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Analysis - The Institute for Southern Studies

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Chapter 5<br />

Potential Benefits of RCRA Regulation of CCR Disposal in the Electric Utility Industry<br />

Exhibit 5A below displays social benefits associated with EPA’s RCRA regulatory program, a few or many of which may be associated with<br />

any particular RCRA regulation. To a lesser or greater degree, a range of these benefit elements may be associated with future benefits from<br />

RCRA regulation of CCR disposal, according to the unique physical and environmental attributes at any particular CCR disposal site.<br />

Exhibit 5A<br />

Human Health, Environmental, & Economic Benefits of the EPA RCRA Regulatory Program*<br />

Benefit Category (n = 6) Benefit Sub-Element Examples (n = 36)<br />

1. Human Health Protection<br />

Benefits<br />

2. Ecological Protection Benefits<br />

3. Indirect Ecosystem &<br />

Resource Conservation Benefits<br />

1A. Mortality Reduction-Examples<br />

1) Reduced risk of cancer fatality<br />

2) Reduced risk of acute fatality<br />

2A. Market Ecological Values:<br />

1) Commercial fisheries<br />

2) Market recreational benefits (e.g., involving fees)<br />

3) Food<br />

2B. Non-Market Ecological Values & Amenities (examples):<br />

1) Non-market recreational benefits (e.g., w/out fees)<br />

1) Climate moderation<br />

2) Flood moderation<br />

3) Groundwater recharge<br />

4) Sediment trapping<br />

5) Soil retention<br />

6) Nutrient cycling<br />

4. Avoided Economic Costs 1) Avoided costs of providing government mandated<br />

alternate drinking water supplies<br />

5. Avoided Materials Damages, 1) Aesthetic pleasure<br />

Improved Aesthetics, &<br />

2) Improved taste, order, visibility<br />

Historical Preservation<br />

6. Potential Long-Term Benefits<br />

(Sustainability)<br />

1) Avoided increases in damages related to changes in<br />

affected populations<br />

2) Benefits associated with resource conservation<br />

1B. Morbidity reduction-Examples<br />

1) Reduced risk of cancer<br />

2) Reduced risk of morbidity (e.g., asthma, nausea)<br />

4) Fuel<br />

5) Fiber<br />

6) Timber<br />

7) Fur/leather<br />

2) Non-use values: existence, bequest, and quasi-option<br />

values<br />

7) Pollination by wild species<br />

8) Biodiversity<br />

9) Water filtration<br />

10) Soil fertilization<br />

11) Pest control<br />

12) Reduced pressure on endangered species<br />

13) Avoided habitat destruction<br />

2) Avoided costs associated with government mandated<br />

cleanups of industrial waste accidents or spills<br />

3) Protection of resources with cultural and historic value<br />

4) Protection of constructed resources (e.g., buildings,<br />

infrastructure)<br />

3) Benefits associated with the precautionary principle,<br />

protection from un<strong>for</strong>eseen issues<br />

4) Benefits from long-term increases in the value of<br />

environmental quality<br />

* Source: Exhibit 1-1 of EPA Office of Solid Waste, “Approaches to Assessing the Benefits, Costs, and Impacts of the RCRA Subtitle C Program,” prepared by<br />

Industrial Economics Inc., October 2000,<br />

110

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