Recycling and Trash Collection in Modern Countries
Garbage becomes a community problem in many countries. The household contributes a big part of the national municipal solid waste, but indeed the bigger part comes from the industry and business operations. For the U.S., this waste product has hit a very astonishing count. Goldstein, N. And Madtes, C. (2000) claimed that the states had produced around 409,029,000 tons of municipal solid waste in 2000.
Trash stacks travel through several paths, addressing mostly to their final destination in local landfills or recycling centers. Although there are different methods applied and researched properly, the field execution differs in each country. Many countries have implemented different policies depending on the amount of garbage piling in concentrated location, open landfill availability, and at the same time, they also work on developing certain infrastructures to suffice the landfill location shortage, environmental concern and also the applicable funding system for the community.
Capital cities and industrial areas are where the topmost waste management problems occur. Big cities often have complicated situations dealing with urban issues, limitation of safe space for final disposal area, pollution, and the high living cost that results in the increasing trash collection and disposal fees.
The major approaches of trash come into three common categories: landfills, incineration, and recycling. The implementation of each procedure varies depending on the place and local policy. However, in general, landfill is the most commonly used to eat the trash in many regions.
In Facing America's Trash (1989), landfill use is considered inappropriate in the future. When a landfill is open, sometimes the function as "open dumping" is the only practice carried out, while close supervision on the sanitary control to the neighborhood and the soil pollution is rarely well implemented. Many landfills have contaminated the soil and groundwater; on the other hand, gases material as the result of prolonged decomposition process under the ground may explode poisonous gas like methane that endanger the living things in the area. For this reason, it is difficult to establish new landfills nowadays that meet the hygiene and esthetic requirement of the surrounding community (p. 271).
While technical matters relate directly to the effectiveness of implemented program, certain orders also play critical role as they determine exactly how a waste management practice is controlled, and how they apply in suitable manner for the country. It will ensure the constant accomplishment of the program and build strong basic for future development.
In different regions, governments apply diverse policies. This is quite understandable, since they naturally set specific goals in the plans that differ from each other. According to the Organization for Economic Co-operation and Development (OECD) report, as cited in Mohninger (1999), Canada, for example, has an exclusive goal on its "No Waste" program to reduce landfills. Therefore the country also applies the subsequent implementation design to apply in the community, such as encouraging employees from business and industry offices to do recycling themselves, which also takes the consequences to provide them enough infrastructures and required skills or trainings to utilize the equipments effectively.
Major countries with special concerns on solid waste management have been working under specified government rules within continuous overseeing and program development. At least, the Organization for Economic Co-operation and Development
OECD) reported that several countries including Germany, Canada, and the U.S. have developed consistent programs.
From this review, solid wastes are categorized differently to provide enough background information for every country's government to develop strategic pattern, which is suitable with each specific issue in the local dumping areas. OECD report mentioned that governments currently work on five types of wastes as follows: "to reduce paper consumption, paper recycling, the reduction and recycling of office products, the recycling of construction and demolition debris, and the composting of organic waste." (Mohninger, 1999).
Not only the U.S., European countries and Japan also pay full attention to apposite management in handling such refuse. The governments...
About.com. 2011. Some facts about the actual costs of recycling vs. traditional disposal expenses is presented by this article, and is certainly worthy of examination: a) a well-run curbside recycling program costs between $50 and $150 per ton; b) typically a trash collection and disposal program costs between $70 to $200 per ton. When New York City discovered that it was losing money on its recycling program in 2002, it eliminated
Essay Topic Examples 1. The Role of Recycling in Combating Climate Change: Explore how students and children can directly contribute to the fight against climate change through recycling efforts. Discuss the impact of recycling on reducing greenhouse gas emissions, conserving natural resources, and preventing biodiversity loss. Evaluate the potential long-term benefits and challenges associated with incorporating recycling into students' daily routines. 2. Creative Recycling Projects for School:
Trash recycling programs are tremendously beneficial to society. In addition to decreasing pollution and helping to preserve the ecosystem, recycling trash saves money and also reinforces citizens' sense of civic responsibility. The fact that we live increasingly in a "disposable society" increases the importance of recycling because the amount of space available to dispose of our trash is limited. That means that whether or not we emphasize recycling of trash
The largest component of these appliances is white goods and that constitutes 43% of the total waste. (Electrical and electronic equipment recycling information sheet) The next largest component is it equipment and that is 39% of the total. Most of the it equipment that is being discarded is computers which become obsolete vary rapidly. There are also a large number of TV sets which are thrown away every year and
(2010). Starbuck Everywhere. Retrieved from http://www. starbuckseverywhere.net/NewYorkCity.htm. Why bamboo? (2010). EcoDesignz. Retrieved from http://www.ecodesignz.com/page/ED/ CTGY/whybamboo/. Recycling & reducing waste. (2010). Starbucks Corporation. Retrieved from http://www.starbucks.com / responsibility/environment/recycling. Imhoff, D. (2002, Winter). Thinking outside of the box: A systems view of packaging. Whole Earth, p. 8. Recycling. (2010). Starbucks Corporation. Retrieved from http://www.starbucks.com/responsibility/learn-more/goals-and-progress/recycling. Imhoff, p. 9. Recycling in New York City. (2010). New York City Department of Sanitation. Retrieved from http://www. nyc.gov/html/dsny/html/collection/recycling.shtml. Population. (2010). New York City Department of
The standards include recycling C & D. debris. The Chicago Center for Green Technology got an award for its building (Grzeskowiak, 2006). Our city could do the same. Tallahassee, Florida recently renovated their Solid Waste Administration building to conform to green standards (Grzeskowiak, 2006). A successful "green" building has been built in New York City -- the first green high-rise residential building in the United States. The designers set
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