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Electronics Recycling. Electronic recycling is one consideration the company can do better with. Recycling in general lowers greenhouse gas emissions that are caused by manufacturing items for the first time. Recycling electronics conserves natural resources making cleaner air and water. The valuable resources computers and electronic components carry are metals, plastics, and glass. According to the Environmental Protection Agency (EPA), recycling a million laptops would give back enough energy for 3500 American homes’ electricity. A million cell phones would could yield 35,000 pounds of copper, 772 pounds of silver, 75 pounds of gold, and 33 pounds of palladium. Instead of throwing out the old computers and blackberry’s, the company could simply upgrade the hardware or software and then recycle the parts necessary.

E-waste or electronic waste is the number 1 fastest growing trash in the united states since 2004. E-waste is made up of lead, mercury, , and caldium. All of these Acids are deadly to the human body. Alex lin and many other teen activists work with these acids every day. Also, These activists are trying to stop these deadly acid from seeking into the ground and killing natural resources. These acids can also get into the water systems and harm people. When you get a new electronic you would most likely through it out in the TRASH, but you should recycle old electronics. According to the Electronic recycling 101 article, 3 million tons of electronic are trough out and only 13.6 of them are recycled. This shows that many people are unaware of

As used electronics is becoming a waster hazard worldwide local governments such as where I live include programs at local waste stations purely for electronics. This encourages local residents to freely drop off their electronic waste, like TV’s and computers and mobile phones to these locations where the waste is sorted and than shipped to facilities that can process this waste appropriately which also includes recycling as much material as possible. This has a

It has become the new “norm” with people to replace their electronics because their devices become out of date or they feel like they have to have the latest thing. In the article “Our E-Waste Problem Is Ridiculous, And Gadget Makers Aren’t Helping,” by Christina Bonnington, the author discusses how people buy new electronics every year when they come out and the old ones get abandoned. She also talks about how many people aren’t properly recycling their old devices and how some electronics can be impossible to recycle the right way. She also talks

Today, with over 7 billion people on Earth, the demand for technology is rising rapidly. As companies work hard to meet demands and mass produce technology for both society and businesses, they release harmful chemicals and gasses which pollute the environment and result in climate changes (Ramey). And not only does the overproduction of technology pollute the air, but it also harms the ground that we stand on. Technotrash, or any broken or unwanted electronic device, is currently the most rapidly-growing type of waste (Green) and according to GreenDisk, a company dedicated towards safely recycling technotrash, over 80% of technotrash is not being recycled. While technotrash represents only 2% of America’s trash in landfills, it equals 70% (emphasis) of overall toxic waste (“11 Facts”) because the toxins in technology can leak into the ground (Anthony). For example, lead from cell phone circuit boards can cause

In her essay, “The Story of Stuff: Electronics”, Annie Leonard discusses certain technology manufacturing processes, and the growing ecological problems of technological “e-waste” that they cause.

Alex Lin was one teen activist who saw a problem in e-waste.He was reading an article from the wall street journal, and he saw that there was an e-waste tsunami to come. In the article, it said that Americans discarded more than 112,000 computers daily, according to the Environmental Protection Agency.Even worse, just 18 percent of discarded televisions and computer products were collected for recycling.To stop this he created team W.I.N, {Westerly Innovations Network}.He worked with Metech International to hold a recycling program for e-waste and they collected 21,000 pounds of E-Waste.Then his team saw that it was easier to refurbish the electronics than to recycle them.He worked with his school district to put refurbishing

According to Cord Jefferson’s same article, There Are No Ethical Electronics, So Buy Less Stuff, he mentions the effect our electronic waste has on the Chinese. While many Chinese men, women, and children are working for little pay every day to scrap electronic waste, they are exposed to toxic elements known to cause cancer. Such elements include lead, mercury, and chromium. Something that Jefferson also brings to attention is that these conditions can become better, he mentions that “Consumers can and should demand better from our electronics manufacturers—when we do so, things change” (Jefferson). Consumers taking more action to bring ethical electronics to the country is something yet to be

Firstly I will be going over my methods of research and how I was able to derive my embodied greenhouse gases of IT devices number through the analysis from Teehan and Kandlikar (2012) and refining it by using other research such as the writings from Deng, Babbitt and Williams (2011) which focused in on the resources required through every stage in the process of manufacturing these devices. Using my number, along with the number calculated by my peers, I will formulate an average emission rate (per person) to get a reasonable number for what a typical first-world consumer might contribute to. I will analyze and discuss the data received in order to determine ways of improving our carbon footprint, and

If you where to ask a small child in Nigeria—"what do you do everyday?" They will most likely answer, "burning e-waste and selling the minerals inside in in." Not an answer you would receive from an American children living in the Untied States. Slowly this kids are being sicken by all the dangerous substances that e-waste contains. Soon this will lead for their bodies to stop growing properly. They will eventually die. Old electronics should not be thrown away, instead recycled. Because it is not healthy for the people in the countries that try to take out the material inside of the e-waste. And because we need tougher laws. Also because you can recycle.

As a sophomore in high school, I taught myself how to repair smart phones, which lead me to start a smart phone repair business to save for college. I quickly realized that we are a “throw-away” society, in which 1% of cell phones are sustainably recycled. Now, three years later and thousands of sustainable repairs completed, I look back and see that by repairing smart phones I have helped in a small way to reduce the amount of e-waste in my community. Through my repair business, I am only able to play a limited role in responsibly reducing, repairing and recycling e-waste by extending the life of smart phones. However, I know there continues to be a tremendous global need for progress beyond my smart phone repair business. I have developed a genuine passion for globally sustainable and responsible practices and programs to reduce e-waste.

In 2002, the Basel Action Network (BAN) along with the SVTC released a groundbreaking, heartrending investigation called Exporting Harm: The High-Tech Trashing of Asia [PDF].

In essence, the advancement in technology has come with countless benefits that have made the life of human beings better by providing convenience in communication, transportation, health and among other areas that are significant to the lives of the people. However, technology has also presented significant challenges that have threatened the 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 facing people all over the world for the production of the electrical and electronic equipment has been growing rapidly in the past decades. Therefore, the rise in demand for this equipment and the high obsolete rate has made e-waste of the fastest growing source of waste. For this reason, experts have come out to suggest various methods that can be used to contain this menace. In particular, the solutions include the involvement of businesses, recycling and donations.

Waste management chain starts with collection, and also contains transportation and treatment including material recovery and disposal. Collection is probably the most challenging part of recycling process. People prefer to put their obsolete electronic devices in their storage, assuming they have value. After a while they may gave up and want to get rid of the e-waste, however, people have the same behavior to e-waste as other wastes. Therefore a huge amount of raw material for recycling is lost due to lack of proper locations for e-waste collection. Proper and efficient collection system can guarantee sufficient raw material for recycling factory and sustainable recycling. In this section, collection models of e-waste are discussed.

The purpose of the report is create awareness and understanding of the Reduction of carbon content and recycling of Information and Communication Technology (ICT) components and to highlight the opportunities for timely action by researchers and practitioners in this field. Through examples from a diversity of literature sources this paper defines the problems and the scope of ICT environmental sustainability.