Effect of Electronic waste on Environmental &amp; Human health- A Review

Sankhla, Mahipal Singh; Kumari, Mayuri; Nandan, Manisha; Mohril, Shriyash; Singh, Gaurav Pratap; Chaturvedi, Bhaskar; Kumar, Rajeev

doi:10.9790/2402-10090198104

Cited by 36 publications

(10 citation statements)

References 14 publications

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“…E-waste disposal procedures are a significant concern as a result of informal recycling activities. The quantification of E-waste in India is thus challenging and there is no method for regulating the movement of E-waste in the system (Sankhla et al, 2016). According to a study on Electricals and Electronics Manufacturing in India, conducted by the Associated Chambers of Commerce and Industry of India (ASSOCHAM-NEC) in 2018, Maharashtra produced 19.8% of E-waste but recycled only about 47,810 tonnes per annum (TPA), Tamil Nadu (13%) recycled about 52,427 TPA, Uttar Pradesh (10.1%) recycled about 86,130 TPA.…”

Section: E-waste Management In Indiamentioning

confidence: 99%

An overview of E-waste, its management practices and legislations in present Indian context

Rajput¹,

Rinki

Nigam³

2021

JANS

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E-waste coming out from the electronic sector of the entire world is harming the world's environment. There has been a pattern of a substantial increase in the production of E-waste worldwide. This is as a consequence of population increase, industrialization, urbanization and economic activity. Since the last decade, the rate of consumerism has been found to be very high due to higher economic growth, which has resulted in increased E-waste production. Almost all countries are recycling more and more E-waste, but a million tonnes of E-waste still coming out. Experts believe that the rise of E-waste is due to our rapidly changing lifestyles. We have started adopting new electronic devices coming into the market, trying to make life more convenient. In India, electronic waste is growing at 10% per annum. The trend of urbanization has played a significant role in the enhancement of E-waste generation. The population living in urban areas was 27.67% in 2000, 38.03% in 2018, and is expected to reach approximately 42% in 2025. As the population increases, the amount of E-waste will also rise to an alarming situation. This review paper provides the present scenario of E-waste and its management practices and legislation in the present Indian context. This would help all the stakeholders involved in the production of electrical equipment to gain better understanding of E-waste.

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Section: E-waste Management In Indiamentioning

confidence: 99%

An overview of E-waste, its management practices and legislations in present Indian context

Rajput¹,

Rinki

Nigam³

2021

JANS

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“…Recognized major toxicity producing by E-wastes and main source of heavy metals, dangerous compounds and carcinogens, diseases connected to intestinal, immune, skin, respiratory, and endocrine CNS and cancers containing can be prohibited by appropriate management and removal of E-waste. With an estimation to association the digital distribute, there is exponential growing in the use of Electrical and electronic apparatus and so around is troubling effect on people and environment when the ICT wastes are not discard of systematically [14].…”

Section: Electronic Wastementioning

confidence: 99%

Contaminant of Heavy Metals in Groundwater & its Toxic Effects on Human Health & Environment

Sankhla¹

2019

IJESNR

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Heavy metal is present in the various state on industrial waste water, natural water as a part of a natural water heavy metal are present in the ground water. The water is drinking of highly polluted and chronic effect on people are genetic disorders, nerutoxicological disorder and carcinogenicity. Toxic heavy metals are regularly discharge to the aquatic environment in India as a prompt development of Industry. The major issue to the time ground water are contaminated through heavy metal. Water is the dynamic source, essential for all aspects of human and ecosystem for existence and health. The levels of heavy metals contaminations in water like, Pb, Zn, As, Cr, Ni etc. in several water resources as groundwater, surface water, tap water etc. The review study provides heavy metal concentration in groundwater and to give recommendations to prevent the health risks against intake.

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“…E-otpad se sastoji se od višestrukih komponenti od kojih neki sadrže toksične supstance koje imaju negativan uticaj na ljudsko zdravlje i životnu sredinu, ako se ne postupa pravilno sa njima, odnosno ako se koriste neadekvatne metode recikliranja i odlaganja. U tom kontekstu treba razlikovati tri nivoa toksičnih emisija [7]: • Primarne emisije: Opasne materije koje sadrže e-otpad (npr. Olovo, živa, arsen, polihlorovani bifenili (PCB -Polychlorinated biphenyl), fluorirano hlađenje tečnosti itd.…”

Section: Elektronski Otpad I Njegov Sastavunclassified

Mogućnosti I Ograničenja Za Izdvajanje Plemenitih Metala Iz Elektronskog Otpada

Čekić¹,

Batinić

2019

Zbornik radova FTN

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U ovom radu date su osnovne definicije elektronskog otpada, količne, sastav i njegov uticaj na životnu sredinu. Obuhvaćene su i zakonske regulative u Evropskoj uniji i Srbiji. Opisana je upotreba plemenitih metala u elektronskoj opremi. Glavni deo rada predstavljaju metode izdvajanja plemenitih metala iz elektronske opreme, gde je obuhvaćena reciklaža, sakupljanje, prethodna obrada i završna obrada. Na kraju rada prikazani su ograničavajući faktori izdvajanja plemenitih metala iz elektronskog otpada.

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Effect of Electronic waste on Environmental & Human health- A Review

Cited by 36 publications

References 14 publications

An overview of E-waste, its management practices and legislations in present Indian context

An overview of E-waste, its management practices and legislations in present Indian context

Contaminant of Heavy Metals in Groundwater & its Toxic Effects on Human Health & Environment

Mogućnosti I Ograničenja Za Izdvajanje Plemenitih Metala Iz Elektronskog Otpada

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