Cleaning Up Electronic Waste (E-Waste),Waste Management
WebElectronic waste is defined as, “old, end-of-life or discarded appliances using electricity. It includes computers, consumer electronics, fridges etc which have been disposed of by WebNov 18, · Essay Sample Check Writing Quality. E-waste comprises of wastes generated from used electronic devices which are not fit for their original intended use WebE-waste (electronic waste) refers to the discarded electronic or electrical devices that are no longer being used, are unwanted, non-working, and obsolete. All used electronics that WebApr 20, · E-Waste contains toxic elements that may be harmful to the environment if crushed, burned or disposed at landfills. Such toxic elements may be harmful to the WebNov 15, · Cleaning Up Electronic Waste (E-Waste) EPA works bilaterally with governments and environmental officials around the world on e-waste management. ... read more
In one of its technological inventions, the company, in , launched a line robotics named Liam. The robots could open up a used iPhone in under 11 seconds and separate its high value components for recycling. In collaboration with over companies for recycling, Apple managed to… Continue Reading Electronic Waste Essay. Tags: employees hazardous materials recycling warehouse management. Total Length: words 3 double-spaced pages Total Sources: 3 Page 1 of 3. What is e-waste? What is so dangerous about e-waste? Many well-meaning individuals thought that recycling was the answer to the e-waste problem.
But why hasn't e-waste recycling yielded the results hoped for? E-waste electronic waste refers to the discarded electronic or electrical devices that are no longer being used, are unwanted, non-working, and obsolete. All used electronics that are destined for resale, reuse, recycling, salvage, or disposal are also considered to be e-waste. Recycling of e-waste is still the answer to the e-waste problem, but recycling has to be carried out in a laid-out manner and not just anyone should be allowed to recycle e-waste. Recycling of e-waste is labor intensive and recycling employees need to be properly clothed to ensure that they are not exposed to the toxins when working.
There are many toxins that are created when recycling of e-waste and this leads to further problems that recycling plants had not foreseen. The meeting took place in San Jose, Costa Rica with participation from the thirteen countries involved in the project, along with experts from around the region and the world. Managing the e-waste created by an increasing amount of computer and telecommunication equipment is important to the Ethiopian government, and many international partners have worked in Ethiopia to help address this concern. In , EPA provided funds to the United Nations University UNU to assess e-waste in Ethiopia. Through this multiyear effort, EPA, UNU-Solving the E-waste Problem StEP and the GEF assessed the state of e-waste in Ethiopia, studied national and international downstream markets for certain e-waste components, and identified financing models for sound e-waste management in Ethiopia.
The project also strengthened the capacity of a demanufacturing facility to process e-waste in Addis Ababa. EPA served as an international advisor to an Ethiopian working group on e-waste management during the course of this work. The project ended in late The International E-Waste Management Network IEMN is a network of government officials that come together annually to exchange best practices and learn from experts how to improve management of used electronics in their own countries. US EPA and the Taiwan Environmental Protection Administration EPAT support this effort through a cooperative agreement. The IEMN began in and held its 6th annual workshop in October in Kuala Lumpur, Malaysia.
Officials from the governments of Asia, Africa, Latin America, the Caribbean and North America were present to learn and share about new tools and approaches to e-waste management. You can learn more about EPA's work on e-waste and used electronics management at the following links:. Skip to main content. International Cooperation. Contact Us. Cleaning Up Electronic Waste E-Waste. EPA works bilaterally with governments and environmental officials around the world on e-waste management. EPA and Taiwan Environmental Protection Administration Taiwan EPA coordinate the International E-Waste Management Network IEMN , which has brought together environmental officials from Asia, Latin America, the Caribbean, Africa, and North America to exchange best practices on e-waste management since On this page:.
Understanding E-Waste What is E-Waste? An undetermined amount of used electronics is shipped from the United States and other developed countries to developing countries that lack the capacity to reject imports or to handle these materials appropriately. Without proper standards and enforcement, improper practices may result in public health and environmental concerns, even in countries where processing facilities exist. We have serious concerns about unsafe handling of used electronics and e-waste, in developing countries, that results in harm to human health and the environment.
For example, there are problems with open-air burning and acid baths being used to recover valuable materials from electronic components, which expose workers to harmful substances. Because the electronics we use contain toxic chemicals and other dangerous heavy metals, when the e-waste is dumped into landfills, these toxic chemicals can seep in the soil and pollute our water supplies. The U. Environmental Protection Agency EPA has statistics approximating that more than 2,, tons of old electronic appliances are not being properly disposed of each year. When these toxic chemicals enter the troposphere, people and the environment are at risk. Different ideas have been mentioned regarding what to do with all this e-waste.
Crazy ideas such as sending it up into space are mentioned, but an easy option is to send it to an e-waste recycle plant. This must be enforced by laws for people to consider this…. Electronic waste is defined as the term used to describe end-of-life or discarded devices using electricity. The majority of these devices contain toxins such as mercury, lead and cadmium, that can make their way into the earth once the device is discarded. Although this is the recommended way according to the article, many places such as Washington do not regulate recycling, and consequently, only 10 states have programs for recycling electronics as of The article forecasted that in , consumers would no longer be allowed to throw electronics in the trash without….
Although Leonard and Caroll concede that e-waste is negatively impacting our environment, due to technologies unsustainable nature and the worlds unconscious recycling habits, both activists differ due to…. When Alex Lin heard this he wanted to reduce the amount of E-waste in the world. In takepart. Alex Lin held a Metech International to hold an E-waste recycling drive that collected over 21, pounds of electronics to have the daily E-waste and recycle it properly. However, once Lin and his team discovered that reusing computers was much more efficient than recycling, they decided to create a computer-refurbishing program. E-waste, or electronics garbage, is the fastest growing section of the U.
trash stream. In , Americans discarded more than , computers daily, according to the Environmental Protection Agency. Alex and his team tried to pass a bill to stop E-waste but The bill didn't pass. Though there's no federal law banning E-waste, although 20 states have passed legislation mandating statewide E-waste recycling. The state of Rhode Island, were Alex lives, has passed a law of dumping electronics thanks to Alex Lin. This shows Alex Lin has made a difference because without him nobody would have tried to cause a federal law stopping E-waste in many states and countries. In this survey I asked a few basic questions on the matter of E-waste.
Some of the questions that I asked were what doing you do with your old electronics. Do you what happens to your old electronic products. And finally I asked if they knew what E-waste was. The majority of people answered that for their old products they would give them to a friend, sell online, or throw away in the trash. For the following questions none of the people I surveyed knew what actually happened to their products but they could make the guess that E-waste was the discarding of old products, though they did not think it was harmful. After telling them some of the problems with throwing away their old devices they thought more on the subject then they did before. With getting a few more people to know about this subject hopefully they can tell more people about the problem at hand.
Since none of the people I surveyed knew about this problem it is obvious that we need to get more people to know about it since we all use electronics. To help solve the problem on electronic waste we need to start taking…. It is true that we live in a throw-away society. So, protecting the environment is essential for the quality of life of current and future generations. The challenge is to combine this with continuing economic growth in a way which is sustainable over the long term. Interest in determining costs and benefits is increasing in the environmental field.
The possibilities for performing cost-benefit analyses in the waste area depend, however, on what is known about the actual emissions or discharges associated with waste disposal methods and their effects on the environment and health. On the other hand, the benefits and disadvantages of recycling are more complex. Development of a recycling program can be expensive, and recycling generates pollution. Thus, several questions arise: Is recycling really well for the environment? How does it affect the economy? Does it save or cost money?
Political decisions are rarely implemented on the basis of original investigations of the costs and benefits of various measures. Environment policy is based on the belief that high environmental standards stimulate innovation and business opportunities. Economic, social and environment policies are closely integrated. Most people in the United States are now aware that disposing of electronic equipment by traditional methods—such as dumping in landfills—is harmful to the environment. It is intuitive to people that placing large items that will never completely break down in landfills is a wasteful use of land, but the reasons for special treatment of electronic waste go beyond that. Electronics contain hazardous materials that can harm the planet if placed untreated in landfills.
As a result, the disposal of electronic materials is risky for society, which has a great responsibility to minimize e-waste as well as the leakage of harmful substances during the recycling processes. The constantly increasing amount of e-waste depends on such causes as the technological development and growth of population in the context of the consumerism tendency, and the effects of e-waste are the spread of toxic substances which cause many serious health problems. As a result, a person is oriented to buy more electronic devices to respond to technological changes and modern tendencies.
That is why, in many developed countries, proposed electronic products have a minimal life span with an average of one and a half year, and this fact causes the rate of the development in the modern world which facilitates the significant rate of electronic waste. The advancement in technology leads to the production of new electronic appliances and products which become the trash in a year, and it is important to note that people are the experts in making more trash Carroll par. This fact has also contributed to the rise of many multinational corporations that have significantly influenced the electronic market system through the improved production of electronic products Leonard Furthermore, the global population has increased significantly over the years, triggering the rate of electronic product use.
This fact has led to an increment in production to meet the market demand for electronic products Leonard Thus, the population increase causes a significant increase in e-waste due to the improved demand and introduction of more technologically improved products. It is also important to pay attention to the effects of the e-waste increase, which are the spread of toxic substances, heavy metals, and the associated health problems. In the modern world, most of the processes used in disposing of e-waste have contributed to a significant number of impacts on the environment and then, on human health. Thus, the toxins released from the disposed waste materials end up in the atmosphere, water sources, and soil.
The majority of the modern established and developing economies face the potential effects of improperly disposed e-waste materials. This tendency develops about enhanced rates of electronic products consumption and production. The following are some of the significant effects of e-waste plastic products made of polyvinyl chloride, including computer housing and cables, pose a potential threat to the environment. During production, such materials produce furans and dioxins that pollute the air causing respiratory ailments Leonard Accumulation of lead from electronic components and computer screens poses a potential chronic toxic effect on the living organisms, including plants and microorganisms, due to the improper disposal of e-waste.
Lead released from the disposed of e-waste on landfills also contaminates water supplies. From this point, the global recycling practices on e-waste have also contributed to the increased health risks. The released toxic materials can damage the human nervous system, cause high blood pressure, retardation, and affect child development Carroll par. Such a chemical as polybrominated biphenyls found in plastic covers, television set covers, connectors, and circuit boards causes an increased risk of lymphatic system cancer Leonard This is one of the chemicals found in disposable switches, batteries, discharge lamps, thermostats that accumulate in higher concentrations in organisms.
E-waste has been considered one of the most potent factors of pollution. E-waste materials contain toxic and hazardous substances that when mishandled, can cause harm to human health and the general environment. Thus, the modern disposal of such wastes, including recycling, makes them a significant threat to the community. Carroll, Chris. High-tech trash: will your discarded TV end up in a ditch in Ghana? Mitchell Young. Detroit: Greenhaven Press, Need a custom Essay sample written from scratch by professional specifically for you? E-Waste Causes and Effects. Learn More. We will write a custom Essay on E-Waste Causes and Effects specifically for you!
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Essay on E-Waste Recycling,Works Cited
WebE-waste (electronic waste) refers to the discarded electronic or electrical devices that are no longer being used, are unwanted, non-working, and obsolete. All used electronics that WebThe Problem Of E Waste lives of the people and the use of such innovations. In this regard, electronic waste commonly referred to as “e-waste” is one of the biggest challenges WebNov 15, · Cleaning Up Electronic Waste (E-Waste) EPA works bilaterally with governments and environmental officials around the world on e-waste management. WebElectronic waste is defined as, “old, end-of-life or discarded appliances using electricity. It includes computers, consumer electronics, fridges etc which have been disposed of by WebNov 18, · Essay Sample Check Writing Quality. E-waste comprises of wastes generated from used electronic devices which are not fit for their original intended use WebElectronic waste or e-waste is one of the rapidly growing environmental problems of the world. In India, the electronic waste management assumes greater significance not only ... read more
Our aim is to develop an E-waste recycling facility to render the hazardous substances harmless. Summary Of The Essay 'Fresh Water' By Barbara Kingsolver. And finally I asked if they knew what E-waste was. First of all the natural reserves are conserved. Thus, the population increase causes a significant increase in e-waste due to the improved demand and introduction of more technologically improved products. HOME ESSAYS E-Waste Management.
Garbology Essay Words 2 Pages. There are methods available for reducing and recycling this electronic waste, whether it be repairing old computers for other users, or recycling the components themselves into new equipment, essay on e waste. Pacebutler Recycling. On the other hand, the benefits and disadvantages of recycling are more complex. Eventually Alex Lin did get the bill passed because the problem was getting too big and now it is illegal to throw away electronics in Rhode Island and today Alex Lin has seven center around the world helping essay on e waste. Even worse, just 18 percent of discarded televisions and computer products were collected for recycling.
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