Electronic times have a deep effect on human society and dramatically increase global connectivity. Communication has been simpler due to increased use of electronic devices, which also stimulates economic activity and produces job prospects. Along with his benefits, he also highlighted a number of problems that must be faced directly by the community, such as problems that develop from electronic waste and the absence of electronic waste management in India.
If effective management and electronic waste disposal are not carried out in current situations, it is always feasible that human health and the environment will be greatly disadvantaged. The following are the main producers of electric waste in India:
A. Solder in Print Circuit, Glass Panel, and Gasket on Computer Monitor
B. Chip & Semiconductor Resistors
C. refrigerator & battery.
D. Cell Phone
E. AC, micro waves, etc.
The story of electronic waste management today in India is different from the world. Practicing electronic waste management in India is a serious problem because of informal recycling activities. Therefore, the quantification of electronic waste in India is very difficult and there is no mechanism and policy to check the flow of electronic waste in the system.
Because 83% of domestic customers are the first purchase, only 22% of electronic waste produced by PCs come from households, while 78% comes from the company sector. So the commercial sector is mainly blamed for waste production. In addition, around 1050 tons of computer waste are produced every year by shops and producers. India currently has 95 million people. Lead is one of the most dangerous chemicals, and almost 5% of them are recycled in India.
Electronic Waste Management in Delhi
The Delhi electronic recycling industry which developed mostly caused by three factors: the status of the city as the capital of the country, which increased its connectivity to all regions of the country; Many satellite cities nearby, where hundreds of small units treat electronic waste; and accessibility of cheap migrant workers. Nearly 70% of electronic waste that is restored by New Delhi recycling facilities is actually exported or discarded by developed countries. Around 12,000 tons of electronic waste are produced every year. Delhi is the country's top electronic waste processor even though it is not the top generator. The disposal of responsible and correct electronic waste in Delhi is considered a serious concern. GTZ research from 2007 found that 10,000-20,000 tons of electronic waste were recycled every year by around 25,000 people. So, we can safely say that the E-Waste Delhi recycling has become good with the help of many e-waste management companies in India.
Electronic Waste Management in Mumbai
The information technology industry began in Mumbai, the country's main port city and the country's financial center, which produced 20270.59 tons of electronic waste every year. Mumbai is the top city in India that produces electronic equipment and electronics between the 10 top cities (weee). One of the centers of the country for the production of electronic goods is the Mumbai-Pune industry belt. Therefore Mumbai is not only an entrance port for new and used electronics, but also a home for consumers and a fairly large manufacturer's base, both of which produce large amounts of electronic waste. Therefore, the recycling of electronic waste in Mumbai is very important
Electronic Waste Management in Bangalore
Electronic waste recycling in Bangalore, Indian Silicon Valley, is a multi-prore industry where garbage is collected at Goripalayam and Nayandahalli. Every alternative day, E-Waste scrap dealers send separate electronic waste parts and dismantled to Delhi and Mumbai. Selling electronic waste that was dismantled to Delhi brought between two and three lakh per month for recycling electronic waste. In Karnataka, there are around 50 official recycled facilities. E-waste recyclers in Bangalore has now appeared to reduce the complexity of this logistics and improve the state of electronic waste disposal in Bangalore.
Electronic Waste Management at Hyderabad
Hyderabad has been referred to as the capital of Indian silicon that appears. Annual generation of annual electronic waste is 3,263,994 MT from various types of equipment such as computers, printers, television and cellphones. E-Waste produced is as follows: 3111.25 MT from a computer, 86.46 MT from the printer, 61.0 MT from television and 5,284 MT from a cellphone.
Only a reduction in size (destruction) and separation which is the main task carried out by collectors and recycling electronic waste. The informal industry can develop because there is no infrastructure to deal with large volumes of electronic waste. Because businesses are more profitable in unorganized sectors, formal recycling has not received a significant attraction. Unorganized sectors must be given minimal incentives to manage electronic waste in official recycling facilities, which are the responsibility of the government.
Electronic waste management around the world
More than 50 MT electronic waste is considered produced every year worldwide, making it a component of city waste with the largest growth rate. In other terms, this number will fill the train with sufficient containers to travel once throughout the world.
Every year, the US throws 30 million laptops, while Europe throws 100 million phones [26]. E-Waste production is projected 50 million tons per year [27,28].
With an annual production of almost 3 million tons of electronic waste, the United States leads the world in this category.
Switzerland is the first country in the world to develop an organized electronic waste management system, so far concerning global electronic waste management. In Switzerland and other rich countries, extended producers of responsibility (EPR) and recycling costs (ARF) are the foundation of electronic waste management systems.
Developed countries such as the United States, Britain, France and Germany are one of the producers of electronic waste, producing 1.5 to 3 million tons every year. However, these countries have also placed standard electronic waste management procedures.
Effective electronic waste management has allowed this huge mountain of garbage to be converted into a successful economic opportunity. This includes effective sources, collection, material extraction, and disposal.
Costs related to collection, preprocessing, recycling, and disposal are quite expensive because of strict environmental regulations. For every organized recycling in the first world countries, there are many more that only act as brokers and send these unwanted products to developing countries such as China and India with a guise of donations or used goods.
India, China, and several African countries have been turned into a place for the first world countries because of a very vague environmental protection law.
Many countries have implemented a "take back" program for electronic products, and they also have a law that specifically discusses the disposal of electronic waste. To overcome various problems related to electronic waste, the US Environmental Protection Agency has launched a national electronic action plan.
Conclusion
To establish uniform electronic waste management procedures, the best methods from various countries can be included. Sources, collection, extraction, and disposal of efficient materials made possible by proper electronic waste management will ensure that this enormous electronic waste pile will be converted into profitable products and business opportunities.