Some methods for

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energizing and breaking molecular bonds tend to be more costly than others. Technical designs and modes of operation that will effectively recovery resources through homogenous waste types is probably not sufficiently robust for extremely heterogeneous feedstock. Technical requirements become important, defining "envelopes" of design and operation reported by the input, and the intended end-product.

Permitting operations guide proper usage, and implement restrictions

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on use of a different tool for the job attainable. These checks on the market forces should be constructed only where marketing for cleanliness and number recovery trumps the underlying economics.

As the molecular diversity on the feedstock increases, the dynamics of bonds requiring deconstruction likewise varies. Some of the best toxic residuals are also probably the most difficult to devolve; to maximize environmental cleanliness, the

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process must be optimized to help effectively reduce these most reticent fractions recommended to their non-toxic constituents.

Environmental concern must drive

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Technology design and procedure toward both maximum addiction recovery of resources AND maximum reduction of toxicity; these kinds of responses to appropriate the environmental concern become performance criteria.

Many of the technologies readily available for conversion of waste into recoverable resources are around for half a century or higher. Our industrial ability to design, operate, monitor and modify doing this "on the fly" should be now able to

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meet our modern as well as ever-tightening standards of geographical cleanliness.