Document Type
Article
DOI
dx.doi.org/10.1016/jresconrec.2015.03.008
Publication Date
2015
Keywords
curbside collection, waste sorts, paper, containers, household recycling rates, recycling percents, non-parametric statistics
Abstract
Six tonnes of discards and recyclables from three waste districts in a New York suburb were sorted in 2012. The districts were chosen because one had a higher recycling percentage, one had median performance, and one was a low performing district. ASTM standards were followed for the waste composition sorting. The results showed, as expected, that the waste district with the highest recycling rate appeared to have the highest separation efficiencies, leading to greater amounts of recyclable materials being source separated. The waste districts also had different overall waste generation, both in terms of the amounts of wastes generated, and their composition. The better recycling district generated less waste, but had a higher percentage of recyclables in the waste stream. Therefore, in some sense, its waste stream was enriched in recyclables. Thus, although the residents of that district recovered materials at a higher rate, they also left large amounts of recyclables in their discards – as did the residents of the other districts. In fact, the districts only recycled between one quarter and less than half of all available recyclables, so that their discards were comprised of up to one third recyclable materials. This level of performance does not appear to be unique to this Town; therefore, we believe that additional recovery efforts through post-collection sorting for recyclables may be warranted.
Recommended Citation
Aphale, Omkar; Thyberg, Krista L.; and Tonjes, David J., "Differences in Waste Generation, Waste Composition, and Source Separation across Three Waste Districts in a New York Suburb" (2015). Technology & Society Faculty Publications. 6.
https://commons.library.stonybrook.edu/techsoc-articles/6
Title Page
RECYCL-D-14-00711 Revised Figures.docx (133 kB)
Figures
RECYCL-D-14-00711 Revised Supplemental Materials.docx (57 kB)
Supplemental Materials
Included in
Environmental Engineering Commons, Environmental Indicators and Impact Assessment Commons, Natural Resources Management and Policy Commons, Sustainability Commons