Oil gas industry attractiveness

Looking under the hood of technology Wednesday, June 11, Last semester, four of my classmates Matt Hess, Derek Schmidly, Steven Hinkle, Jimmy Fan and I performed analysis of ExxonMobil and the industries it participates in to find out why oil companies are so profitable. Finally, the attractiveness of the industry is summarized to explain why oil companies are so profitable. ExxonMobil produces gasoline, energy, and raw materials for plastics and chemicals. Their business is a commodity-based business.

Oil gas industry attractiveness

Where Is It Used? CHOPS involves the deliberate initiation of sand influx during the completion procedure, maintenance of sand influx during the productive life of the well, and implementation of methods to separate the sand from the oil for disposal. No sand exclusion devices screens, liners, gravel packs, etc.

The sand is produced along with oil, water, and gas and separated from the oil before upgrading to a synthetic crude. Because of the economic success of CHOPS for these conditions, the concepts behind sand influx management are being tried in other oil production processes.

The cavity completion approach developed for coalbed methane exploitation is a similar process [11] carried out for similar goals: Many believe that this will occur between and Simply put, conventional oil is running out because new basins are running out. Oil gas industry attractiveness, exploitation costs are large in deep, remote basins deep offshore, Antarctic fringe, Arctic basins.

Oil gas industry attractiveness

Only larger finds will be developed, and recovery will be less than for "easy" basins. Nevertheless, the world will never run out of oil for several reasons. First, conventional oil comprises a small fraction of hydrocarbons in sedimentary basins. Second, as technology evolves, other energy sources ethanol, hydrogen cycle will displace oil, just as oil displaced coal.

Third, even if all the organic carbon oil, gas, coal, kerogen in basins is consumed, oil can be manufactured from wood or assembled from its elements, given a sufficiently high commodity price.

For example, the "Club of Rome," with the use of exponential growth assumptions and extrapolations under static technology, predicted serious commodity shortages beforeincluding massive oil shortages and famine.

First, the new production technologies are proof that science and knowledge continue to advance and that further advances are anticipated. Second, oil prices will not skyrocket because technologies such as manufacturing synthetic oil from coal are waiting in the wings. Third, the new technologies have been forced to become efficient and profitable, even with unfavorable refining penalties.

Fourth, exploration costs for new conventional oil production capacity will continue to rise in all mature basins, whereas technologies such as CHOPS can lower production costs in such basins. Fifth, technological feedback from heavy-oil production is improving conventional oil recovery.


Finally, the heavy-oil resource in UCSS is vast. Although it is obvious that the amount of conventional light oil is limited, the impact of this limitation, while relevant in the short term tois likely to be inconsequential to the energy industry in the long term 50 to years.

The first discoveries in the Canadian heavy-oil belt were made in the Lloydminster area in the late s. Small local operators learned empirically that wells that continued to produce sand tended to be better producers, and efforts to exclude sand with screens usually led to total loss of production.

Operators spread the waste sand on local gravel roads and, in some areas, the roadbeds are now up to 1. To this day, there are hundreds of inactive wells with expensive screens and gravel packs. The advent of progressing cavity PC pumps in the s changed the nonthermal heavy-oil industry in Canada.

The first PC pumps had low lifespans and were not particularly cost-effective, but better quality control and continued advances led to longer life and fewer problems. The rate limits of beam pumps were no longer a barrier and, between andoperators changed their view of well management. Sand became an asset because more sand clearly meant more oil.

The goal of completion and workover strategies gradually became clear: More highly integrated sand separation, transportation, and disposal methods were developed.The purpose of this paper is to analyse the oil and gas industry’s competitiveness using Porter’s Five Forces framework.

Global demand for oil

The paper starts with an overview of the oil and gas industry and proceeds with analysing its competitiveness with implications to new firms that are considering entering into the industry.

Natural Gas Intelligence (NGI), is a leading provider of natural gas, shale news and market information for the deregulated North American natural gas industry. The Oil and Gas Industry Outlook explores the current state of the oil and gas industry and the long-term impacts of the extended oil price downturn.

The Extractive Industries Transparency Initiative (EITI) is a global standard for the good governance of oil, gas and mineral resources.

It seeks to address the key governance issues in the extractive sectors. The EITI Standard requires information along the extractive industry value chain from the point of extraction, to how the revenue makes its way through the government, to how it.

Knowledge Based Oil and Gas Industry attractiveness, environmental attractiveness and cluster dynamics. The Norwegian oil and gas industry was built upon established Norwegian competences in mining (geophysics), maritime operations and maritime construction (yards), with invaluable.

In this report on ASX listed oil and gas stocks we provide a full overview of which companies are operating in the sector and their various operations, the different types of oil and gas, global demand, supply and price influencing factors, including Australia's position in the energy market.

Oil & Gas Industry Outlook | Deloitte US