Call to reaction Essay Example | Topics and Well Written Essays - 1250 words

Call to reaction - Essay Example Some of the water from fracking always resurface and should be treated. Fracking affects underground water. The water becomes unfit for drinking due to large amounts of methane dissolved. People who live near the fracking areas are at greater risks. Continuation of the fracking process may lead to higher rates of water pollution in future. Some of the chemicals resulting from the process are carcinogenic and are most likely the cases of cancers may increase in the near future. Carcinogens released from the fracking process may also evaporate and cause air pollution. Pollution in the air may spread to other areas (Spellman 78). Based on the facts gathered about pollution regarding fracking, the cases of cancer will increase. Climate change may also occur as a result of the release of methane gas to the environment. Fracking produces mainly natural gas and oil. It is more expensive to use oil in production of electricity. Natural gas can not be used to fuel cars. It is therefore not ne cessary to boost the production of oil and gas from hydraulic fragmentation (Spellman et al 122). Several measures can be taken to limit the effects of fracking. Wastewater from the fracking process must be properly disposed. The disposal process should also include storm water and other wastes emanating from hydraulic fracturing processes. The waters should not be released to the environment before treatment. Water-treatment technology is recommended as it limits the pollution effects of the fracking process. The major objecting is to carry out the process of fracking in an environment friendly manner (Graves 321). Improved water treating method makes it possible to teat the wastewaters at the fracking sites. This saves the costs involved in transport of the water to disposal wells or water treatment facilities located. During fracking process, large amount of water under high pressure is pumped underground to release oil and gas trapped. Water that flows back to the ground is load ed with remnants of toxic chemicals used to fasten the fracking process and those released from the cracked rocks. This water is often recycled in the fracking process. Eventually, the water can not be recycled anymore. It is therefore necessary to transport the water to treatment plants usually located away from the fracking sites. This is expensive and the spills may cause pollution. At times, the water is injected deep into the ground. The underground injection causes earthquakes in the area. The proposed new technology eliminates the need to transport the water to treatment plants away from the fracking site. The technology works on the principle of desalinization using and low pressures to separate water and salts in the wastewater. The water comes out as vapour leaving behind salts. Waterless fracking technology is used as an alternative process to extract oil and gas trapped in rocks. The method uses a thick gel consisting of propane into the ground. The gel extracted from li quefied propane gas (LPG) turns into vapour while still underground then returns to the ground in a recoverable form. The gel does carry with it the toxic chemicals used in the fracturing process or those released from the cracked rocks. The waterless fracking technology is expensive but can be used as an alternative to the ordinary fracking process due to less impact it has on the environment. The information about the toxic chemicals that have been established to be preset in the cracking process is always hidden from the