Disposing Essay

Every year Americans collectively create approximately 208 million tons of municipal solid waste, which breaks down to 4.3 pounds of waste generated per American per day. In addition to this normal waste, the United States produces roughly 279 million tons of hazardous waste per year.1 All of this waste has to go somewhere. Two good methods of waste disposal, infrequently used, are incineration and recycling. However, any waste that is not recycled or incinerated ends up in America’s landfills. Landfills that are not in proper working order can pose a serious threat to humans and the environment, but ones that safely store all of their waste may possibly be helpful for the

Managers of debris should set up multiple sites for disposal, bearing in mind wastes that need processing. Using this approach will give them a steady strategy without conflicting while working. The work will be easier and will allow for proper time management. Categorizing wastes is another major factor to consider; which will make the process work fast without confusion. Identifying the debris to collect also helps to avoid human exposure to toxic

Recycling During the early 1970s, as communities across the United States saw their landfills filling up, attention turned to alternative methods of garbage disposal, such as incineration and recycling. While incineration proved to be a thorny issue due to its toxic ash byproduct, recycling was embraced by Americans as an effective way to offset rising garbage production rates. Today, demand for recycled products is beginning to match supply, and the percentage of waste going into landfills and incinerators is decreasing steadily.

So the question is, now that we have created all of this toxic waste, what do we do with it? What can be done to safely store it or better yet transform it into non-toxic waste? Governments around the world are considering different methods of waste disposal, but so far there has not been much progress in the most effective way to handle it. Several methods have been discussed, which include long-term above ground storage, like the United States currently uses on Yucca Mountain in Nevada. Other methods discussed are outer space disposal, ocean disposal and deep in-ground disposal, among many other suggestions. However, things that must be taken into consideration are earthquakes and other catastrophic events such as terrorist attacks. We have seen the effects of the tsunami and earthquake in 2011 that caused a major accident at the site of the Fukushima, Japan nuclear plant. To this day, this plant is still too radioactive for anyone to be able to safely

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.

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.

It is a common belief that we are not doing enough for the Earth, but what more could we do? We use the resources and then we put them right back where they came from. Clearly recycling plants and receptacles are being rendered obsolete by the infamous trash bin/landfill combo. They are a huge waste of space. If we just threw everything away, it would create much more space for more practical buildings such as oil refinery’s, plastic manufacturing plants, the list goes on to give better alternatives for taxpayer dollars.

Recycling the waste or converting the waste is very crucial, waste to value is one of the leading cures to help the country economically and environmentally. Leaving the rubbish unattended will release harmful gases thus we have to take an action and think out of the box and think of a way to use the waste and convert it to a beneficial product creating a closed circle with no waste to concern about.

Toxic waste disposal should be on everyone's mind in the United States. Even if this problem does not affect our surroundings first hand, it may end up affecting us later down the road. The way toxic waste is disposed of throughout America is not always the most legal way or the most safe way. Toxic waste should be carefully watched, but it is always left to businesses to declare what they want to do with it. Whether they want to dispose of toxic waste legally or illegally, it's up to them. No matter what produced the toxic waste, the waste itself is always the last thought on the minds of the businesses. As long as the waste is disposed of and it doesn’t cost them a significant amount of money is all that matters to them. This should be a concern for everyone in the United States and not just the people in the vicinity of the toxic waste. The people in the vicinity of the toxic waste may be hit with the hardest problems, but we are all at risk. Toxic waste has the ability to move freely and could easily move anywhere in the United States. Toxic waste also doesn’t care who it affects. It will affect adults, animals, plants, kids and even kids that aren’t even born yet. It also does not discriminate against social class. The toxic waste comes and goes as it pleases, but is usually left until it becomes a problem and by that time it is usually going to take a lot more to fix the issue then if it was just dealt with the right way. By the time toxic waste is found, it will have

Why should we recycle electronic wastes? Three reasons: Economics benefits, public health benefits, and environmental benefits.

To keep up the high demand Companies come out with new products every year, encouraging consumers to re-place their perfectly fine tech gadgets for a better and upgraded version. During the production of the iPhone 6 and iPhone six plus, the Wall Street Journal revealed the daily production of the new phone was 540,000 iPhones a day, such that 74.5 million iPhones in that year. Dumping our old products have become a normal and all these discarded things end up in places like landfills or they are shipped to foreign poor countries. The electronic waste has become a huge problem that creates More than 20 million tons of e-waste every year.

During this phase the production of waste materials is inevitable. Therefore, measures should be taken in order to the ensure the minimum waste is produced. This can be effectively implemented the following;

Congress passed The Solid Waste Disposal Act in 1965. The Agency of Environmental Safety considered this Act as the primary effort made by federal authority for efficient waste clearance technology. This act controls the dumping material; manage storage and management of solid, both and non-precarious and precarious wastage. It highlights the processes that are environmentally liable to dispose waste at the commercial, municipal, industrial and household levels (Tchobanoglous & Vergara, 2010). This was considered as primary initiative of a chain of systems focusing on resource management and air cleaning (Gerlak, 2005). There have been several major adjustments made to the Act with the reference to Resource Recovery and Conservation Act (1976). The involvement of federal

This strategy is the most commonly used for nuclear wastes and hazardous wastes. It is also used in some countries for MSW and other non-hazardous but polluting wastes. B) Containment and collection of leachate Inflow of water is controlled but not prevented entirely, and leakage is minimised or prevented, by a low permeability basal liner and by removal of leachate. This is the most common strategy currently for MSW landfills in developed countries. The duration of a pollution risk is dependent on the rate of water flow through the wastes.

History/Background: The Waste and Disposal Services Industry was created out of human/global necessity. We humans have always had waste; there have even been waste dumps found that date back to the Mayans. Until recent centuries, most of our waste was organic and easily tossed aside. However, as civilizations became more urbanized, waste disposal became a more relevant issue, and essentially a needs for survival. Many plagues that killed thousands even millions of people were spread from animals living in improperly disposed waste sites. Since scientists linked disease to filthy living conditions, the waste and disposal services industry has boomed.