Sustainable Solutions Paper wk 7 draft

Giles Slade stated, “E-waste represents 2% of America's trash in landfills, but it equals 70% of overall toxic waste” (Slade, 2015). Electronic waste is extremely harmful on the environment and contaminates the water we drink, the air we breathe, and the soil we grow our vegetables in. Electronics contain high amounts of heavy metals, which are extremely toxic to all forms of life. According to GreenPeace, “it is estimated that 10-20 percent of discarded computers go to landfill” (GreenPeace, 2009). With our technology constantly advancing, we begin to find that e-waste continues to grow at an exponential rate. Many people want the newest and best technology, which leads to the older electronics being tossed out. Instead of individuals taking their old electronics to be recycled though, they tend to throw it in the waste bin and it doesn’t get the proper disposal it needs. According to GreenPeace, “it is estimated that 10-20 percent of discarded computers go to landfill” (GreenPeace, 2009). That percentage is a pretty hefty, especially when 60 Minutes estimates that “130,000 computers are thrown out every day” (CBS, 2008). With that estimate and percentage, anywhere from 13,000 to 26,000 computers are thrown out every day and not properly

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

In today’s society, information technology has developed to become an essential component of business processes within various industries and has irrevocably transformed the way businesses work by providing more productive, efficient and a more powerful means of producing resources. However, it has contributed to the world’s environmental challenges and caused detrimental effects on the environment via the pollution elicited by manufacturing, wasteful disposal of computers and components as well as the toxic chemicals used in the manufacturing process which can enter the food

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

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

Every year people in the U.S create about 660 million pounds of tech trash. Tech trash can pollute the environment because electronics can have dangerous chemicals like lead and the chemicals could leak into a river and pollute the water. How do we stop this? One way is to use electronics as long as you can. Also you can donate electronics to a charity or a neighbor. Another way is to look for a certified e-waste to recycle your electronics.

Techno trash (or e-waste) is one of the negative impacts of new technology. It is the rubbish created by discarded electronics. Developed countries such as the U.S export 50% to 80% of their techno trash to poorer Asian countries. The discarded technology is processed by workers who do not have the right equipment to handle and safely recycle these tech materials. This puts the workers and community to high levels of toxic materials, which could turn towns and the surrounding area into contaminated dumps. The e-waste that isn’t transported to Asia ends up in local landfills and poses risks to the surrounding environment and communities. Technology is made up of a mixture of dangerous chemicals. The toxic chemicals can cause serious damage to the environment. Some of these chemicals include beryllium, cadmium, lead and

Electrical and Electronics products are now commonly found all around the world and the number is on the rise. The amount of such products that is being disposed is also on the rise. There is a concern on the environmental effect by such products that is being disposed as well as when it is being manufacturer. This is because most of these products contain either harmful substance or non bio-degradable materials which cause an impact on the environment.

Electronic or E-waste is a growing problem in the United States. Our landfills are becoming cluttered with the waste created when Americans replace their electronics so very often. Part of the reason people discard E-waste in such large numbers are they feel they need the latest model, others blame inferior construction so the products don’t last as long as they used to. No matter the reason for being discarded, E- Waste is a significant problem. It goes beyond the items piling up; as previously mentioned Science has come a long way and we have learned that many of these products are known to contain materials that can cause health and ecological problems when removed from the devices by leaking out into the environment. It is estimated that millions of tons of E-waste are

In 2008, Dell Inc. had grown from a $1,000 startup called PC’s Limited to a company that had $ 61 million in revenues. ("Dell 's net revenue 1996-2013 | Statistic") Dell Inc., formally known as Dell Computer Corporation, was started and headed by Michael Dell until 2004 when he stepped down as CEO. Michael Dell went from being a college drop out to becoming the youngest ever CEO of a Fortune 500 company, not to mention becoming a multibillionaire in the process. ("Dell Inc. History") However, the successes of his company would not last after he left in 2004. ("Dell 's net revenue 1996-2013 | Statistic") This faltering of company performance prompted Mr. Dell’s return to the helm of the company in 2007. ("Dell Inc. History") This case analysis will examine the initial strategies Mr. Dell used to grow his company and the impacts that these decisions would have on Dell Inc. as it faced uncertain conditions in 2008.

27 states in America have enacted electronic waste (E-waste) programs with some outlawing landfill disposal altogether, but not everyone agrees this is the solution to the ever-growing electronic advances in technologies. Over 20 to 50 million metric tons of electronics are disposed of each year worldwide, equal to over 206 billion dollars of annual sales in the United States alone that contribute to the disposal (Grey, 2014). The Controversial arguments at hand are to continue to discard broken electronics to landfills, recycling through newly established waste programs, or to find other solutions to the newer aspect of technological advances in electronics.

How often do individuals change your electronic equipment? Does anyone know where used electronic merchandise go to? Electronic waste is called an E-waste that has been becoming a serious issue all over the world. People should be concerned in this century because E-waste contains hazardous, toxic ingredients which have adverse effects on society “Toxic chemicals in electronics products can leach into the land over time or are released into the atmosphere, impacting nearby communities and the environment” (“Where”). Young people are not aware of the caveat that used electronic products to bring. E-waste causes not only the environmental problems such as air and water pollution but also health problems. An amount of E-waste has been increasing rapidly. Moreover, it has even been turning the land into substantial electronic landfill mountains. Three primary reasons for electronic waste: waste is the accelerated development of science and technology, increasing world population and over-consumption.

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.

E-waste is a significant issue in environmental health. Both scientists and policy makers recognize the adverse impact e-waste imposes on the environment, and they must work together to undermine the impact. In Guiyu, which is the world’s largest e-waste processing village, workers break electronics apart, burn them, or dump them in acid baths to extract their valuable components, such as copper and gold. However, these primitive methods, especially when done in an open space, result in air and soil pollution, as well as endangering various life forms due to the emission of toxic chemicals into the environment. To remedy the issue, a global agreement regulating movements and disposal of hazardous wastes between countries must be reached, for which initiatives like the Basel Convention and Basel Ban are established.