Benzene : Chemical Toxic Chemical With The Chemical Formula Of C6 H6

Protecting the environment from toxic contaminants such as pesticide, herbicide, and other Solvents are vital to the survival of the inhabitants of the respective environment. This is important because such contaminants, when released into the environment can create devastating health problems such as cancer in humans. This paper will evaluate three of the many carcinogenic chemicals that have the propensity to cause cancer and other health problems. Therefore, the paper will evaluate Agent Orange, DDT, and Benzene.

Protecting the environment from toxic contaminants such as pesticide, herbicide and other Solvents are vital to the survival of the inhabitants of the respective environment. This is important because such contaminants, when released into the environment can create devastating health problems such as cancer in humans. This paper will evaluate three of the many carcinogenic chemicals that have the propensity to cause cancer and other health problems. Therefore, the paper will evaluate Agent Orange, DDT, and Benzene.

Petroleum is created over millions of years from dead alagae that goes to the bottom of the ocean and is buried beneath the surface.

When some nonrenewables are processed, byproducts are created. These byproducts can be useful. For example, the byproducts of crude oil processing can be used to create chemicals, plastics, and common consumer items like bicycle tires and

The chemical formula for benzyl chloride also known as a-chlorotoluene is C7H7CL. This chemical is a colourless liquid with a very pungent odor, has a melting point of -48 to -43 °C, and a boiling point of 179.4 °C. It has several health concerns such as eyes, nose, and throat irritation. If inhaled it could cause lung edema. The chemical can also spread to important organs such as your heart, stomach, lungs, muscles. It could also go into your bloodstream. Most importantly human data are considered in with the evidence of cancer by the exposure to benzyl chloride. This is because of the studies involving small numbers of cancer deaths and who were exposed to mixtures of chlorinated compounds. The production of benzyl chloride in the western

It involves taking the biomaterial waste from the processing of another biomass and turning it into a useable fuel. Theoretically, dependent on the sustainable harvest of sugarcane, there is nearly a limitless supply of bagasse derived methanol. For the one mega joule of fossil fuel energy that goes into production, eight mega joules of methanol are yielded. This output/input index suggests it to be a highly renewable fuel

Ethylbenzene is found naturally in petroleum which used mostly to produce styrene. Moreover, it could found in the air because it is continually accumulated in atmosphere from automobile exhaust. Normally, levels measured of ethylbenzene in air in remoted area often one fifth less what is found in crowed area. In general, Ethylbenzene is pure, flammable liquid with a gasoline-like

Among all the different types of flame retardants, halogenated organic compounds are most commonly used in flame retardant industry. These halogenated organic compounds contain bromine or chlorine attached to their carbon atoms. Major uses of theses flame retardants by volume in United States are():

igure 1.2 gives the Txy diagram for the benzene/toluene system at a pressure of 1 atm. The abscissa is the mole fraction of benzene. The ordinate is temperature. The lower curve is the “saturated liquid” line that gives the mole fraction of benzene in the liquid phase x. The upper curve is the “saturated vapor” line that gives the mole fraction of benzene in the vapor phase y. Drawing a horizontal line at some temperature and reading off the intersection of this line with the two curves give the compositions of the two phases.

Petroleum is the name given to the black liquid composed of several molecules consisted of hydrocarbons with different weights combined with organic compounds. It is found in the deep formations underneath the Earth derived from the heat and high pressures upon dead organisms such as zooplankton and algae in sedimentary rocks and can be refined into different components such as fossil fuel to generate power.

Repeated exposure to the chemical benzene can be a factor in AML development. Benzene damages the DNA of normal marrow cells. According to the Agency for Toxic Substances and Disease Registry, despite the fact that petroleum products contribute to the majority of benzene in the atmosphere, half of the total national personal exposure to benzene comes from cigarette smoke. Benzene is also found in certain industrial settings. Genetic disorders, such as Fanconi’s anemia, Shwachman syndrome, Diamond-Blackfan syndrome and Down syndrome, are associated with an increased risk of AML. Very rarely, an unexpectedly high number of cases of AML may be diagnosed within the same family. Clusters of AML in unrelated people within a community

The most important environmental impact of benzopyrene is its significant accumulation in organisms exposed to it. Aquatic and marine organisms will also concentrate it. In water, benzopyrene attaches strongly to sediments and any other solid matter. Then it is released to soils and tends to bind very strongly to the soils particles, but only small amounts can leach to groundwaters. Benzopyrene is stable and can remain and move in the environment for a long period of time. it is a Persistent Organic Pollutant (POP). Release of Benzopyrene therefore causes concern at a global environmental level as well as on a local scale.

Benzene is the simplest aromatic hydrocarbon that is represented with the formula C6H6. It was discovered in 1825 by a British scientist, Michael Faraday, who extracted it from crude oil by applying pressure, and named it “Bicarburet of hydrogen”. However, its chemical synthesis did not start until in 1843, Charles Mansfield, discovered a method to extract benzene from coal tar.

oil as well as natural gas. We can say that making products from recycled materials means

The formation of the other two fossil fuels (crude oil and natural gas) took millions of years just like coal. Oil and gas come from the remains of small animals and plants. Long ago, when the animals and plants died, they sank to the bottom of the sea. The dead matter formed a large mass, which over time was covered by layers of sand, silt, and mud. As the weight of the sediment increased, the mass became more and more compressed. Then, the heat and pressure of the Earth eventually turned the mass into oil and gas. If the heat applied during the formation was low, then more oil was produced than gas. If the temperature was