Research Paper
EAP2A
How about Biodiesel!
In "Environment: Problems and Solutions,” Miller (1994), writes “Our current dependence on nonrenewable fossil fuels is the primary cause of air and water pollution, land disruption, and projected global warming and climate change; and affordable oil will probably be depleted within 40 to 80 years and will need to be replaced by other alternatives”(p.80). Since industrial revolution in Europe of the 18th century, humans have rapidly increased the quantity of energy consumed, especially fossil energy because it is high-quality energy. In those days, the cost of petroleum was very cheap, and it was not difficult to buy it because early petroleum did not have many uses. However, today, continual industrial’s development has caused much more energy consumption. As a result, fossil energy’s abuse has been brought about serious air pollution as well as an energy scarcity. Lately, possibility of biodiesel as alternative energy for replacement from petroleum diesel is watched by the entire world with interest. In fact, human being should research biodiesel as an alternative energy source of the future to replace fossil energy; biodiesel can reduce environmental problems, economize transportation and energy costs, be made by cultivation without end, and does not generate any new problems in comparison with petro-diesel.
In “Clean vehicles” the author states “Biodiesel is a fuel derived from vegetable oil or animal fats that can be an additive to or entirely replace conventional petroleum diesel fuel” (2005, para.2). The first biodiesel was made by Dr.Rudolf Diesel in 1895. In “Biodiesel” the author tells us “When Dr.Rudolf Diesel demonstrated first diesel engine at the World Exhibition in Paris in 1900, he used 100% peanut oil as fuel. Dr.Diesel originally intended that the diesel engine be fueled by a variety of fuels, including vegetable oil and mineral oil. He promoted the use of vegetable oil as fuel by suggesting that it would greatly benefit the development of agriculture in countries that utilized this potential. The adoption of petroleum –based fuel as the primary fuel for the diesel engine was an arbitrary decision that was largely influenced by the cheaper costs of petroleum at the time”(2004, para.1). These days, most of biodiesel is made from soybean and some biodiesel is made from used cooking oil. This will give human more good influence unlike fossil diesel because it has several positive points.
First, biodiesel is better energy for environment than other energies. It emits less carbon dioxide than conventional diesel. This point is very important because carbon dioxide is responsible for global warming. Therefore, if we use biodiesel instead of petroleum diesel, then, humans do not worry about environment problem any more. In “Biodiesel” the author states “Biodiesel is biodegradable and non-toxic, and typically produces about 60% less net carbon dioxide emissions than petroleum-based diesel”(2007,p.1). Thus, using biodiesel will have good effect to the earth and human. Indeed, biodiesel does not have toxic because it is made by nature. In “Clean Vehicles” states “Biodiesel is non-toxic and biodegrades four times faster than conventional diesel. Biodiesel therefore presents a much smaller risk in the case of spills in marine and other sensitive environments”(2005, para.10). These days, the earth has sufficiently environmental pollution through using fossil energy for a long time. Therefore, human have to try to improve environment for our future.
Second, people who use biodiesel can save transportation cost because it is cheaper price then diesel. Most of all it is best advantage that raw materials of biodiesel can be produced in own country. Countries which do not have an oil field of petroleum have had to import petroleum from countries which have an oil field. It has caused increase of oil price for user because people who use the petroleum pay even cost of import. To make us more miserable if countries that have an oil field have a problem like a war between them, international oil prices will rapidly increase. For example, the first and second oil shock by the Middle East in 1973 and 1979 increased oil price for a short period. In “The Price of Oil-in Context” the author states “the first major oil shock hit the world as Arab nations refused to sell to countries that had expressed support for Israel in the Arab-Israeli war of October 1973. Within a few months, the price of oil went from around $3 a barrel to about $12”(2006, para.5-6). Therefore, biodiesel that can be produced in own country could maintain stable oil cost. Moreover, many countries encourage people to buy biodiesel car on condition of tax free. For instance, Germany gives people who use biodiesel a benefit of free tax. In “A History of Biodiesel/ Biofuels” the author states “In Europe at this time, there is an option for biodiesel in many gas station and vehicles that use diesel are readily available. Over 1000 stations in Germany alone offer biodiesel for their customer. Over 5% of all of France’s energy uses are provided by biodiesel” (2003, para.13). The effort of government will make to can save the money to people by using biodiesel.
Third, biodiesel does not have limit unless human cannot cultivate plant, whereas petroleum-based diesel has a limit because it is made by fossil energy. If human continually uses fossil energy like now without a measure, it will not be far an exhaustion of fossil energy because it needs long time to create new fossil. However, biodiesel is different in comparison with petroleum-based diesel because biodiesel is created from plant or animal fat. In “Using Biodiesel in Vehicles” the author states “Biodiesel is a renewable fuel made from domestically grown crops like soybeans and mustard seed” (2006, para.8). Indeed, biodiesel can even be made by used vegetable cooking oil. Ennett (2004) explains “In Hong Kong, plans are afoot to convert diesel cars—which are the most straightforward to change, to vegetable-based fuels, using leftover cooking oil from the city’s many restaurants” (para.12). Biodiesel will not come a limit unless human becomes extinction because human have to grow food to eat every day. Therefore, as long as human use biodiesel in the future, an energy scarcity will not come to human being.
Opponents to replace biodiesel from petro-diesel claim that biodiesel is not good during winter period because it is vegetability. They say high biodiesel content like BD100, using 100% of biodiesel, can stop up the filter of car’s tailpipe by frozen biodiesel. However, this problem can be solved by simple fix. In “Biodiesel in Winter” author states “If you car won’t start in the cold a quick fix is to pour hot tap water over the fuel injectors, the fuel pump and the fuel filter (but keep it away from the alternator). This will usually free up a fuel system clogged by gelled fuel sufficiently to start the engine” (n.d. para.12). Also, engine in cold winter can be solved by additive like BD5, mixed 5% biodiesel in the 95% petro-diesel, and BD20, mixed 20% biodiesel in the 80% petro-diesel. It can solve the problem. In addition, using existing diesel cars have same problem in the winter as well. Thus, biodiesel that adds petro-diesel will not generate any new problems for the winter period.
In conclusion, these days, development of industrial know-how requires development of transportations. Also, a lack of fossil energy because of much consumption is encouraging humans to research alternative energy sources such as biodiesel that have more advantage to replace fossil energy for transportation. Therefore, human should use biodiesel as an alternative energy because using biodiesel gives environment good effects through diminution of harmful gas, and it will bring economical richness for people who use biodiesel. In addition, farming to make alternative energy can continually produce biodiesel. Moreover, biodiesel can stand up to comparison with petroleum- based diesel. Humans have a responsibility about the earth because the earth is not ours by reason of living now. Human have to save energy source so that our descendants will live in comfort in the future.
References
A history of biodiesel/biofuels (2003) A History of the Diesel Engine.Retrieved February 21, 2007 from http://www.ybiofuels.org
Biodiesel (2004, March 5) State Environmental Resource Center.Retrieved February 21, 2007 from http://www.serconline.org
Biodiesel in winter (n.d.) Journey to Forever. Retrieved February 20, 2007 from http://journeytoforever.org
Clean Vehicles (2005, September 28) Union of Concerned Scientists.Retrieved February 19, 2007 from http://www.ucsusa.org
Ennett, W (2004,August 31) Vegetables offer oil alternative. CNN. Retrieved February 5, 2007 from http://www.cnn.com
Miller, G.T (1994) Environment: problems and solutions. Belmont: Wadsworth
The price of oil - in context (2006, April 18) CBC news. Retrieved February 28, 2007 from http:// www.cbc.ca
Using biodiesel in vehicles (2006, May 18) U.S. Department of Energy.Retrieved February 21, 2007 from http://www.eere.energy.gov
