| | Environmentally Benign Manufacturing: Trends in Europe, Japan, |
| | 0,32 | | MB | and the USA |
| | 13 | | stron |
| | 6325 | | ID | Georgia Institute of Technology |
| | 2002 | | rok |
| | Introduction |
| | Among industrial activities in the US, the contribution of manufacturing to various environmental |
| | impacts is enormous. Taken collectively, manufacturing industries dominate in such areas as; 1! |
| | toxic chemicals, 2! waste, 3! energy, and 4! carbon emissions. Manufacturing is also a heavy user |
| | of water, and there have been many cases of air, water and soil contamination which have led to |
| | such actions as Superfund cleanups, class actions suits and a variety of other corporate liabilities. |
| | For example, among the industries selected by the EPA for toxic materials monitoring, |
| | manufacturing releases are larger than all other activities, with the one exception of metals mining, |
| | which is closely related to manufacturing. This is shown in Fig. 1, which gives the 1998 EPA Toxic |
| | Release Inventory ~TRI! results by industrial categories. This figure becomes even more |
| | significant when one realizes that the United States produces more waste than any other country in |
| | the world. This is true both on an absolute scale as well as a per capita scale. Hence US |
| | manufacturing might be characterized as the most wasteful industrial activity, in the most wasteful |
| | nation. |