E-waste: A new challenge for waste management in India

Syed Saif Ali
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Abstract

WEEE (waste from electrical and digital device's) comes beneath a special class of waste which is the end result of industrialization and ever-growing demand of digital merchandise in daily lifestyles. With growing usage waste manufacturing is likewise increasing. Now, the scenario is alarming as a big quantity of waste is generated via India in addition to other international locations. The situation in India is a whole lot worse because approximately 80 % of the e-waste generated inside the US is exported to India, China and Pakistan beneath the call of charity. Only 3 % of general WEEE-waste generated is recycled nicely in India. The relaxation of it's far dealt with by people who paintings with naked fingers, without mask under unhygienic conditions, informally recycling tons of e-waste for approximately 12-14 hours a Day. It causes each environmental as well as health issues. E-waste recycling (i.e. 3 R’s) is a concept hardly in lifestyles in India. As of now most of e-waste generated is getting dumped in rivers or dumping yards both of getting nicely recycled or reused after treatment which in end result have negative results on environment in addition to fitness issues. So basically, paper describes the contemporary situation of e-waste control in India and different parts of globe. It also describes the case take a look at of trend of e-waste in India with other countries. In remaining ten years, it's far found that e –waste is growing daily and the major mills of these e-waste are computer systems, mobile, telephone gadget extensively utilized by the authorities, public region agencies and personal sectors, generate nearly about 75% of e-waste and on other hand with the contribution of man or woman family being most effective 16%. According to ASSOCHAM compound Annual growth price of electronic waste is 30%. Computer equipment's make contributions about 70% of total e-waste generated in India and telecommunication equipment's debts for nearly 12%. State smart Maharashtra ranked first observed by means of Tamil Nadu and UP in ewaste pollution and amongst all cities Mumbai ranks first in producing e-waste observed with the aid of Delhi and Bangalore. No. Of legal guidelines are framed but none is able to stop this casual recycling. In this paper, countrywide and worldwide e-waste situation is discussed in conjunction with hazards as a result of e-waste and bit approximately its recycling.
电子废物:印度废物管理面临的新挑战
WEEE(来自电子和数字设备的废物)是一类特殊的废物,是工业化和日常生活中对数字商品日益增长的需求的最终结果。随着使用量的增加,废物制造也在增加。现在,情况令人担忧,因为除了其他国际地区之外,印度还产生了大量的废物。印度的情况要糟糕得多,因为美国国内产生的大约80%的电子垃圾以慈善的名义出口到印度、中国和巴基斯坦。在印度,只有3%的报废电子电气设备垃圾得到了很好的回收。人们在不卫生的条件下,不戴口罩,用裸露的手指画画,每天大约12-14个小时,非正式地回收成吨的电子垃圾。它会导致环境和健康问题。电子垃圾回收(即3r)在印度的生活方式中几乎不是一个概念。到目前为止,大多数产生的电子垃圾被倾倒在河流或垃圾场,经过处理后得到很好的回收或再利用,最终结果除了健康问题外,还对环境产生负面影响。因此,本文基本上描述了印度和全球不同地区的电子垃圾控制现状。它还描述了这个案例,看看印度与其他国家的电子垃圾趋势。在剩下的十年里,人们发现电子废物每天都在增长,这些电子废物的主要工厂是当局,公共区域机构和个人部门广泛使用的计算机系统,手机,电话设备,产生近75%的电子废物,另一方面,男人或女人家庭的贡献是最有效的16%。根据ASSOCHAM的数据,电子垃圾的复合年增长率为30%。在印度产生的电子垃圾中,计算机设备占70%左右,电信设备的债务占近12%。通过泰米尔纳德邦和北方邦,马哈拉施特拉邦在电子垃圾污染方面排名第一,在所有城市中,孟买在德里和班加罗尔的帮助下,在产生电子垃圾方面排名第一。不。虽然制定了法律指导方针,但没有一个能够阻止这种随意的回收。本文讨论了国内外电子垃圾的现状,讨论了电子垃圾产生的危害,并对电子垃圾的回收利用进行了初步探讨。
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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