An educational resource dedicated to correcting widespread misconceptions about waste disposal, helping individuals avoid contaminating recycling streams and ensuring materials are actually processed rather than sent to landfills.
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A comprehensive database and article series that clarifies what items are accepted in local curbside programs. It provides specific advice on complex items like batteries, electronics, and mixed-material packaging to prevent contamination.
A standardized labeling system on product packaging that offers clear, consumer-friendly instructions. It helps users understand exactly how to prepare an item for recycling, reducing confusion and improper disposal.
An in-depth investigative piece explaining why most plastics are not actually recycled due to economic and technical constraints. It challenges the myth that all plastic numbers indicate recyclability and suggests reducing consumption instead.
Educational materials from various waste management authorities highlighting items like pizza boxes, plastic bags, and glass that frequently cause processing issues. It explains how these contaminants damage machinery and ruin batches.
Detailed explanations of why certain paper products, such as coated or soiled paper, cannot be recycled. It emphasizes the importance of keeping paper dry and clean to maintain the quality of the pulp during processing.
A campaign against 'wishcycling,' where people throw non-recyclables into bins hoping they will be recycled. It highlights the economic and environmental costs of sending unprocessable items to facilities, leading to increased waste.
Clarifies that while glass is infinitely recyclable, mixed colors and broken shards often complicate the process. It notes that many curbside programs no longer accept glass due to breakage issues that damage other recyclables.
Addresses the myth that all electronics can go into regular recycling bins. It stresses the need for specialized e-waste facilities to safely extract hazardous materials like batteries and heavy metals from devices.
Explains the critical difference between biodegradable, compostable, and recyclable plastics. It warns that placing compostable plastics in recycling streams can contaminate the entire batch of recycled plastic resin.
Debunks the idea that every community has a viable market for its recycled materials. It provides context on global recycling markets and how local policies must adapt to international demand for specific materials.
Clarifies that expanded polystyrene (Styrofoam) is rarely accepted in curbside programs due to its low density and high contamination risk. It encourages finding specialized drop-off locations for clean foam packaging.
Breaks down the meaning of resin identification codes, explaining that the number inside the triangle does not guarantee recyclability. It helps consumers understand that many of these symbols are not universal recycling stamps.
Highlights how food scraps and grease render paper and cardboard unrecyclable by attracting pests and degrading fiber quality. It advocates for scraping containers clean before placing them in recycling bins.
Distinguishes between recycling and composting for organic materials, addressing the misconception that food waste can be recycled mechanically. It promotes home or industrial composting as the correct disposal method for organics.
Discusses the energy balance of recycling various materials, challenging the assumption that recycling is always more energy-efficient than producing new goods. It provides data on the carbon footprint differences for metals and plastics.
Offers a realistic view of the sorting facilities that process municipal solid waste, explaining why automation cannot yet catch every contaminant. It details the human labor required to manually remove non-recyclables.
Warns against disposing of household hazardous waste like paint, chemicals, and pesticides in recycling bins. It explains the severe safety risks and environmental damage these substances cause in processing plants.
Explores the history of sending waste to developing nations and the recent policy shifts towards domestic processing. It provides context on why some materials are not recycled locally due to lack of infrastructure.
A practical guide for consumers to audit their own recycling habits and identify common errors. It offers step-by-step instructions for proper cleaning, flattening, and sorting of materials before disposal.
Examines why people continue to recycle incorrectly despite public education campaigns. It discusses psychological barriers and the need for clearer signage and incentives to change habitual waste disposal behaviors.