Blog Description

Fraccing With Two C's is a blog focused on the highly controversial topic of hydraulic fracturing stimulation in the oil and gas industry. The title of this blog stems from the slang term for hydraulic fracturing as it is spelled in the oil and gas industry, which differs from that commonly used in the media and by the general public, 'fracking'. Fracture stimulation is also commonly referred to as fracing, but at Colorado School of Mines the Petroleum Engineering Department generally spells the slang term with two c's.

This blog will address some of the concerns, misconceptions, and recent news on this topic. Though personal opinions are present, we will remain factual and provide evidence for all discussions. We welcome comments of all sorts, whether they agree or disagree with our opinions, as long as they are appropriate for a classroom setting, since this is a project for a science communication course.
Showing posts with label Pavilion. Show all posts
Showing posts with label Pavilion. Show all posts

Thursday, October 25, 2012

More on Pavilion, WY

Last week Adam wrote a post about the water contamination in Pavilion, Wyoming. This post contained a lot of information and summarized much of what the report said; however, because of the length of this report and the significant amount of information it entailed, I would like to add onto what Adam said and give more information regarding the report.


People in Pavilion had noticed a foul taste and smell to their drinking water, so they notified the Environmental Protection Agency (EPA) about this and complained until they said they would come out and conduct a study. In this study, many hydrocarbons and other compounds that can be related to hydraulic fracturing and natural gas production were found in the soil as well as the water.

These compounds were found to most likely be from hydraulic fracturing and surface pits used during drilling. When a well is drilled, surface pits are used for drilling wastes and produced and flowback waters. These are usually man made and should be cleaned up once the well has been drilled.

So this may make hydraulic fracturing sound like a horrible process and encourage us to discontinue it. However, there is more to consider while reading this report.

First, these wells were drilled in the 1950's. Much has changed since then including drilling technology and certain standards needing to be met. Information was lacking in the well design of these wells in Pavilion, so it is hard to know exactly how they were drilled.  Secondly, these wells were only a few hundred feet beneath the surface. In my research, I have never heard of a single well being that shallow. From my experience working at BP America this summer, each of the wells we discussed were all a few thousand feet beneath the surface. Because the wells in Pavilion are so shallow, it is a lot easier for methane and other hydrocarbons to migrate to the water table. Third, the surface casing of these wells "do not extend below the maximum depth of domestic wells in the area of investigation." This goes along with the shallowness of these wells. Finally, there is no baseline information to compare the results from this study to what would have been before hydraulic fracturing occurred.

Overall, these downfalls related to hydraulic fracturing are easy to fix. Simply drill deeper wells to avoid the effects hydraulic fracturing had here.

Currently the EPA is working on getting the water and soil in Pavilion cleaned up. It is difficult to get the funding because there is still no proof of the exact source of these compounds.

I realize this post is long. There is merely too much to say and too little room to say it. If there is any questions about anything that I said, feel free to ask.

-Aubrey Bagley