Electronics and its impact on energy and the environment

N. Sinnadurai, H. Charles
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引用次数: 5

Abstract

Technology's impact on human health has been a concern for at least 200 years. These concerns ranged from the waste and pollution due to mining and heavy manufacturing to emissions from the automobile and fossil fuel power plants. Now the proliferation of electronics products, their manufacture and disposal are posing additional threats to the fragile balance of the Earth's eco systems. Nevertheless, electronics can also be the solution to many of our current and future environmental and energy related problems. The environmental threats from electronics can be significantly reduced or eliminated through consciously environmentally responsible choice of materials, technology, design, manufacture, distribution, usage, and end-of-life disposal. In a similar way the application of electrical and electronics technologies and devices for power generation, electric and hybrid automobiles and solid-state lighting can significantly positively contribute to reducing mankind's carbon footprint and improve our environment. Thus, consciously and demonstrably, electronics technologies, devices and applications are making major contributions through the removal of toxins and pollutants; innovative materials enable reduction in use of other materials; new electronics energy sources will become the long-term major sustainable sources; solid state lighting is decreasing the consumption of energy whilst providing improved illumination. Nano-electronics products now enable more efficient use of energy in many walks of life
电子产品及其对能源和环境的影响
科技对人类健康的影响已经成为人们关注了至少200年的问题。这些担忧包括采矿和重工业造成的废物和污染,以及汽车和化石燃料发电厂的排放。现在,电子产品的激增,它们的制造和处理对地球生态系统脆弱的平衡构成了额外的威胁。然而,电子产品也可以解决许多我们当前和未来的环境和能源相关问题。通过有意识地选择对环境负责的材料、技术、设计、制造、分销、使用和报废处理,可以大大减少或消除电子产品对环境的威胁。同样,在发电、电动和混合动力汽车以及固态照明方面应用电气和电子技术和设备,可以显著地为减少人类的碳足迹和改善我们的环境做出积极贡献。因此,电子技术、装置和应用有意识地和明显地通过清除毒素和污染物作出重大贡献;创新材料可以减少其他材料的使用;新型电子能源将成为长期的主要可持续能源;固态照明减少了能源消耗,同时提供了更好的照明。纳米电子产品现在可以在生活的许多领域更有效地利用能源
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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