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A CAMPUS WIDE WASTE ANALYSIS AT CALIFORNIA STATE UNIVERSITY, CHICO

A CAMPUS WIDE WASTE ANALYSIS AT CALIFORNIA STATE UNIVERSITY, CHICO. Eli Goodsell August 8, 2012. Introduction.

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A CAMPUS WIDE WASTE ANALYSIS AT CALIFORNIA STATE UNIVERSITY, CHICO

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  1. A CAMPUS WIDE WASTE ANALYSIS AT CALIFORNIA STATE UNIVERSITY, CHICO Eli Goodsell August 8, 2012

  2. Introduction Over 245 million tons of waste is generated annually in the United States. With the average US citizen creating 4.5 pounds of waste per day, many valuable resources are accumulating in perpetually growing landfills throughout our nation (Solid Waste: US EPA, 2010) California State University, Chico (CSU, Chico) creates over 2.8 million pounds of waste annually which is deposited in the local landfill (California State University, 2009)

  3. Methodology Based on this estimate CSU, Chico produces 7,811 lbs of waste per day, or over 2.8 million pounds per year. The waste characterization performed is based on 1,986 lbs of material coming from buildings and outdoor bins on campus.

  4. Methodology Exactly 24 hours worth of waste was measured in the study. Collaboration with custodial, grounds maintenance staff and the waste hauler was needed. All trash inside buildings on campus was bagged by custodial staff and placed outside individual buildings. Each bag was labeled with a sticker indicating which building it came from and a tally of the number of bags from each building was kept. All bags were brought to a secured sorting location on the outskirts of campus.

  5. Methodology 65 student volunteers and interns were used to sort the material over a 3 day period Training was provided before and during the event Over 200 hours of sorting

  6. Methodology

  7. Methodology

  8. Methodology 2009 Quote: $12,000

  9. Results

  10. Results By Material Weight

  11. Results By Material Volume

  12. Results by Material Weight

  13. Results by Material Weight

  14. Results By Building

  15. Results By Building

  16. Recommendations Compost Compostable paper and compostable food scraps combine for a total of 43% of the weight of all materials in trash bins around campus and 33% of the volume (29% compostable paper, 4% food scraps). It is important for attention to be paid in Request for Proposals (RFPs) to waste haulers that can accept large amounts of compostable materials. Collaboration between custodial staff, AS Recycling, and EHS should be formed in order to provide and service composting bins for paper towels in every restroom on campus. This would not only significantly reduce the most prominent material (compostable paper) in the campus waste stream, but has the potential to reduce food scraps as well. Recycling Recycling bins for paper and cans and bottles should be placed at a one-one-one ratio so that all bins are present at disposal and recycling locations. Special focus should be applied to outdoor bin locations because the majority of materials (16%) come from these locations. Recycling services should be provided in all classrooms across campus. As the result of providing trash bins in classrooms and not recycling bins, potentially recyclable materials are ending up in the waste stream. Location Specific This data allows for programs to be implemented at a building level. Easier to coordinate and measure.

  17. Questions Eli Goodsell AS Sustainability Coordinator, CSU, Chico egoodsell@csuchico.edu Thesis: http://hdl.handle.net/10211.4/388 ?

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