Energy independence is something discussed quite a bit among politicians and economists in many countries throughout the world. Living in the United States, we know first hand how much it can cost for access to oil and natural gas. Even though we are becoming more self sufficient when it comes to energy use as a nation, in 2013 the US still imported about one third of the countries consumed petroleum from foreign nations. While, this is the lowest percentage in close to 30 years, there are still those who believe we must become more energy independent. With about 19 million barrels of petroleum consumed per day, the United States is the world’s largest consumer of this nonrenewable energy source.
One of the common methods of extracting oil is through a process called Hydraulic fracturing (fracking), which utilizes hydraulically pressurized liquid (water, chemicals and oftentimes sand) to fracture rocks, miles under the ground. In doing so, the surrounding rocks crack, hopefully releasing petroleum, and/or natural gas. However, many times this process is hit or miss, and oil drillers end up wasting precious time and, more importantly, heaps of money, coming up short in the drilling/fracking process. This is one reason why energy prices remain so high, as it costs a lot of money seeking out and drilling for oil and gas.
One geologist, named Franek Hasiuk, from Iowa State University, who is also the creator of GeoFabLab, believes that 3D printing may be able to vastly improve the efficiency of fracking practices around the world.
For those unfamiliar with rock formations, each rock has its own individual microscopic pore networks. When fracking takes place, depending on how these networks are set up, the rocks crack and crumble in different ways. No two rocks will crack in the exact same way, thus predicting the exact result of any given instance of hydraulic fracturing is impossible. This is where 3D printing is helping geologists study individual rocks, to determine how they will fracture when this hydraulic pressure is applied.
“Humans are visual and tactile,” Hasiuk explained to LiveScience. “When I have something I can hold in my hands, it makes it a lot easier to understand. What oil and gas companies want to know is ‘If I put a well in this location, how is it going to drain? If I frack these rocks how is it going to drain?'”
By using vastly scaled up 3D printed models of these rocks and their networks of pores, geologists are able get a better look at exactly how liquid will flow through these rocks, and how they may end up fracturing.
Many individuals are against fracking because of some potential problems that it may cause. For example, many say that it has the ability to destroy underground reserves of water, while others have pointed out that if fracking occurs too close to a fault line, it could actually cause an earthquake. This is another reason why it is so important to find more efficient ways to take part in this 65-year old practice.
“3D printing lets geology have lab rats,” Hasiuk told LiveScience. “You can create identical copies of rocks with the same pore network and perform the same experiment several times. That takes some of the variables out and gives you meaningful results. If you know how the rocks will break, it may turn out that you need to frack each one in a slightly different way to get the most efficient and environmentally friendly process. Eventually we hope to get to the point that we can make predictions on where the oil will flow. If that means fewer wells need to be dug, then that’s great.”
We have seen 3D printing used for geological data in the past. One example is the 3D printed earthquake data that a man named Doug McCune created to get a better look at the seismic activity from the recent Napa Valley quake. Undoubtedly there will be more uses that geologists come up with for using 3D printing to get a better understanding of our planet and the very ground that we stand on. If science can figure out a way to improve on the efficiency of oil/gas drilling, this means that supply should increase which will in turn cause prices to decrease, and perhaps we could move one step closer to becoming energy independent.
What do you think about the potential that 3D printing has in the study of geology, specifically for creating more efficient ways of drilling for oil and gas? Discuss in the oil & gas fracking forum thread on 3DPB.com.LiveScience]
You May Also Like
SME Additive Manufacturing Community Awards at RAPID + TCT 2021
At the recent RAPID + TCT 2021 event, in between interviewing companies, walking the show floor, and watching the keynote presentations, I also had the opportunity to attend the SME...
3D Printing Webinar and Event Roundup: September 26, 2021
We’ve got plenty of in-person and virtual events to tell you about this week, starting with TCT3Sixty and three other shows you can attend with the same pass! We’ve got...
RAPID + TCT 2021 Keynotes: 3D Printing in Aerospace, Medical, & More
At the start of SME’s 30th year of RAPID + TCT, widely known as North America’s largest, most important additive manufacturing event, AM consultant and writer Todd Grimm got things...
INTAMSYS at RAPID + TCT 2021: Intelligent Systems for 3D Printing Functional Materials
Industrial-grade 3D printer manufacturer and AM solutions provider INTAMSYS, founded in 2013, is all about printing high-performance parts out of high-temperature plastics at a more affordable price. As Paul Carlson,...
View our broad assortment of in house and third party products.