A tremendous potential exists for a

A tremendous potential exists for applying the practice of industrial ecology to
lower the burden on virgin raw materials and sources of energy. As discussed in
Chapter 17, Section 17.8, these approaches include using less material (dematerialization),
substitution of a relatively more abundant and safe material for one that is
scarce and/or toxic, extracting useful materials from wastes (waste mining), and
recycling materials and items. Properly applied, these measures can not only conserve
increasingly scarce raw materials, but can increase wealth as it is conventionally
defined.10 Corresponding measures can also be applied to energy resources. In recent
decades energy conservation (“de-energization”); substitution of energy sources, such
as inexhaustible wind power for coal in the generation of electricity; and burning of municipal refuse to raise steam for electricity generation have reduced the need to
utilize diminishing fossil energy resources and to build new power plants.

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A tremendous potential exists for applying the practice of industrial ecology tolower the burden on virgin raw materials and sources of energy. As discussed inChapter 17, Section 17.8, these approaches include using less material (dematerialization),substitution of a relatively more abundant and safe material for one that isscarce and/or toxic, extracting useful materials from wastes (waste mining), andrecycling materials and items. Properly applied, these measures can not only conserveincreasingly scarce raw materials, but can increase wealth as it is conventionallydefined.10 Corresponding measures can also be applied to energy resources. In recentdecades energy conservation (“de-energization”); substitution of energy sources, suchas inexhaustible wind power for coal in the generation of electricity; and burning of municipal refuse to raise steam for electricity generation have reduced the need toutilize diminishing fossil energy resources and to build new power plants.

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Sebuah potensi yang sangat besar ada untuk menerapkan praktek ekologi industri untuk
menurunkan beban bahan baku perawan dan sumber energi. Sebagaimana dibahas dalam
Bab 17, Bagian 17.8, pendekatan ini termasuk menggunakan bahan kurang (dematerialisasi),
substitusi bahan yang relatif lebih banyak dan aman untuk satu yang
langka dan / atau beracun, penggalian bahan berguna dari limbah (pertambangan limbah), dan
daur ulang bahan dan barang-barang. Benar diterapkan, langkah-langkah ini tidak hanya dapat menghemat
bahan baku yang semakin langka, tapi dapat meningkatkan kekayaan seperti itu konvensional
defined.10 tindakan Sesuai juga dapat diterapkan untuk sumber energi. Dalam terakhir
dekade konservasi energi ("de-energization"); substitusi sumber energi, seperti
tenaga angin tak habis-habisnya untuk batubara di pembangkit listrik; dan pembakaran sampah kota untuk meningkatkan uap untuk pembangkit listrik telah mengurangi kebutuhan untuk
memanfaatkan sumber daya berkurang fosil energi dan untuk membangun pembangkit listrik baru.

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