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11: Solid Waste

  • Page ID
    175867
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    Introduction

    Flushable wipes, are flushable right? No. Over and over, plumbers and waste water treatment workers state that they do not degrade fast enough and clogs drains and sewers across the globe. Not all flushable wipes are created equal, and some are better than others. Unfortunately, there are no legal requirements these products are required to passed to be called flushable, and the only guiding body is the integrity of the company manufacturing the wipes. If you want advice about your body you go to your doctor. If you want advice about your pipes, talk to your plumber. They will tell you that the only things that should go down your toilet are the 3 P’s, pee, poo, and (toilet) paper.

    Isle of wipes at the store
    Figure \(\PageIndex{a}\): Wipe isle at the store. Image by 維基小霸王(opens in new window) in Wikimedia Commons(opens in new window) (CC-BY-SA4.0(opens in new window))

     

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      • 11.1: Solid Waste Management
        This page addresses the misconceptions about flushable wipes, noting their improper degradation and associated plumbing problems, alongside the lack of regulations for their labeling. It also examines human-induced waste generation, highlighting the U.S. produces 4.9 lbs of municipal solid waste per person, while discussing waste disposal methods and their effects on marine life. The page stresses the importance of waste reduction through the four R’s: refuse, reduce, reuse, and recycle.
      • 11.2: Waste Generation
        This page discusses natural systems that recycle materials, contrasting them with human-generated solid waste categorized as biodegradable, nondegradable, and hazardous. Most global waste originates from agriculture and industry, while municipal solid waste (MSW) includes common materials like paper and plastics, varying by region. Emphasizing the importance of waste reduction and recycling strategies is critical for sustainability efforts.
      • 11.3: Waste Disposal
        This page explains three waste disposal methods: open dumps, which are simple but harmful; sanitary landfills, which manage waste but face limitations; and incineration, which reduces waste volume yet causes pollution. It also emphasizes advancements in waste management, such as bioreactor landfills, and the movement away from traditional landfilling due to increasing regulatory and environmental concerns.
      • 11.4: Solid Waste and Marine Life
        This page discusses the ban on ocean dumping of solid waste in the U.S., highlighting ongoing issues with littering and illegal dumping that contribute to ocean pollution and garbage patches. It notes the harmful effects of plastics on marine life and mentions creative solutions, such as edible six-pack rings, aimed at minimizing wildlife damage from plastic waste.
      • 11.5: Waste Reduction
        This page explores waste management priorities, emphasizing reduction and recycling to minimize environmental impact, along with the six R's of sustainability. Composting is highlighted as a practical solution for urban dwellers, detailing methods and timelines while emphasizing pest management and suitable materials. Effective recycling relies on local infrastructure and public engagement, and understanding plastic resin codes is crucial.
      • 11.6: Data Dive- "Flushable" Wipes
        This page summarizes a Ryerson University report on "flushability" that evaluates 101 single-use products labeled as "flushable" to assess their environmental impact on sewer systems. It raises awareness about harmful flushing practices, reflects on the data's implications, and discusses the necessity for potential policy regulations on the use of the term "flushable."
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    Attribution

    Modified by Rachel Schleiger (CC-BY-NC(opens in new window)).


    This page titled 11: Solid Waste is shared under a CC BY-NC-SA 4.0 license and was authored, remixed, and/or curated by Melissa Ha and Rachel Schleiger (ASCCC Open Educational Resources Initiative) .

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