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You are here: Home In-House Training Mining Financial Modeling of Mineral Projects Event Agenda

Event Agenda

Day 1

Background

  • Course outline and introduction of participants

 

Financial Accounting Reports as a Source of Information for Cash Flow Modeling of Mining Projects

  • Corporate financial objectives
  • Differences between Financial Accounting on an accrual basis and Cash (Management) Accounting
  • Understanding financial accounting statements
  • Assets, asset lives and depreciation of mining assets
  • Elements of mining taxation: mineral royalties, corporate income tax and capital gain tax
  • Converting the Profit and Loss statement into the corresponding Net Cash Flow for the period

 

Practical Exercise 1: Capturing the effect of common transactions on the Balance Sheet of a mining company and on its cash balance

 

Discounted Cash Flow (DCF) Analysis – General Concepts

  • Cash in-flows and out-flows: Capital expenditure, and recurrent revenue and expenses
  • Inflation – real and nominal dollars terms
  • Time value of money, discounting rates and periods
  • DCF criteria of value: Net Present Value (NPV), Internal Rate of Return (IRR), payback etc.

 

Practical Exercise 2: Constructing simple DCF models in both nominal and real dollar terms.

 

Day 2

 

Practical Exercise 3: Building a simple mining project model under assumption of certainty and of 100% equity and of instantaneous capital investment

  • “Whole-of-life” Cash Flow (CF) model structure
  • Single-point, “expected value” of inputs
  • Working capital
  • Completing the base case mine model
  • Interpreting the results

 

Funding a Mineral Project: The Role of Equity and Debt

  • Sources of equity funds
  • Estimating the cost of equity with the Capital Asset Pricing Model (CAPM)
  • Debt, leasing, project finance, financial leverage and financial risk
  • The Weighted Average Cost of Capital (WACC)
  • Determining an optimal debt: equity ratio

 

Practical Exercise 4: How to introduce borrowing and interest expenses in the simple gold mine DCF model

 

Practical Exercise 5: Evaluating a financial lease

 

Day 3

 

Practical Exercise 6: Estimating the Net Smelter Return of a base metal mine

  • Resources and reserves: dilution and recovery
  • Determining an optimal mine life
  • Concentrates transport, smelting and refining charges and Net Smelter Returns (NSR)

 

Practical Exercise 7: Modifying model 3 to include a 2-year pre-production development and construction stage

  • Accurate inflation and escalation of initial and sustaining capital expenditure
  • Useful life and depreciation rules for various categories of assets
  • Determination of depreciation charges and of written down value of assets
  • Salvage value and capital gain/loss

 

 

Day 4

 

Risk Analysis – Identifying and quantifying risk

  • Sensitivity and scenario analysis
  • Spider and Tornado diagrams
  • The nature of probabilities and probability distributions
  • Monte Carlo simulation

 

Practical Exercise 8: Identifying and assessing the project and financial risk of the simple gold mine

 

Decisions under Uncertainty

  • Uncertainty, expected value (EV) and risk
  • Risk-neutral decisions and risk of Gambleris ruin
  • Preferences (utilities) and risk attitudes
  • Certainty Equivalents (CE), the price of risky investments and risk-averse decisions

 

Practical Exercise 9: Determination of EVs and CEs using decision trees

  • Example of exploration drilling decision
  • Choosing between two projects with the same EV and
  • Determining optimal joint venture participation given a specific risk attitude and tolerance

 

An introduction to real option valuation (ROV)

  • General principles and methodologies

 

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