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E-waste IB extended essay
Impacts and solutions to e-waste
E-waste IB extended essay
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While technology has revolutionized the way people live, it has not come without a direct environmental cost. Toxic waste or electronic waste (e-waste), produced by obsolete electronic products, is growing at an alarming rate, and poses a severe environmental threat. In light of challenges underlined by this new kind of waste, sound management is imperative. Although, America and Asia are economically very different from each other, ironically they do not differ much when it comes to the `mismanagement' of e-waste: unsafe disposition practices, lax legislation, and inadequate recycling.
Disposal of e-waste is one of the major problems faced in America. Despite being financially sound, America has no proper infrastructure built for safe disposal of e-waste. The vast majority of e-waste, "collected from consumers and recycling depots by middlemen," is landfilled, or simply stockpiled. Then, searching for cheaper ways to dispose of it, shipped to developing countries in Asia under the pretext of "recycling" or "donating."
Similarly, Asia has no proper means for the safe disposal of e-waste. E-waste, largely imported from the developed countries, is "dumped in massive piles and disassembled," or merely burned - releasing poisonous fumes into the atmosphere. To aggravate the matter, rural villagers sort through discarded electronics without any protection from the toxic materials, gravely endangering their health.
Although, a number of state-level legislations concerning e-waste disposal have been passed in America, the lack of comprehensive federal legislation to back them up brings their effectiveness into question. The different legislations adopted by individual states not only become hard for the industries to comply wit...
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...ecycling industries in India are said to be disorganized, unmonitored and lacking basic safety measures. The report added that these industries "[poison] air, water, land and [local people] with toxins such as mercury, lead and arsenic."
In conclusion, while rapidly advancing technology has radically changed people's lifestyle, it has come at the expense of the environment. With e-waste, produced from outdated electronic products, becoming a more prevalent problem, it is important for both America and Asia to develop effective disposition strategies, more aggressive legislations, and better recycling programs. However, greater onus falls on America, because if America does not ship the hazardous waste to Asia, then Asia would have to deal with their domestic e-waste only. Nevertheless, it is time that they address this growing problem before it gets much worse.
Even though electronic waste contributes one percent of waste as discussed earlier, it poses a significant threat to the environment. “RCRA does not, however, cover electronic waste except CRTs, nor does it regulate electronic devices donated for educational or charitable reuse.” The RCRA should implement rules to govern e-waste because e-waste not only affects lives in the United States, It affects everyone globally. E-waste typically finds its ways out of the United States and ends up in developing countries like
The article “Our E-Waste Problem Is Ridiculous, and Gadget Makers Aren’t Helping” by Christina Bonnington explains that our landfills are being filled with unused electronics of yesteryear. In 2011, there were 41.5 million tons of electronic wastes in landfills. In 2016, they projected the number to go up to 93.5 million tons. Specifically, our old products are in landfills now such as, HP computers, computer towers, cell phones, and batteries. The reason for all the waste is the human race is buying the newest electronics and not disposing of their unused and unwanted electronics properly. Also, not all of the unused electronics are recyclable. E-waste has a huge negative effect while in landfills because electronics breakdown and they breakdown
We also witnessed a recycling area full of e-waste and various recycled materials. This waste was piled around homes; even children played around it. As we know this waste likely contained harsh metals and chemicals. It is possible that the inhabitants of this town aren’t aware of these dangers, yet they live among this waste that is dumped there from various companies. These living conditions are inhumane and hazardous to the health of these people.
Statistically, US alone is the leading country in the volume of high-tech trash with 30 kilograms per person and 9.4 million metric tons of e-waste per year. Followed by ...
Over the past decade there was a profound development achieved in the sphere of high technologies production. Now the scale of electronics market becomes wider and spins up day by day with a cyclic launch of new electronic appliances with enhanced features. “According to the Consumer Electronics Association (CEA), consumers were expected to purchase 500 million units of consumer electronics in the US in 2008.” (Electronics Takeback coalition, 2010) Consequently, a clear tendency toward rapid substitution of electronic appliances can be observed. A high rate in electronics upgrading shortens their lifespan and results in following stockpiling of needless gadgets, which become a part of municipal waste. These end-of-life electronic devices are often called “electronic waste, or e-waste”. As Brett H. Robinson (2009) claims, now worldwide production of e-waste reaches approximately 20-25 million tons being discarded every year with the largest proportion in Europe, the United States and Australasia. Hence, the problem of e-waste disposal management grows into a serious global challenge. As it was reported by the U.S. Environmental Protection Agency (EPA) 2.6 million tons of electronic waste were generated in 2005 and only estimated 330,000 tons were recycled. (Kim A. O'Connell, 2007) Thereby a very small percentage of electronic waste undergoes recycling process, as a considerable part is stockpiled in landfills or incinerated with the rest of solid municipal waste. This essay will present main points of e-waste management issue, analyze possible approaches to the problem, such as export to developing countries for re-use, takeback and recycling programs, or so-called extended producer responsibility. Finally, the essay will sum up w...
Adopt the “3-R” (reduce, reuse and recycle) philosophy for all types of wastes to prevent pollution and dispose off “inevitable” wastes, particularly electronic waste, in line with regulatory requirements or industry best practice
The Government of Canada disposes of a broad range of electronic and electrical equipment. For the 2011-2012 fiscal year, federal government spending in this area was estimated to be $1.2B and included computer, laboratory, medical, security, telecom, audio-visual, and office equipment [1]. A list of e-waste is provided in Annex 1 and Annex 2. Environment Canada reports that volumes of e-waste are increasing by 4% annually across the country [2]. It is now almost
he challenge of waste disposal has becoming increasingly difficult since the industrial revolution. With increasing population, urbanization, and prosperity, modern society engages in mass production and mass consumption. As a result there is considerable waste generated which has far reaching affects. Many nations are examining options to lessen the amount of waste generated, and how to manage that waste.
E-waste, also known as electronic waste include the electronic and electric appliances like television, computers, toasters, kettles, mobile phones, stereo systems, gaming devices, fridge, washing machines etc., almost all the household and official products with electrical components that were out of use. Due to constant product replacement and introduction of new and updated models lead to the growth of e-waste.
Computers, information and communication technologies equipment, TVs, refrigerators and washing machines drive the growth of e-waste recycling industry in India.
Every year a huge amount of garbage is being thrown away, when it should be recycled. The Environmental Protection Agency estimated that 75% percent of American waste is recyclable (EPA, 2015). However, the United States only recycles 30% of its waste (EPA,
Improper practices of waste disposal occur on a daily basis leading to sickness, pollution, and chemical exposure. These daily disposals of hazardous waste have led to pollution and the endangerment of sanitation workers, wild life and the rest of the population. A part of the problem is many people dispose of these common household items without even knowing they are doing is wrong and detrimental to themselves and their surroundings. Many consumers just simply toss their items in the garba...
Treatment of E waste encourages primarily reuse of whole equipment if possible , remanufacturing and upgrades otherwise rcovery via recycling and when there is no other choice left incineration and ladfill . Although lafill of electronic waste causes leaching of ground water and incineration of eletronic waste leads to toxic fumes in air as circuit boads contains lead , antimony oxides .
The United States produces “about 8.25 billion tons of solid wastes each year” (Russell 1). People do not realize the impact they have on our planet and environment. When people throw anything in the trashcan, they are contributing to the destruction of our planet. The number landfills in the United States are decreasing, but the amount and volume of waste being thrown into the new landfills is increasing (Russell 4). Because of this escalating amount of garbage, Methane which contributes to global warming is an outcome of these landfills (Russell 7). As a result, our planet is suffering because of this epidemic. The garbage being put in the landfills could be recycled, but not enough businesses, ...
America and Europe are at the top of the list for most waste generated according to Waste (4). This is very visible because there’s litter on every street in the towns and cities, as well in lakes, beaches, and rivers. The book Waste by Rob Bowden states that the amount of waste produced is increasing at a rate faster than population growth. About 1.5 million computers, in the U.K, are thrown away each year and most end up in landfills. There are 3 types of waste which are Municipal Solid Waste, Industrial Waste, and Hazardous waste. MSW includes waste from public garbage cans and local dumpsters. Industrial Waste includes massive amounts of waste water that is contaminated with chemicals. Hazardous waste is the most dangerous as it presents a danger to human health and the environment. Solutions for waste disposal take time because people need to consider their lifestyle and limit the amount of waste they generate. A good start is to recycle items such as paper, cans, plastic, and clothes. This way they don’t end up in landfills, beaches, or streets. Another solution is to join organizations that go around places to recycle, or organizations that demand the reduction in the amount of products that are being