E-waste Essay example

Every year it is estimated that 1.8 million batteries are not properly disposed of. When this happens, it poses a major threat to the ecosystem. Heavy metals used in batteries are toxic to humans and they can leach into our water system. Lead and nickel-cadmium (Nd-CD) can only enter the human body by inhalation or ingestion, but mercury can even be absorbed through the skin. Federal and state laws and regulations have been implemented and enforced to ensure heavy metal batteries are properly disposed of and recycled.

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

There are three different chemical forms that mercury exists in and each has a specific effect on human health, however for the purpose of this paper only two will be talked about. The first is elemental mercury (Hg), which also called metallic mercury. In this form the primary health effect is when it is breathes as vapor where it can be absorbed through the lungs. Symptoms of this kind include tremors, emotional changes, insomnia, neuromuscular changes, headaches, disturbances in sensations, changes in nerve responses, and performance deficits on tests of cognitive functions. At higher doses there can be kidney effects, respiratory failure, and even death. In this form it is emitted into the air from coal-fired power plants, waste incinerators, smelting plants, which is by far the leading man-made source of mercury in the Great Lakes. It is released into the air and transported by air currents and will eventually fall and be deposited in soil or water. This is particularly important to the people living in Michigan because in Detroit the mercury found in rain has been

• The consumer electronics market is highly competitive with rapid changes in consumer demand patterns.

Tommy Jones begged, pleaded, and hoped beyond hope for that new touch screen phone that would immediately move him up the social ranks at his school. His wish was granted on Christmas morning. He was rewarded with that sleek, black phone with 4G capabilities. Two months later the next phone in that series is out; it is almost an exact clone of the first model with the most moderate changes, and suddenly Tommy’s phone is obsolete. There was no great improvement when compared to the old model, no; the corporation knows that it will sell, no matter how small the improvement. This model of constant obsolescence has become the norm in the economy today; companies reap profits with mediocre products, completely uncaring of the consumers. To put

When “inorganic” mercury comes in contact with water, a chemical reaction occurs, converting the mercury to “methylated mercury”, which builds-up in any animal who consumes or absorbs it, while subsequently poisoning them. Finally there is cadmium, a chemical which, when ingested, does not easily digest, usually remaining in the liver. This causes it to accumulate over time, also causing damage as time passes. The impact of consumed cadmium is dependent on how much the substance has accumulated and where it resides within the body. Electronic components are composed of a variety of chemicals or substances that have proven harmful toward people and the environment, and should be disposed of properly and with great care as to ensure that they

Trash. It’s everywhere, and people just throw everything into one big pile of it at a disgusting landfill. There is a solution to this problem, recycling. Recycling is the best way to reduce the pollution associated with incineration, costs of landfills, and also preserve natural resources.

Hazardous waste and its proper disposal have become a major sociological problem today due to its capability of contaminating the area in which we live and its potential to be lethal to all living things. In order for the United States and the rest of the world to save itself from a potentially life threatening problem they must fix the causes which lead to the improper disposal of hazardous wastes and like materials. Some reasons that hazardous waste has become a problem in the United States today is due to the breakdown in enforcing laws for the proper disposal of such wastes, a lack of initiative on big companies behalf to spend money on proper disposal, and the ease of disposing of such wastes illegally.

These days, our earth has been filled by a lot of waste. There is a lot of garbage, plastic waste, and electronic waste. We always produce it and dump it when we need the new one. Our waste are piling up and continuously accumulating. Plastic waste is one of the biggest problems for us now. And our solution in this problem is recycling. In my opinion, recycling is a way to manage used items into new products. We can reduce, reuse, and recycling (3R) waste management (Peter, 2013). We can reduce our waste clothes with reuse it. There are some reasons why peoples recycle used or unwanted items, which are, prevent wasting unusable materials that still have usage after recycled, reduce the application of raw materials, reduce energy

People Need to Recycle In the United Sates, where the population is inflated every year. The amount of space for landfills decreases every day. The need for recycling should not be asked, it should just be done out of habit. Everyone in America needs to recycle, to help the lamdfill problem, help the environment, and help produce new products from recycled goods. In America there is about two-hundred and eight tons of residential and commercial trash generated a year, 4.3 pounds per person a day (Prichard 1A). This is an overwhelming amount of trashed produced yearly. When people recycle this number can be drastically cut. But many people do not practice and use

but manufacturers have been riding rising a tide of demand from consumers for portable electrically

I remember my first semester here at the University and the dark halls of the Bates House Residence Hall. Many a party was concluded with an idea for what to do with the endless piles of cans that had congregated on the floor. One idea, I remember, was to wall someone into his room and another was to see how many we could stand on end without toppling. But, we usually just ended up throwing them in the trashcans in our refuse room. Sometimes out of the five trashcans in the room set aside for trash disposal, three or four would be completely filled with hundreds of cans of various beverages. Upon further contemplation, I can also remember the small, blue bucket that was thrown

When Apple CEO Steve Jobs took the stage to deliver a candid commencement speech at Stanford this past June, a plane flew over the stadium with a banner that read: "Steve -- don't be a mini player -- recycle all e-waste."

The issue that is placed among us, is that we are throwing out too much E waste each year and not recycling enough of it e.g. Australia has one of the highest use of technology, and combining that with one of the fastest growing types of waste is a definite recipe for disaster unless reused or recycled well. One of the main factors of why E waste is so dangerous to the environment is because of the chemicals and toxins that are being release once the electronics have been heated. This is more devastating to us because we have been blessed with such a wonderful place to live in and to ruin it by being inconsiderate to the people and plants around us would be a real shame (En.wikipedia.org, 2017) .

It is estimated that e-waste accounts for the 20 to 25 million tons every year due to which recycling is considered as an important aspect in order to utilize the components of the e-waste and reduce its environmental hazards. E-waste comprises of the components that mainly comprises of lead, beryllium, cadmium and brominated flame retardants and these components are found to be exerted from the computers, electric wires, computer monitors, LCDs, computer chips and computer plastics. It is observed that the disposal and recycling of e-waste results in the reaction of these components to the environment, which eventually imposes adverse effects on the climate (Widmer et al. 435).