- •Radioactivity, nuclear fuel cycle, radioactive wastes management
- •Radioactivity
- •Activity
- •Ionizing radiation
- •Izotope:
- •Absorbed dose
- •Equivalent dose
- •Effective dose
- •Nuclear fuel cycle
- •Methodology of minimal price
- •Economic model of given system (project) – main rules for creation
- •Basic principles of economic effectiveness of projects – methodology of npv
- •Radioactive waste – three main related economic task
Methodology of minimal price
LOGIC:
Price of production (MU/unit of production) that will assure rate of return on capital invested required by the investor, or
Price of production that is adequate for given type of business activity and its risk (e.g. natural monopoly regulated by some authority – e.g. fee for distribution services)
TASKS:
Supply side point of view for the production – What price do I need as investor to have desired level of return on capital invested? Basis for comparison market price with “my price” – Cmin > Cmarket => either to decrease cost or find another business (invest or not to invest decision)
Basis for support system of some type of production – e.g. the case of renewable energy sources utilization, combination of:
supply side point of view – minimal price of production Cmin
demand side point of view – market price Cmarket
difference between Cmin and Cmarket (assuming that Cmin > Cmarket) should be covered
Calculation calculation of fees for assuring long term financial balance of given system (e.g. public services)
Entrance fee for museum
Study fee
Fee for transmission and distribution systems (natural monopoly case)
Price of heat regulation
Fee for radioactive waste disposal
MINIMAL PRICE OF PRODUCTION METHODOLOGY – BASIS
Net present value (NPV) methodology
NPV is calculated from relevant cashflows – i.e. money earnings and expenses caused (induced) by given project (or system existence)
NPV is calculated with use of economic model of given project (system)
Minimal price of production is calculated from the condition NPV=0 => investor gains rate of return equal to discount
Economic model of given system (project) – main rules for creation
should be based on financial inflows and outflows (cash flows)
should reflect “right point of view” (investor, system, bank) – cutting a pie problem
should reflect full lifetime cycle
should include all relevant activities
should respects opportunity cost (“nothing is free of charge”)
should respect time value of money and adequate level of risk
“classical” investment tasks: higher risk – higher discount
Result of economic model: cashflow for individual year of project (system) lifetime
BASIC EQUATIONS:
(1)
(2)
(3)
METHODOLOGY USED FOR FEES CALCULATION OF RADIOACTIVE WASTE DISPOSAL
“Polluter pays principle” application
Financial balance of waste management system
Reflection of adequate level of risk (specific task, very long time horizons)
Basic principles of economic effectiveness of projects – methodology of npv
But major concern is placed to financial balance of system instead of value of NPV
“unit price of production” for adequate risk level and rate of return (opportunity cost, discount)