Solid and Hazardous Waste Notes

Background: From 1842-1953, Hooker Chemical disposed of chemical wastes in steel drums at Love Canal.
1953: The site was sold to the Niagara Falls school board for $1, with a disclaimer denying liability.
1957: Hooker Chemical warned against disturbing the site due to toxic waste.
- 1959: Construction of an elementary school, playing fields, and homes disrupted the clay cap over the waste.
1976: Residents reported chemical odors and burns; President Jimmy Carter declared it a federal disaster area.
1980: The site was closed, leading to ongoing debates about health impacts and the creation of the Superfund law, mandating that polluters finance cleanup of hazardous waste sites.

Solid Waste: Any discarded material that is not liquid or gas.
- Municipal Solid Waste (MSW): Directly produced from homes.
- Industrial Solid Waste: Produced indirectly by industries that provide goods/services.
Hazardous Waste: Toxic, chemically active, corrosive, or flammable waste threatening health or environment.

The U.S. is responsible for about one-third of global solid waste.
- 98.5% is industrial solid waste; 1.5% is MSW.
Waste disposal methods in the U.S.: 55% landfilled, 30% recycled/composted, 15% incinerated.
Reasons to Reduce Waste:
- 3/4 of materials are unnecessary wastes of resources.
- Significant air and water pollution from waste.

E-waste is the fastest-growing solid waste challenge.
- Often ends up in landfills and incinerators, contains valuable metals and hazardous pollutants.
Exported to countries like China and India, raising health concerns for workers.
- The Basel Convention: Prohibits hazardous waste transfer from developed to developing nations.
- European Union: Adopts a cradle-to-grave management approach.

Focuses on reducing solid waste through a series of steps:
- Redesign manufacturing processes to minimize material use.
- Develop easier-to-repair/ recycle products.
- Eliminate unnecessary packaging.
- Implement fee-per-bag waste collection to incentivize waste reduction.

Reduce: Minimize consumption and waste generation.
Reuse: Utilize materials repeatedly to decrease waste.
Recycle: Process materials to create new products, reducing resource extraction and environmental impact.

Consists of materials classified as toxic, ignitable, corrosive, or reactive.
U.S. Regulations:
- Resource Conservation and Recovery Act (RCRA): Monitors hazardous waste from generation to disposal.
- Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA): Known as the Superfund program, it funds hazardous waste site cleanups.

Physical Methods: Using materials like charcoal to separate harmful chemicals.
Chemical Methods: Reactions that detoxify hazardous substances.
Biological Methods: Methods like bioremediation use bacteria/plants to clean contaminated environments.

Deep-Well Disposal: Injecting liquid hazardous wastes deep underground in porous rock.
Surface Impoundments: Storing hazardous liquids in pits lined with protective materials to prevent leakage into the environment.
Secure Landfills: Designed to prevent contamination, allowing for future inspection and retrieval if necessary.

The significance of transitioning to a low-waste society by addressing waste production at the source.
Calls for international cooperation against persistent organic pollutants (POPs).
Individual actions encouraged: minimizing hazardous chemical use, proper disposal practices, and using natural or less harmful alternatives for cleaning and maintenance.