By burning fossil fuels in factories, and automobiles acid rain is caused. ... Acid rain is formed by burning fossil fuels such as coal, natural gas, and oil. ... If less fossil fuels are burned, less energy is used. Another way to help is to switch to cleaner fossil fuels. ... It is caused by human's use of fossil fuels and affects plants, animals, and human beings. ...
Burning fossil fuels such as coal, oil, and natural gas may release sulfur dioxide, nitrous oxides and carbonic dioxide into the atmosphere as a product if the fuel conations sulfur, nitrogen or carbon. ... Advertise and promote alternative energy sources rather than fossil fuels. ... The government should make rules and regulations and laws of reducing the use of fossil fuels, they should pass bills regarding at least 4 people in a car etc. ... The simplest way to cut these emissions is to use less energy from fossil fuels. ... Well, yes they are expensive but if we reduce the use of fossil...
Acid rain occurs because of the pollution that is caused when fossil fuels are burnt (national geographic). ... Fossil fuels like coal are used in most factories across the world. ... The urbanisation of the world is causing more and more fossil fuels to be burnt which is causing more SO2 and NOx to be released into the atmosphere, thereby increasing the acidity of rain. ... A disadvantage of Flue gas desulphurisation is that it doesn't get rid of the oxides of nitrogen present in the gases that are formed when fossil fuel is burnt. ...
The EPA states that fossil fuel-fired electric utility plants are responsible for 70 percent of the annual SO2 and 30 percent of NOX emissions in the United States. ... To achieve this goal, two phases of restrictions would be placed on fossil fuel-fired power plants. ... Under the Acid Rain Program's free-market based approach, individual utility units are given allowances or "credits" based on historical fuel consumption and emissions data. ... A source may opt to reduce its SO2 emissions by switching to a cleaner fuel, redirecting operations to cleaner units, or reducing output...
But once again, human factors can have a drastic effect on the environment and the creation of acid rain, such as combustion of fossil fuels by power plants. When we burn fossil fuels, sulfur is released and combined with oxygen in the air to form sulfur dioxide (SO2). ... Workers in the factory can avoid using fossil fuels to burn or power up their factory. ...
Almost all of the electricity that powers modern life comes form the burning of fossil fuels (coal, natural gas, and oil). Sulfur dioxide (SO2) and Nitrogen oxides (NOx) are emitted into the atmosphere from burning these fossil fuels. ... Examples of these are using natural gas, battery-powered cars, fuel cells, and a combination of alternative and gasoline powered vehicles. ...
These pollutants come from the burning of fossil fuels, such as coal, natural gas, and oil, and from certain kinds of factory distributions. ... Nitrogen oxides are released into the air by burning fuels such as gasoline and coal. ... Motor vehicles, industries, burning coal, gasoline, other fossil fuels; along with chemicals that are in hairspray and paints release ozone. ... Particulate matter (PM), little particles of pollution, are released by cars, trucks, and buses that are burning diesel fuel, fertilizers, pesticides, road construction, steel making, mining, and turning on fire places...
Scientists have found that pollution in the air from the burning of fossil fuels is the main cause of acid rain. ... However, the burning of fossil fuels, such as coal and oil, do not help the situation and are largely to blame for approximately half of the emissions of this gas in the world. ...
It can be "any precipitation such as rain, snow, sleet, hail, fog and dew, or dry deposition, that contains sulfuric or nitric acids formed in the atmosphere from the burning of fossil fuels." ... Most air pollution is produced by burning fossil fuels like coal and to a lesser degree oil and natural gas. When these fuels are burned from the tall smokestacks of power plants, metal smelters, industrial boilers and cars, planes and trains, sulfur dioxide and nitrogen dioxide escape into the air. ...
Some solutions that I would do to combat the global warming problem include: 1) I could install solar panels in my house to supply electricity which are more cost productive and environmental friendly unlike fossil fuels which produce carbon dioxide into the air; 2) cut back on electricity usage because they are major contributors to the production of sulfur dioxide; 3) plant trees and other plants to absorb carbon dioxide. ... This is great for everyone to join and be a part in cleaning up the environment; 4) using less fuels by car pooling with other students or running to certain places pro...
Acid rain or acid precipitation is the rain, snow, fog hail which has pH levels below 5.6, the average acidity of rain. The pH scale is used to measure the level of acidity by measuring the hydrogen ion concentration, were pH 1 is the strongest acid and pH 14 is the strongest base. Acids and bases o...
Natural sources such as volcanoes, sea spray, rotting vegetation and plankton are all contributors to acid rain, but burning fossil fuels, such as coal and oil which are referred to as dry emissions are largely to blame for more than half of the emissions into the world.2 Nationally, one hundred and twenty tons of sulfur dioxide and nitrogen dioxide are emitted into the air each day.4A. ...
Despite these natural occurrences, the burning of fossil fuels (such as coal and oil) can be largely blamed for the emissions. ... S (in fossil fuels) + O2 =* SO2 2 SO2 + O2 =* 2 SO3 Much of the sulfur dioxide is converted to sulfur trioxide in the atmosphere SO3 + H2O =* H2SO4 The sulfur trioxide can then dissolve within water to form sulfuric acid Nitric oxide and nitric dioxide are mainly from power plants and exhaust fumes. ...
