Pollution Prevention and Control Technologies for Plating
Operations
Section 7 - Off-Site Metals Recycling
7.5.OFF-SITE RECYCLING COSTS
7.5.3 Comparison of Off-Site Metals Recycling and Land Disposal
Costs
This project has collected data on the actual costs incurred by
platers for both off-site recycling and the land disposal of wastewater
treatment sludge. From Exhibit 7-1, the average unit cost for
off-site recycling of F006 waste is $0.40/lb (weighted average
is $0.26/lb) and the median cost is $0.30/lb (includes transportation
and processing fees). The lower weighted average and median costs
are due mostly to the high unit cost charged for small volume
generators. From Section 6, the average unit cost for the disposal
of F006 waste is $0.53/lb (includes transportation, stabilization,
disposal and disposal tax) and the median cost is $0.25/lb. Therefore,
the difference in cost between off-site recycling and land disposal
appears to be small. This cost comparison does not consider the
possibility that, due to their chemical compositions, some wastes
that are presently landfilled may not qualify as cadidates for
off-site recycling or that the generator of such wastes may be
charged higher than average processing cost rates.
In addition to the obvious cost elements associated with recycling
and disposal options (e.g., transportation, processing, taxes)
a comparison of total costs for these options should include a
factor for liability. The liability factor adds consideration
of potential future cleanup costs that would be incurred if a
disposal or recovery site became a Superfund site. Because recovery
sites reclaim most of the waste material they accept, presumably
the liability factor for this option would be considerably lower
than the land disposal option. The liability for land disposal
was estimated by one source to be $38 per ton ($0.02/lb) in 1989,
up from $11 per ton in 1986. These values were arrived at by
dividing the average cost of cleanup at a Superfund site by the
average quantity at a Superfund site (ref. 23).
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