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close this bookSteering Business Toward Sustainability (UNU, 1995, 191 pages)
close this folderPart three: Implementation
close this folder10. Industrial clusters of the twenty-first century
View the document(introduction...)
View the documentZero defects, zero inventory, zero emissions
View the documentFront-end solutions versus end-of-the-pipe solutions
View the documentEconomies of scale
View the documentWill Japan embrace the zero concept?
View the documentThe new clusters
View the documentRecycling of ink and paper
View the documentForestry, perfumes, and preservatives
View the documentSugar, cleansing materials, water softeners and compostable plastics
View the documentBeer, salmon, and cattle
View the documentMore to come
View the documentRethinking industrial policies
View the documentCuffing government costs
View the documentRevitalizing the inner cities
View the documentThe case of China
View the documentThe role of the United Nations University
View the documentConclusion

Front-end solutions versus end-of-the-pipe solutions

The internalization of many real costs of production, which now have to be borne by the polluter, has already made clear to many industrialists that it is better to reduce the cost of waste at the front end, than to have to cope with ever changing and complex environmental regulations and increasing burden of environmental taxes affecting the waste discharged "at the end of the pipe." But, while all this is to be applauded, a bolder step is needed to leapfrog in competitiveness. Industry must be willing to put its present selection of raw materials under scrutiny, rethink the manufacturing and distribution process, and be ready to engage in a search for zero emissions manufacturing.

Today industry depends heavily on raw materials which are not sustainable. We have evolved in a system where we know that several of the key input factors will not be available any more in twenty or thirty years. With the massive demand of six billion consumers today, and probably ten billion by the time the earth runs out of petroleum, there is a need to identify alternatives early on. The Club of Rome called for this long ago in the widely debated Limits to Growth report (1974).

The good news is that there are numerous opportunities to pursue alternatives, but unfortunately, these are not pursued with the vigor needed to convert our industries and consumption patterns to sustainable ones. However, the search for new materials offers a unique chance to re-engineer these innovations along sustainability lines.