Direct Measurements of the Mass of Municipal Biowaste Separated and Recycled at Source and Its Role in Circular Economy—A Case Study from Poland

Determining the amount of biowaste generated, separated, and recycled at source in households (BHrecycled) is crucial for assessing its potential inclusion in the total mass of waste prepared for reuse and recycling on the country level. Although the EU has introduced standardized rules for BHrecycled measurement, it is still a major challenge. This study, the first to be conducted on a large scale in Poland and the EU countries, aimed to determine the actual mass of BHrecycled (kitchen waste (BK) per capita per year (kg/(capita·year)) and garden waste (BG) per square meter of green area (kg/(m2·year)) in 1150 households that use an active composting unit located in more than 400 municipalities in all the voivodeships in Poland. Each municipality is characterized by individual MSW generation (MSWG) values (the amount of waste generated per capita per year). The MSWG values of the municipality where the household was located were used to group the data of BK and BG. In Poland, the average masses of BK and BG remained within the ranges of 81.02–107.49 kg/(capita·year) and 1.02–2.87 kg/(m2·year), respectively, across the MSWG value. However, there was no clear statistical relationship between the MSWG value and BK or BG. The average masses of BK and BG were ca. 97 kg/(capita·year) and ca. 2 kg/(m2·year). These results enable the determination of the total amount of BHrecycled in Poland. By incorporating these findings into waste management, strategies, monitoring, and reporting practices can be improved. Moreover, it promotes compliance with the EU recycling targets.

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Publication Details

Journal
Sustainability
Published
2025-08-11
DOI
https://doi.org/10.3390/su17167252
Primary Topic
Food Waste Reduction and Sustainability
Type
article
Field-Weighted Citation Impact
0.00

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article

Direct Measurements of the Mass of Municipal Biowaste Separated and Recycled at Source and Its Role in Circular Economy—A Case Study from Poland

Katarzyna Bernat, Beata Waszczyłko-Miłkowska, Magdalena Zaborowska
Sustainability
Food Waste Reduction and Sustainability
article

Direct Measurements of the Mass of Municipal Biowaste Separated and Recycled at Source and Its Role in Circular Economy—A Case Study from Poland

Katarzyna Bernat, Beata Waszczyłko-Miłkowska, Magdalena Zaborowska
article en

Abstract

Determining the amount of biowaste generated, separated, and recycled at source in households (BHrecycled) is crucial for assessing its potential inclusion in the total mass of waste prepared for reuse and recycling on the country level. Although the EU has introduced standardized rules for BHrecycled measurement, it is still a major challenge. This study, the first to be conducted on a large scale in Poland and the EU countries, aimed to determine the actual mass of BHrecycled (kitchen waste (BK) per capita per year (kg/(capita·year)) and garden waste (BG) per square meter of green area (kg/(m2·year)) in 1150 households that use an active composting unit located in more than 400 municipalities in all the voivodeships in Poland. Each municipality is characterized by individual MSW generation (MSWG) values (the amount of waste generated per capita per year). The MSWG values of the municipality where the household was located were used to group the data of BK and BG. In Poland, the average masses of BK and BG remained within the ranges of 81.02–107.49 kg/(capita·year) and 1.02–2.87 kg/(m2·year), respectively, across the MSWG value. However, there was no clear statistical relationship between the MSWG value and BK or BG. The average masses of BK and BG were ca. 97 kg/(capita·year) and ca. 2 kg/(m2·year). These results enable the determination of the total amount of BHrecycled in Poland. By incorporating these findings into waste management, strategies, monitoring, and reporting practices can be improved. Moreover, it promotes compliance with the EU recycling targets.

SustainabilityVol. 17(16)
Institute of Environmental Protection (PL), University of Warmia and Mazury in Olsztyn (PL)
Narodowy Fundusz Ochrony Środowiska i Gospodarki Wodnej
Openalex Percentile: Top 75%
Food Waste Reduction and Sustainability
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