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Impacts and solutions to e-waste
Impacts and solutions to e-waste
Impacts and solutions to e-waste
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High proliferation of electronic gadgets has increased the challenges of how to correctly dispose of the ever-growing amount of electronic waste, which poses serious potential risks to human health. This discussion will highlight how e-waste affects human health. We will begin by defining e-waste, its components, affects on human health and ways to prevent and reduce such waste. Electronic waste comprises of items such as televisions, computers and mobile phones, as well as a wide range of household, medical and industrial electronics. Due to the rapid development and evolution of today’s electronic devices more and more devices are being discarded in favour of newer and more advanced versions (Hester & Harrison 2009: 264). The uncontrolled conglomeration of e-waste can lead to major environmental problems, which may directly affect human health. It is in the interests of human health for humans to better understand the potential risks and results of human exposure to e-waste. According to Bloom (2010:562) the global population has increased significantly in recent years and is set to further increase in the future. The most prevalent hazardous materials found in electronics are Arsenic, Cadmium, Lead and Mercury. E-waste management methods such as incineration and purging have a significant impact on the air and also remaining water supplies, as both become polluted and thereby serving a threat to human health (Needhidasan et al., 2014:1). Cadmium based products such as batteries are often dumped with everyday waste. Food is the main source of Cadmium exposure in humans, exposure results in kidney damage as well as bone defects. Humans are usually exposed to Arsenic via drinking water or food results in an individual being inc...
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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
The article, “Our E-Waste Problem is Ridiculous, and Gadget Makers Aren’t Helping,” by Christina Bonnington, focused the process of electronic devices to be recycled, the challenges of recycling electronic waste, and making devices more recyclable. First, Bonnington described the recycling process. Depending on the condition on the product will determine if it will be reused or stripped down to be destroyed. According to the author, having a simpler design makes the reprocessing easier to bare the electronics for turning into materials. Next, the author mentioned the challenges of recycling. One challenge is how electronics are becoming more compact and tougher to strip apart to separate the materials. Conferring to Bonnington, batteries are
that help advancement throughout the complete hardware store network can lessen electronic waste contamination. Besides transfer or reusing of hardware can have noteworthy human well-being and environment sways. Gadgets can hold lead, brominated fire retardants, cadmium, mercury, arsenic and an extensive variety of different metals and concoction mixes. In...
Electronic waste, or any waste for that matter is an inevitable part of an economic system where the destruction of an ecosystem is the primarily source of resources that are used to create the product. The waste that occurs from this process has to be disposed of in some way and more often than not, it is disposed of carelessly with out consideration to the affect it would have on the environment or the very people that create and let capitalism live on, “The political economy approach also defers progress on environmental issues to a pint after economic ones are solved” (Robbins et al. 2010, 114). And if this continues there may be no place left for the excess waste created by capitalism.
E-waste is an enormous problem around the world and according to the “United Nation Environment Program 20 to 50 million tons of E-waste is generated worldwide annually (Ford)”. In fact, “ten thousand cell phones wind up in a landfill every day (Weston)”. When electronic waste is improperly dispose of it can cause problems to the environment and human health. Human health could be affected by toxic materials leaking into the drinking water or food supply. The materials in cell phones “contain lead, cadmium, and mercury that can potentially leak contaminant into the soil and groundwater (Mosieur)”. “Lead exposure to humans will damage to the nervous system, blood and kidneys and mercury exposure will cause brain damage (e-Catcher)”.
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Electronic waste, also known as e-waste, has been a growing problem in the world due to the growth of technology. With just about every American home and many homes around the world having not only one but multiple computers and other electronic devices it raises the question of where is all of those electronics going when new and updated electronics are bought. Although many Americans believe that there cannot be anything done about their e-waste and the problem it has presented to the environment, however there are things being done to prevent harm such as less hazardous products being used in electronics, laws on disposal, and proper recycling habits.
In addition, individuals dispose off their electronic waste wrongly, and it ends up in the incinerators, where toxic gases are produced.
environment. How is the waste affecting us? Otis L. Graham used secondary sources in making
The environmental performance of numerous tech companies has been evaluated and since Apple has grown over time, it has received more attention. There has been a frequent campaign against Apple by different environmental organisations such as Greenpeace requesting for the elimination of hardware components that are non-recyclable hardware components, a comprehensive plan that would make the products of Apple not end up in the waste and the removal of toxins from iPhone hardware (Apple Inc. 2016). As much as such campaigns affect the operations of Apple Inc., they are good since they help in the conservation of the environment thus having a good impact on the
As seen above, the driving forces (27) are greater than the restraining forces (18). It suggests that the company should look forward to opening an E-waste management facility located in Indore, Madhya Pradesh. The strongest factors which contribute to the driving forces for a e-waste management facility are an increase in customer base, low competition and an existing brand image. The most important element here are customers. As Indore is the financial capital of Madhya Pradesh the customer base is huge, and as this will be the first E-waste management facility in Indore it will attract a lot of companies. It is certain that the plant would not be profitable the first month since its start but gradually as there is awareness amongst the people this facility would be highly profitable. ...
In old batteries, there is a toxic lead that is causing health problems for the Taiwan people who are disposing these batteries (Gay, 12). Space is becoming a landfill from the excess of space flights and the radioactive supplies from nuclear reactors, which could come to our atmosphere and explode (Gay, 13). When businesses run out of space to dump their toxic trash they go to poor nations because they do not have strict safety regulations (Gay, 31). The landfills on Earth are not the only place trash is getting put. The ocean is being trashed with plastic bags, soda can holders, and large fishnets, which are harming dolphins, turtles, sea lions, and others (Gay, 69). Military bases in the U.S have more hazardous waste and are responsible for contamination in soil and waters (Gay, 83). There are other hazards happening because we are throwing away so much stuff that companies have to remake all of those products. Incinerators are places where waste is burned to ashes and if we recycle these can go away. Incinerators cause sulfur dioxide, carbon m...
As humanity develops new technology, the magnitude and severity of waste increases. When computers were developed, it widely was believed that the need for paper would be eliminated. On the contrary this was widely proven false and we are now utilizing more paper than ever. Canada is not an exception as the typical Canadian generates an average of three pounds of solid waste each day1. This alone shows what a careless species we have become- using and disposing materials without even considering the damage we are causing. With half a trillion tones of waste around the world, only 25% may be reused for a second or third time and less than 5% can be renewed limitlessly1. These facts are true only in developed countries. Since these traditional waste reduction methods have been proven inefficient, we must endorse new innovative technology to arrive at a solution.