Alternative Energy Resources: Planning for Post-Peak Oil Transition

Introduction and Theoretical Framework

This program of study continues personal research and professional practice in the field of energy in general and alternative energy resources in particular. This study will serve to provide benchmarks concerning current energy usage patterns across the country to identify opportunities to introduce alternative energy resources such as hydrogen, geothermal, wind turbine farms, increased hydroelectric applications, biomass facilities, as well as solar and tidal energy resources.

Statement of the Problem

Although predictions of peak oil vary, all signs currently indicate that the United States will be running out of cheap sources of fossil fuels in the foreseeable future. Alternative energy resources must be brought online before that point is reached in order to satisfy the growing demand and avoid disruption of the nation's economy.

Purpose of the Study

The overarching purposes of the proposed study are to:

Review of the Literature

A. Provide evidence in support of the deployment of alternative energy resources in urban and rural settings;

B. Formulate timely guidelines for the public and private sectors for collaborating in joint ventures to deploy alternative energy resources.

One of the harsh realities of living in the 21st century is the prospect of running out of the fossil fuel energy sources that the entire world has come to depend on for its very existence. In this regard, Love and Garwood advise that, "The one-time gift of cheap fossil energy has fueled the wonders of our modern world: getting humans to the moon, transforming night into day and enabling historically unprecedented mobility" (294). Although innovations in extraction techniques have extended the availability of current supplies of fossil fuels, the point at which the world reaches peak oil—the point at which half of the available supplies have already been extracted—looms in the foreseeable future (Love and Garwood 250).

In this regard, Deffeyes reports that, "After the peak, the world's production of crude oil will fall, never to rise again. The world will not run out of energy, but developing alternative energy sources on a large scale will take at least 10 years" (1). As noted above, industry experts remain divided concerning when the actual point at which peak oil will be reached, but some analysts believe that time is running out and that peak oil may have already been reached. As Deffeyes points out, "The slowdown in oil production may already be beginning; the current price fluctuations for crude oil and natural gas may be the preamble to a major crisis" (1).

Likewise, other authorities maintain that although there remains a lack of consensus among industry analysts concerning when peak oil will be reached, the world's supplies of fossil fuels are finite and therefore peak oil is a reality that must be taken into account today to prevent worldwide catastrophe in the near future. For instance, Santa-Barbara reports that, "The world is beginning to wake up to the fact that peak oil is real. Various financial institutions, as well as oil companies, independent geologists, the U.S. Army Corps of Engineers and a range of corporations eager to cash in on alternative energy sources have stressed its importance" (24).

In response, there has been increasing attention paid to potential replacements for fossil fuels in the form of alternative energy technologies including most especially solar and wind power (Love and Garwood 250). Different alternative energy resources, though, produce significantly different quantities and qualities of energy at sometimes vastly different costs (Love and Garwood 250). Moreover, an important point made by Deffeyes is that while there are abundant alternative energy resources available for exploitation to replace existing fossil fuel sources, virtually the entire world is dependent on fossil fuels to the extent that changing the infrastructure to support alternative energy resources represents an enormous undertaking that will inevitably require significant amounts of time.

In this regard, Deffeyes emphasizes that, "There are plenty of energy sources other than fossil fuels. Running out of energy in the long run is not the problem. The bind comes in getting over our dependence on crude oil" (176). Some industry analysts project that it will require at least 10 years to make the transition from fossil fuel dependence to alternative energy resources, and that decade might represent the beginning of worldwide turmoil unless action is taken today to prevent a 10-year gap in energy supplies in the future.

The proposed study will be guided by the following research questions:

A. What are the most promising sources of alternative energy resources that are currently available?

Research Questions and Methodology

B. How cost-effective are alternative energy resources compared to conventional energy sources?

C. What funding methods have been used by local, state and federal government agencies for the deployment of alternative energy resources in the past?

D. Are there any "success stories" in deploying alternative energy resources that can be used as models for others?

The data needed to develop timely and informed answers to the proposed study's above-stated guiding research questions will be collected from public and university libraries, government websites and reliable online research resources such as EBSCOHost and Questia. The search terms to be used will include key words such as "alternative energy," "peak oil," "joint ventures," "public and private sectors," "solar power," "wind farms" and so forth.

The documentary evidence collected as described above will be analyzed following the steps outlined by Noblit and Hare (1988) for qualitative synthesis they term "reciprocal interpretation" in which each study read helps inform the next study reviewed. Any quantitative data developed during the research process will be analyzed using SPSS Version 13.0 for Windows (Student Version) and the results presented in tabular form and depicted graphically in a series of graphs.