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KOKALJ, F., ZABUKOVNIK, M., SAMEC, N.
DESIGN AND OPERATION OF FIRST SLOVENIAN HEATING PLANT TO THE ENERGY-RICH FRACTION WASTE
KOMUNALNA ENERGETIKA / POWER ENGINERING, 33
Each year modern society produces more waste. Domestic habits and economic standard places us next to other developed countries thus statistically taken every person produces around a kilogram of waste per day. Taking into account the average heating value of waste this equals around a quarter of liter of heating oil or almost one-hundred liters per year. This energy potential is presently deposited in landfills across the country, causing shortage of deposition space, emission of green-house gases and production of polluted leaching water. The utilization of this semi-renewable national energy source represents great challenge of the present time. Waste- to – energy means utilization of domestic energy source and greater import independence. The utilization of this energy is only possible with district energy systems. Our country has committed itself to utilize by the year 2020 25% of total consumed energy from renewable sources. The energy of waste can contribute to fulfil this commitment. This paper is going to present a modern integral waste management system in Celje region and utilization of energy rich waste fraction after mechanical and biological treatment. The Celje heating plant is in operation for five years and it utilizes combustible fractions of the waste and produces power (electric energy) and hot water. The latter is distributed to the citizens of Celje over the existing district heating system

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