance is the financing of long-term infrastructure, industrial projects and public services based upon a non-recourse or limited recourse financial structure, in which project debt and equity used to finance the project are paid back from the cash flow generated by the project. Project financing is a loan structure that relies primarily on the project's cash flow for repayment, with the project's assets, rights and interests held as secondary security or collateral. Project finance is especially attractive to the private sector because companies can fund major projects off balance sheet.
This document summarizes the risks that lenders may assume in public private partnerships (PPPs). It outlines a typical PPP structure involving a special purpose vehicle that is funded through debt and equity and pays the government for construction, operation, and performance of services. The benefits of third party financing for PPPs include access to more capital, improved funding streams, risk transfer to the private sector, and incentives for efficiency. However, lenders will only take on risks they can assess and the borrower can manage. The appropriate allocation of risks in PPP contracts and financial structures is important for lender appetite and pricing.
This document discusses financing large projects through project financing. It explains that project financing involves setting up a separate "ring-fenced" project company, with off-balance sheet or non-recourse financing and high leverage. The key is managing risks through contracts and structured financing to make projects bankable and attractive to equity sponsors and debt providers. Innovative instruments like stepped debt repayment, revenue claw-backs, and subordinated zero coupon bonds can increase comfort for lenders and returns for equity investors.
The document discusses financing models for nuclear power projects. It notes that risk was traditionally borne entirely by customers but is now shared among project owners, investors, lenders, suppliers and governments. New nuclear projects require large capital investments but have low operating costs. Financing comes from various sources like equity, bonds, loans and government funds. A successful financing blends these sources and mitigates risks through turnkey contracts, reliable off-takers and regulatory certainty.
ISMED Training: PPP Fundamentals by Andrew Fitzpatrick, OECDOECDGlobalRelations
Presented at the Training Session on Public Private Partnerships organised by the MENA-OECD Investment Security in the Mediterranean (ISMED) Support Programme in September 2014.
Project finance presentation delivered at the "Jordan Renewables" Workshop, hosted by EDAMA and Eversheds.
Held at the Four Seasons Hotel, Amman, Jordan
16th May 2013
The document discusses key aspects of project financing for solar projects, including:
- Project financing relies on the cash flows from a specific project rather than the sponsor company, with debt secured by project assets and repaid from project cash flows.
- Key project contracts include the power purchase agreement (PPA) with an offtaker, engineering procurement and construction (EPC) contracts, and operations and maintenance agreements.
- Financing is provided through various structures including bank loans, bonds, and tax equity. Project financing requires long-term contracted revenue under a PPA to support the debt over the loan term.
This document provides an overview of project finance for power generation projects. It defines project finance and differentiates it from other types of finance. Some key aspects covered include:
- Project finance uses a special purpose vehicle to finance infrastructure projects on a limited or non-recourse basis.
- Risks are allocated optimally through contracts between the project consortium members.
- Credit ratings consider the standalone credit profile of the project based on operational and construction risk factors.
- Projects require diligence on financial modeling, engineering reviews, market assessments, and ensuring permits and commitments are in place.
- Exhibits provide more details on engineering procurement construction management, legal structures, and benchmarking power plant costs
The document provides an introduction to project finance modeling. It defines a project as a temporary, one-time activity intended to create a unique product or service. Project finance involves using both debt and equity to finance long-term infrastructure projects, with debt repaid through cash flows generated by the project's operations. Project finance modeling develops analytical models to assess the risk and return of lending to or investing in a project by forecasting its expected future cash flows.
This document provides information on two infrastructure projects in India:
1) The Vadodara Halol Toll Road (VHTRL) project, the first state highway PPP project in India, involving the upgrading of an existing road to four lanes under a BOOT model.
2) The Bandra Worli Sea Link (BWSL) project, an 8-lane cable-stayed bridge connecting Bandra and Worli in Mumbai to reduce travel time.
It discusses the project structures, financing, risks and key learnings around private sector participation and environmental/social safeguards for the VHTRL project. For BWSL, it outlines the project details and potential environmental risks.
Lecture on the basics of project finance and risk management as part of the continuing professional development program of the Philippine Mineral Reporting Code Committee on the "Elements of Mining Feasibility Study"
The document discusses public-private partnerships (PPPs) for infrastructure projects in Nigeria's power sector. It defines PPPs and outlines their benefits, such as additional funding, improved planning, and better value. The key areas for potential PPP investments are identified as gas production and transportation, power generation, transmission infrastructure, and maintenance workshops. Financing options and the roles of the public and private sectors are examined. Risks are identified and a proposed risk allocation matrix presented. The bidding process and ensuring overall project success are also covered. Lessons from South Africa's renewable energy PPP program are noted.
Project financing has become widely used in India for large capital intensive infrastructure projects. It involves borrowing funds for a project before construction is complete, with lenders looking primarily to the project's cash flows and assets for repayment rather than the sponsor's balance sheet. Key to project financing is allocating risks through long-term contracts between the project company, construction firms, fuel/offtake suppliers and operators. Project financing emerged in the 1970s for power projects and has since been used for various industries like mining, transportation and manufacturing.
Project financing has become widely used in India for large capital projects. It allows projects to be financed through non-recourse loans, with lenders looking primarily to the cash flows generated by the project rather than the sponsoring company. Key elements include borrowing before construction is complete and limiting lenders' recourse to project assets and revenues. Major agreements include construction contracts, fuel and off-take agreements, and loan documents that dedicate project cash flows to debt repayment. Project financing is commonly used for infrastructure, energy, and industrial facilities.
BOARD OF REGISTRATION OF ARCHITECTS AND QUANTITY SURVEYORS (BORAQS) KENYA.
CONTINUOUS PROFESSIONAL DEVELOPMENT (CPD) SEMINAR ON THE THEME: “PROJECT FINANCING AND INVESTMENT PLANNING”.
BY OUMAR DIOP ENG, MBA, PMP
The project charter is the first document created for a project that defines the project's key elements. It establishes the authority of the project manager and outlines the project objectives, scope, stakeholders, costs, benefits, risks, and schedule. The charter for a diesel hydrodesulphurization unit project at an oil refinery seeks to reduce sulfur emissions from diesel by building new desulfurization facilities over 27 months at an estimated cost of 5500 million rupees in order to meet new fuel standards.
A public–private partnership (PPP) is a government service or private business venture which is funded and operated through a partnership of government and one or more private sector companies
The PPP projects are good as it do not put financial implications on union and states and creating better infrastructural facilities to the people
International Project Financing: Environmental Social Governance (ESG)
How do the Revised Equator Principles (EP4) Apply?
LR Consultants
Dubai
UAE
March 2021
Infrastructure Projects and Construction contracts in pppChhabiYadav2
This document discusses infrastructure projects and construction contracts in India. It provides an overview of infrastructure projects, public-private partnerships (PPP), concession agreements, and common contract structures for infrastructure projects. Some key points include:
- Infrastructure projects involve building transportation, communication, and utility systems and are typically high-cost investments vital for economic development.
- PPP models combine private sector efficiencies with public sector oversight in delivering infrastructure services. Concession agreements are a common form of PPP where private entities provide services in exchange for rights and financial support from the government.
- Construction contracts for PPP projects can take various forms, including fixed price, cost plus, and unit price contracts. Standard forms include FIDIC,
Project financing refers to financing where lenders primarily look to the cash flow and assets of a specific project as repayment, rather than the sponsors. It originated for large energy and infrastructure projects but has expanded. Key characteristics include the project being a legally separate entity, with its contracts and cash flows separated from sponsors who provide limited recourse. Risks include pre-completion construction risks and post-completion market and political risks. These risks are managed through mechanisms like proven contractors, supply agreements, revenue guarantees, political risk insurance, and abandonment tests to incentivize success. Strong contractual relationships among all stakeholders are needed to properly allocate risks and incentives.
Private and Public Partnerships Move MainstreamKerry Carey
All across the country, infrastructure projects are in need of repair, and creative organizational solutions are in-demand. Public-Private Partnerships are long-term contracts between a private party and a government entity allowing for an alternative approach to federal, state and municipal construction projects. The private party bears a large share of risk and management responsibility, and remuneration is linked directly to performance. This webinar discusses the nature of this collaboration across sectors.
Presented by:
Gregory Fitch
Black and Veatch
View the on-demand webinar: http://cpe-wpi.hs-sites.com/construction-project-management-webinar-series
The presentation covers infrastructure project financing, typical configurations, key project parties, project contracts, It explains financing of a power project, security mechanism, SPV payment hierarchy and risk mitigation mechanism
This document provides an introduction to project finance. It begins with objectives of explaining the meaning of project finance, differentiating it from balance sheet financing, and analyzing situations where it can be applied. Key points made include that project finance involves raising long-term loans for capital-intensive projects based on future cash flows without recourse to parent company balance sheets. It originated in the 13th century and has evolved to finance large infrastructure projects. The document outlines the features, need for, and types of project finance as well as comparing it to other financing methods.
The document discusses key aspects of project financing for solar projects, including:
- Project financing relies on the cash flows from a specific project rather than the sponsor company, with debt secured by project assets and repaid from project cash flows.
- Key project contracts include the power purchase agreement (PPA) with an offtaker, engineering procurement and construction (EPC) contracts, and operations and maintenance agreements.
- Financing is provided through various structures including bank loans, bonds, and tax equity. Project financing requires long-term contracted revenue under a PPA to support the debt over the loan term.
This document provides an overview of project finance for power generation projects. It defines project finance and differentiates it from other types of finance. Some key aspects covered include:
- Project finance uses a special purpose vehicle to finance infrastructure projects on a limited or non-recourse basis.
- Risks are allocated optimally through contracts between the project consortium members.
- Credit ratings consider the standalone credit profile of the project based on operational and construction risk factors.
- Projects require diligence on financial modeling, engineering reviews, market assessments, and ensuring permits and commitments are in place.
- Exhibits provide more details on engineering procurement construction management, legal structures, and benchmarking power plant costs
The document provides an introduction to project finance modeling. It defines a project as a temporary, one-time activity intended to create a unique product or service. Project finance involves using both debt and equity to finance long-term infrastructure projects, with debt repaid through cash flows generated by the project's operations. Project finance modeling develops analytical models to assess the risk and return of lending to or investing in a project by forecasting its expected future cash flows.
This document provides information on two infrastructure projects in India:
1) The Vadodara Halol Toll Road (VHTRL) project, the first state highway PPP project in India, involving the upgrading of an existing road to four lanes under a BOOT model.
2) The Bandra Worli Sea Link (BWSL) project, an 8-lane cable-stayed bridge connecting Bandra and Worli in Mumbai to reduce travel time.
It discusses the project structures, financing, risks and key learnings around private sector participation and environmental/social safeguards for the VHTRL project. For BWSL, it outlines the project details and potential environmental risks.
Lecture on the basics of project finance and risk management as part of the continuing professional development program of the Philippine Mineral Reporting Code Committee on the "Elements of Mining Feasibility Study"
The document discusses public-private partnerships (PPPs) for infrastructure projects in Nigeria's power sector. It defines PPPs and outlines their benefits, such as additional funding, improved planning, and better value. The key areas for potential PPP investments are identified as gas production and transportation, power generation, transmission infrastructure, and maintenance workshops. Financing options and the roles of the public and private sectors are examined. Risks are identified and a proposed risk allocation matrix presented. The bidding process and ensuring overall project success are also covered. Lessons from South Africa's renewable energy PPP program are noted.
Project financing has become widely used in India for large capital intensive infrastructure projects. It involves borrowing funds for a project before construction is complete, with lenders looking primarily to the project's cash flows and assets for repayment rather than the sponsor's balance sheet. Key to project financing is allocating risks through long-term contracts between the project company, construction firms, fuel/offtake suppliers and operators. Project financing emerged in the 1970s for power projects and has since been used for various industries like mining, transportation and manufacturing.
Project financing has become widely used in India for large capital projects. It allows projects to be financed through non-recourse loans, with lenders looking primarily to the cash flows generated by the project rather than the sponsoring company. Key elements include borrowing before construction is complete and limiting lenders' recourse to project assets and revenues. Major agreements include construction contracts, fuel and off-take agreements, and loan documents that dedicate project cash flows to debt repayment. Project financing is commonly used for infrastructure, energy, and industrial facilities.
BOARD OF REGISTRATION OF ARCHITECTS AND QUANTITY SURVEYORS (BORAQS) KENYA.
CONTINUOUS PROFESSIONAL DEVELOPMENT (CPD) SEMINAR ON THE THEME: “PROJECT FINANCING AND INVESTMENT PLANNING”.
BY OUMAR DIOP ENG, MBA, PMP
The project charter is the first document created for a project that defines the project's key elements. It establishes the authority of the project manager and outlines the project objectives, scope, stakeholders, costs, benefits, risks, and schedule. The charter for a diesel hydrodesulphurization unit project at an oil refinery seeks to reduce sulfur emissions from diesel by building new desulfurization facilities over 27 months at an estimated cost of 5500 million rupees in order to meet new fuel standards.
A public–private partnership (PPP) is a government service or private business venture which is funded and operated through a partnership of government and one or more private sector companies
The PPP projects are good as it do not put financial implications on union and states and creating better infrastructural facilities to the people
International Project Financing: Environmental Social Governance (ESG)
How do the Revised Equator Principles (EP4) Apply?
LR Consultants
Dubai
UAE
March 2021
Infrastructure Projects and Construction contracts in pppChhabiYadav2
This document discusses infrastructure projects and construction contracts in India. It provides an overview of infrastructure projects, public-private partnerships (PPP), concession agreements, and common contract structures for infrastructure projects. Some key points include:
- Infrastructure projects involve building transportation, communication, and utility systems and are typically high-cost investments vital for economic development.
- PPP models combine private sector efficiencies with public sector oversight in delivering infrastructure services. Concession agreements are a common form of PPP where private entities provide services in exchange for rights and financial support from the government.
- Construction contracts for PPP projects can take various forms, including fixed price, cost plus, and unit price contracts. Standard forms include FIDIC,
Project financing refers to financing where lenders primarily look to the cash flow and assets of a specific project as repayment, rather than the sponsors. It originated for large energy and infrastructure projects but has expanded. Key characteristics include the project being a legally separate entity, with its contracts and cash flows separated from sponsors who provide limited recourse. Risks include pre-completion construction risks and post-completion market and political risks. These risks are managed through mechanisms like proven contractors, supply agreements, revenue guarantees, political risk insurance, and abandonment tests to incentivize success. Strong contractual relationships among all stakeholders are needed to properly allocate risks and incentives.
Private and Public Partnerships Move MainstreamKerry Carey
All across the country, infrastructure projects are in need of repair, and creative organizational solutions are in-demand. Public-Private Partnerships are long-term contracts between a private party and a government entity allowing for an alternative approach to federal, state and municipal construction projects. The private party bears a large share of risk and management responsibility, and remuneration is linked directly to performance. This webinar discusses the nature of this collaboration across sectors.
Presented by:
Gregory Fitch
Black and Veatch
View the on-demand webinar: http://cpe-wpi.hs-sites.com/construction-project-management-webinar-series
The presentation covers infrastructure project financing, typical configurations, key project parties, project contracts, It explains financing of a power project, security mechanism, SPV payment hierarchy and risk mitigation mechanism
This document provides an introduction to project finance. It begins with objectives of explaining the meaning of project finance, differentiating it from balance sheet financing, and analyzing situations where it can be applied. Key points made include that project finance involves raising long-term loans for capital-intensive projects based on future cash flows without recourse to parent company balance sheets. It originated in the 13th century and has evolved to finance large infrastructure projects. The document outlines the features, need for, and types of project finance as well as comparing it to other financing methods.
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1. Investments and Risks Management
University of the Philippines
National Institute of Geological Sciences
17 March 2022
ATTY. FERNANDO PEÑARROYO
Geology 198 - Laws and Policies in Geology
1
2. • Master of Laws (Univ. of Melbourne), Bachelor of Laws & Bachelor of Science in Geology, (UP)
• Managing Partner, Peñarroyo and Palanca Law
• Group’s Legal Counsel and General Manager for Business Development, Polyard Petroleum International Group Co. Ltd (en
• Chairperson, Professional Regulations Board of Geology
• Presidential Adviser on Energy, Integrated Bar of the Philippines
• President, University of the Philippines Geology Alumni Association
• Past President, Geological Society of the Philippines
• VP and Trustee, Philippine Mining and Exploration Association
• Legal Counsel - National Geothermal Association of the Philippines and Philippine Chamber of Coal Mines
• Legal Committee, Petroleum Association of the Philippines
• Former Geology Board Reviewer in Resources and Environmental Law
• Former Lecturer, Asian Institute of Technology (Bangkok), UP National Institute of Geological Sciences
• Contributes articles on legal, regulatory and policy issues on resources and energy to Philippine Resources Journal
http://www.philippine-resources.com/
ATTY. FERNANDO PEÑARROYO
https://penarroyo.com/
2
3. Outline of Lecture
✤ Project Finance - general principle,
difference from corporate financing
✤ Project Risks - identification and allocation
✤ Project Contracts to address the risks
✤ Due Diligence - process and checklist
✤ Summary
3
4. Project Finance Definition
Project finance - is financing of a long-term infrastructure
or industrial project using a non-recourse financial
structure, which relies only on the project’s cash flows for
debt repayment, with the project’s assets as a collateral
4
5. Aspects of Project Financing
• Cash-flow-based
• Allocation of risks
• Limited liability
5
7. Balance Sheet Treatment
• Full recourse vs. non-recourse financing
• If the balance sheet of the economic unit undertaking the project
(project vehicle) and the financing need not be consolidated into the
balance sheet of the sponsor then the financing may be described
as “off-balance sheet”.(non-recourse)
• Financial obligations are recourse only to the Project Company
and they are non-recourse to the sponsors or investors of the
project
• If consolidation is required then the financing is “on-balance
sheet”.(full recourse)
7
10. Allocation of Risks
• Risk – The assessment of the various elements of risk in
a project and the sharing of that risks between project
developers and lenders is the most critical.
• Strong contracts
• Counterparties must be:
• best equipped to manage the risk
• experienced
• reliable
• Proven technology
10
13. Difference with Corporate Finance
• Corporate financing is a financing which is on credit or
full recourse to the sponsor, whether it is directly
borrowed or guaranteed by that sponsor.
• Basis of valuation is collateral
13
14. Advantages of Project Finance
• enhances equity return
• small equity commitment compared to project cost
• limited losses and reduced taxes
• Structured risk allocation
14
15. Disadvantages
• Perceived higher cost (risk premium) compared with
straight corporate credit
• More documentation
• Need to negotiate risk-sharing aspects
15
16. In Summary, Project Finance
• Long-term debt financing of a specific project
• Project’s company is a Special Purpose Vehicle
• Sufficient cash flows to cover debt and dividends
payments
• Debt is also secured by the assets of the project company
• Project has a finite life
16
17. Ultimate Goal
“The key to a successful project financing is structuring the
financing of a project with as little recourse as possible to
the project developer, while at the same time providing
sufficient credit support through guarantees or undertakings
of the project developer or third party, so that lenders will be
satisfied with the credit risks.”
17
18. Causes for Project Failures
• Delay in completion, with consequential increase in the
interest expense on construction financing and delay in
the contemplated revenue flow
• Capital cost overrun
• Technical failure
• Financial failure of the contractor
• Government interference
• Uninsured casualty losses
18
19. Causes for Project Failures
• Increased price or shortages of raw materials
• Technical obsolescence of the plant
• Loss of competitive position in the market place
• Expropriation
• Poor management, and
• Overly optimistic appraisals of the value of the pledged
security, such as petroleum or mineral reserves
19
20. Project Risks
• Project loans involve a degree of equity risk in the sense
that they rely on the project for their pay-out and not on a
general credit of the borrower.
• Project finance is only concerned with self-liquidating
projects such as mines, oil-wells, pipelines, refineries, toll
ways, and industrial plants.
20
21. Main Areas of Risk
• Completion/construction risk
• Resource risk
• Technology risk
• Operational risk
• Market risk
• Currency risk
• Political risk
• Environmental risk
• Native title risk
21
22. Completion/Construction risk
• That the project can be completed and brought into
operation. Period of highest risk because of the
possible cost overruns, delays in completing the
infrastructure, labour difficulties, technical setbacks and
the like.
22
23. Resource risk
• That the minerals or other resources will be sufficient
and of good quality and will be economically recoverable
by the proposed facilities
23
24. Technology risk
• The scope of technology risk can be extremely wide, but
generally will fall into three categories - beneficiation,
mining risk and equipment selection.
24
25. Operational risk
• At a peak when a project is at an early stage as it goes
through the ramp-up phase to full capacity.
• Availability of a competent labour force, the vulnerability
of the project to breakdown, the expertise of the
operator and the exposure of the project to a hostile
physical environment
25
27. Economic risk
• This is the risk that a project will be adversely affected
by external economic circumstances such as inflation
and rising interest rates.
27
28. Currency risk
• Where the currency of product sales differs from the
loan currency. Project currencies should be matched to
debt currencies as closely as possible. The risks are
increased if significant local sales are contemplated
which do not generate a hard currency
28
29. Political risk
• Includes the risk of civil disorder and revolutions,
outright expropriations without compensation or
creeping expropriations such as the imposition of taxes
or royalties, the removal of construction licenses or
licenses for the import of project equipment, the
imposition of export prohibitions or price controls,
exchange control regulations, and forced management.
29
30. Environmental risk
• It is reasonable for lenders to expect the mining
company to have in place an established environmental
policy designed to ensure that appropriate systems are
in place for identifying potential environmental risks,
dealing with any environmental problems in a quick and
efficient manner should they arise and ensuring
compliance with environmental laws.
30
31. Native Title risk
• It is risk that title to a project area will be invalidated or
the operation of the project will be enjoined or a
compensation payment will need to be made because
indigenous peoples have native title rights in respect of
the project area which are inconsistent with the
existence or operation of the project.
31
32. Project Contracts
• Contracts to address the risks
• Project finance documentation evidences an enormous
variety of contractual forms.
• The understanding and allocation of risk is one of the
underlying fundamentals in project finance.
• The involvement of specialist consultants, legal advisors
and other professional experts are the main reasons
why project finance is more expensive than corporate
financing.
32
34. Completion Guarantees
• Normally, lenders will expect substantial credit support
from the project developer until completion of the project
is achieved and it is shown to be capable of operating
satisfactorily.
34
35. Take-or-Pay Contracts
• The essence of the take-or-pay contract is that the
obligor undertakes to pay stipulated minimum sums for
goods or services from the project whether or not he
takes them.
• The minimum price is fixed as the amounts necessary to
cover the loan payments and the operating costs of the
project.
35
36. Investment Support Agreements
• The project developers agree to provide a degree of
financial support to the project company by agreeing:
- to finance the project company by way of subordinated
loans or equity capital in sufficient amounts to ensure the
solvency of the project company or
- to pay the project company sums equal to the amounts
which are required to service and repay the loan.
36
37. Forward Purchase Agreements
• Provides a guaranteed market for the product e.g. minerals,
petroleum, power
• An agreement between the project company and the lenders under
which the lender agrees to pay in advance for goods to be produced
by the project company.
• The project company uses the advance purchase price for the
construction of the project in the same way as it would use the
proceeds of a loan.
• When the project is completed and in operation, the project
company delivers production to the lender under the forward
purchase agreement and the lender sells the product on to a third
party or the project company so as to generate the cash flow
needed to repay the loan.
37
38. Production Payment
• A transfer of a proportionate share of an interest in
minerals or hydrocarbons in the ground coupled with a
right to receive a portion of the proceeds of sale of the
minerals. The duration of the grant continues until such
time as the “lender” has received the sum paid for the
grant of the right together with interest.
• But there is no claim for a shortfall.
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39. Hedging Transactions
• Many resources companies enter into numerous
hedging transactions to protect themselves from
fluctuations in the gold price as well as currency and
interest rates movements. They are important because
they give a level of certainty as to future revenues flows
and hence the ability to repay a loan.
• Besides metal prices, currencies, interest rates and
energy prices can be hedged.
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40. Due Diligence
• A risk management process that uses independent multi-
disciplinary engineers, geologists, and other qualified
professionals to collect, analyze, review, and assess a
mining project to better understand and manage risk
• A Project Manager (PM), typically an engineer, is assigned
to each due diligence study, outlines the scope of the
project, customizes the checklist with the relevant
categories, and figures out who and when subject matter
experts are needed.
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47. Conclusion
• In raising capital for mining projects, it is of critical importance
for the company to ensure that its developers, investors, and
lenders understand the key aspects of the company’s business.
• It is with this understanding that parties involved in raising
capital will be able to assess accurately the risks involved in the
development projects and existing operations and the ability of
the company to service the debt and other financial obligations.
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