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Title Fulfillment of EU Goals in the Field of Waste Management through Energy Recovery from Waste
ID_Doc 22701
Authors Taus, P; Simková, Z; Cehlár, M; Krajnáková, I; Drozda, J
Title Fulfillment of EU Goals in the Field of Waste Management through Energy Recovery from Waste
Year 2023
Published Energies, 16.0, 4
DOI 10.3390/en16041913
Abstract Is it really necessary for the more than 200 million tons of municipal waste produced by the EU to end up in landfills? Nowadays, there are many methods for using the raw materials and energy potential of waste in ways that are economical and environmentally acceptable. But first it is necessary to understand what waste is being produced, the possibilities for recycling, and the amount of waste deposited in landfills. Many studies show that, with the ever-increasing standard of living, which is accompanied by increasing consumption as well as increasing waste production, increasing separation of waste is a positive trend. However, it is essential to realize that many materials cannot be recycled indefinitely. Therefore, in our research, we focused on reducing the share of waste that goes into landfill with the goal of zero waste to landfill, so as to increase recycling and the amount of energy obtained from waste. We focused on the analysis of waste production in individual EU states, using the available data for the years 1995-2019. For a more detailed analysis, EU countries were evaluated in terms of individual waste management processes, according to available statistical data. We found that Switzerland, Germany, Sweden, Belgium, the Netherlands, Norway, Denmark, and Austria put the least amount of waste into landfills, which means that they obtain the most energy and raw materials from waste.
Author Keywords municipal waste; waste management; European Union; energy recovery; circular economy
Index Keywords Index Keywords
Document Type Other
Open Access Open Access
Source Science Citation Index Expanded (SCI-EXPANDED)
EID WOS:000939037900001
WoS Category Energy & Fuels
Research Area Energy & Fuels
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