Introduction

Throughout the literature there are calls for a new approach to energy efficiency and pollution, many of which are summed up under a common name, sustainability.
There have been many definitions of this term, but the most relevant would be that it represents any process, method or technique that is aimed at creating energy efficient system – either fossil fueled or otherwise – in such a measure that their input/output ratio does not represent a significant loss of energy.

As yet, such systems are reserved mainly for alternative sources of energy, however inadequate they may be at this stage of development.
The underlying issue of fossil fuel use in the creation of alternative sources of power – such as windmills and solar panels - has pointed this discussion towards the need to examine the ways in which the current technology could be made more sustainable, leaving aside other options; at least until they are perfected (McCollum et al., 2011).
The use of fossil fuels has soared in the late 20th and early 21st century, causing increased concentrations of greenhouse gasses in the atmosphere.
Due to its high volume in the overall mass of gasses, CO2 is considered the most hazardous, and believed to cause approximately 55% of the observable global warming (Metz et al., 2005).

To reduce the concentration of CO2 released by the burning of fossil fuels, it is necessary to develop efficient processes for their use, reuse and storage.
More importantly, it is necessary to develop more efficient ways of sequestration from the overall gas compounds and then re-use it in the production cycle elsewhere (Metz et al., 2005).

Having sustainable energy does not necessarily mean complete abolishment of fossil fuels, but rather finding new and improved ways of using them.
Among other methods, carbon capture and sequestration appear to be best supported in the literature, they show great potential and are founded on the already existing technology.

The question this paper will examine is whether these methods can be refined enough to allow better sustainability of fossil fuel use? Current energy consumption

According to the BP statistical report, world energy consumption has been rising steadily over the last decade at an average rate of 2.1% per year.
This increase is largely attributed to developing economies, particularly that of China and India who are the main contributors to this growth.
It was reported that all types of fuels had increased consumption and production except coal. The production of crude oil has long since surpassed demand, which pushed the price to a record low (BP, 2015).

In this context, the need to find and develop sustainable models of energy consumptions becomes even more urgent, especially considering the amounts of greenhouse gasses released into the atmosphere every year.
Furthermore, although alternative energy

Write a paper on the following topic regarding Overeating: Reward C...