Incinerator Business plan
To make an estimation of the business revenues of a waste incineration business we need to make the business plan (or financial feasibility study) by analyze the capabilities of the technical installation.
UNIT | EURO/HOUR | EURO/YEAR | |||
INVESTMENT COSTS | |||||
Investment of the incinerator | xxxxxx | EURO | Investment costs | ||
Investement rate (%) | x | % | xxxxx | xxxxx | Investment costs |
Amortization time | xx | Years | xxxxx | xxxxx | Investment costs |
Investment costs | |||||
Investment of the site (ground, buildings, ...) | xxxxx | EURO | 0 | 0 | Investment costs |
Investment rate (%) | x | % | 0 | 0 | Investment costs |
Investment costs | |||||
Amount of shut downs | x | "X" Per year | Investment costs | ||
Investment costs | |||||
Working time of the installation | xxxx | Hours per year | Investment costs | ||
Capacity | xxxx | ton/hour | Investment costs | ||
Investment costs | |||||
INCOME | |||||
Waste processing fee | Income | ||||
Gate fee of the waste | xxxx | Euro/ton | xxxxx | xxxxx | Income |
Yearly capacity | xxxxx | Ton/year | Income | ||
Income | |||||
Energy recuperation - Electricity power | Income | ||||
Generated power by turbine | xxxxx | kWe | xxxxx | xxxxx | Income |
Value generated by turbine | xxxxx | Euro/kWh | Income | ||
income | |||||
Energy recuperation - Heat power | Income | ||||
Steam | xxxxx | ton.hour | xxxxx | xxxxx | Income |
Value generated by the steam flow | xxxxxx | Euro/1.000.000 kJ | Income | ||
Income | |||||
RUNNING COSTS | |||||
Workers | xxxxx | xxxxx | Running costs | ||
Amount of workers | xx | Workers | Running costs | ||
Amount of financial months in a year for 1 worker | xx | Months | Running costs | ||
Price per worker per month | xxxxx | Euro/month | Running costs | ||
Running costs | |||||
Diesel/gas | Running costs | ||||
Gas for start up | xxxxxx | Nm3/start-up | Running costs | ||
Gas in running mode | xxxxxx | Nm3/h | Running costs | ||
Price of gas | xxxxx | Euro/Nm3/h | Running costs | ||
Running costs | |||||
SNCR (40% NH2CONH2 + 60% H20) | xxxxx | kg/h | xxxxx | xxxxx | Running costs |
Price of 40% NH2CONH2 | xxx | Euro/kg | Running costs | ||
Running costs | |||||
Sodium-bi-carbonate - NaHCO3 | xxx | kg/h | xxxxx | xxxxx | Running costs |
Price of Sodium-bi-Carbonate - NaHCO3 | xxx | Euro/kg | Running costs | ||
Running costs | |||||
Activated Carbon | xxx | kg/h | xxxxx | xxxxx | Running costs |
Price of activated carbon | xx | Euro/kg | Running costs | ||
Running costs | |||||
Tap water | xxxxx | xxxxx | Running costs | ||
Demin station | xx | m3/h | Running costs | ||
Scrubber | xx | m3/h | Running costs | ||
Cooling tower | xx | m3/h | Running costs | ||
General use | xx | m3/h | Running costs | ||
Price of tap water | xx | Euro/m3 | Running costs | ||
Running costs | |||||
Electricity | xx | kWh | xxxxx | xxxxx | Running costs |
Price of electricity | xx | Euro/kWh | Running costs | ||
Running costs | |||||
Office and administration | xx | Euro/year | xxxxx | xxxxx | Running costs |
Management and board | xx | Euro/year | xxxxx | xxxxx | Running costs |
Running costs | |||||
Spare parts | xx | Euro/year | xxxxx | xxxxx | Running costs |
Running costs | |||||
DISPOSAL COSTS | Disposal costs | ||||
Ash from the rotary kiln | xxxx | kg/h | xxxxx | xxxxx | Disposal costs |
Price for disposal of ash | xxxx | Euro/kg | Disposal costs | ||
Disposal costs | |||||
Fly ash from the boiler/baghouse | xxxx | kg/h | xxxxx | xxxxx | Disposal costs |
Price for disposal of fly ash | xxxx | Euro/kg | Disposal costs | ||
Disposal costs | |||||
Salt water from the scrubber purge | xxxx | kg/h | xxxxx | xxxxx | Disposal costs |
Price for disposal of salt scrubber water | xxxx | Euro/kg | Disposal costs | ||
Disposal costs | |||||
TOTAL BALANS | Total balance | ||||
Income | xxxxx | xxxxx | Total balance | ||
Expenses | xxxxx | xxxxx | Total balance | ||
Profit loss | xxxxx | xxxxx | Total balance |