Analysis of Methane Emissions from Natural Gas Infrastructure and Use in the Urban Region of Boston, Massachusetts
Abstract
Methane is a natural gas and as such is a large component of greenhouse gases. Consequently, methane emissions in the atmosphere contribute greatly to not only an increase in ozone concentrations but subsequently a rise in global temperature. Therefore, it is critical that accurate measurements of methane loss to the ozone layer be measured in order to develop effective programs with the primary aim of lowering natural gas emissions. This study suggests that current methods of measuring methane emissions may be inaccurate. The results revealed that the annual natural gas emissions in the Boston region totalled 2.7 ± 0.6% (worth approximately 90 million dollars) which conflicts with the Massachusetts Greenhouse Gas Inventory estimate of 1.1% natural gas emission rate in the region. This suggests that urban regions such as Boston may be seriously underestimating their methane emission rate as outlined by various authority departments. This research is significant as many other studies have not encompassed the downstream components (such as distribution) of methane emissions, as the main focus is presently on production. This shows that distribution may be a much larger influencing factor than previously anticipated.
Explanation
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Hydrocarbons: Hydrocarbons are a form of organic compounds consisting exclusively of hydrogen molecules and carbon molecules. Classes of this composite entail: arenes, alkynes, alkenes, and alkanes. Hydrocarbons are chief workings of natural gas, oils, and pesticides, which can lead to some negative effects on the environment.
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Coal-bed methane is naturally occurring methane with some amounts of hydrocarbon gas as well as non-hydrocarbon gas that is contained in coal seams resulting from chemical
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Greenhouse gases are accumulating and the dominant cause seems to be the “fossil-fuel-based human economy” (Goodland 604). Greenhouse gases are accumulating in the atmosphere and fast; greenhouse gases include the release of carbon dioxide from burning coal, natural gas, and
In our central valley they have done research with kids of Fresno from their birth to teenage hood tracking their health and environmental exposures. Air pollution causes 1,300 premature deaths as well as asthma attacks. The climate change also affects the pollution. In our San Joaquin Valley, hot weather, and boarding mountains traps air pollution. California has study our San Joaquin Valley would reduce health cost by $416 by 2035. San Joaquin valley is the most productive agricultural region in the country. Heavy duty-diesel trucks constantly come in and out of the Valley. Therefore, that leads to 14 tons of the greenhouse gas Ozone daily. Animal feed spews a whopping 25 tons of Ozone to form. Pollution streams down from the Bay Area and the Sierra Nevada Mountains to the east trap even more air in our valley. The pollution creates a thick greyish-brown smog hanging over the
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