How Are Dissolvable Frac Balls Revolutionizing the Fracking Industry?

Fracking is a process that creates fractures or cracks in geological formations underground where natural grasses flow into what is known as a wellbore. Wells that consist of horizontal, long segments are typically divided into two different zones. Dissolvable frac balls will be dropped into each part and serve the purpose of a hydraulic seal to isolate the areas below from this treatment. Dissolvalloy is the leader of the frac ball revolution.

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Frac balls should:

•Be able to run into a well easily and smoothly

•Be able to isolate every zone by offering a seal for an existing formation

•Be able to allow these wells to carry on flowing once a treatment has been completed

•These frac balls have been approved as being 100% environmentally safe

Recent hydraulic operations that use fracturing, it is a common practice to utilize “multiple balls operated frac sleeves” to quickly access particular zones. Fracking balls are offered from various manufacturers are typically made out of proprietary materials that will dissolve in a just a few days once there is an increase in temperatures in fluid environments. This means that there is no need for any interventions to remove these balls once an operation is completed. Case studies show that applying dissolvable fracking equipment have results in a saving of operational costs and time.

These types of frac balls are available for use in “ball” activated sleeves and “composite” frac plugs. This method has become a favorable option for extended reach in wells where drill-outs have become increasingly more expensive and challenging. This technology offers these industries a kinder way to the environment.  To learn more about this revolutionary technology, visit this Facebook page.

Benefits Related To Dissolvable Frac Balls

•The balls range in size from 7.5” up to 4,625.”

•They dissolve in a predictable way where there is a fluid environment with formation temperatures

•10,000psi rated

•They serve a dual purpose in composite type frac plugs as well as “ball activated” frac sleeves

These frac balls present an increased compressive strength capability, tight tolerances, and specific gravity. Each of these balls has all undergone thorough field testing. The available sizes on the market today are featured in 1/16th –inch increments. Also, there are custom sizes that can be ordered for specific project requirements.

The chemical composition of the frack balls is designed in such a way to prevent any lodging that can occur inside the ball seat. The main advantage of these balls is they are regarded as environmentally safe. These critical components related to fracking can now be easily obtained from ever expanding manufacturer facilities that often offer a delivery service directly to the site. The other advantage involves having frac balls designed to the exact size needed for various types of projects.

This kind of technology, produced by Dissolvalloy has been noted as a definite game changer in regards to fracking wells. Any company involved in the fracking industry can benefit greatly from these dissolvable balls that assist in drastically cutting down on completion times as well as costs. Those businesses that are still using outdated methods will soon be left behind.

The Issues Around Fracking?

If you are unsure about the process of fracking, then read through this article. It is going to cover exactly what is involved in the process of taking oil and gas out of the earth, as well as how it works, and the reasons that make it such a controversial issues in the political climate.

In general, the call process fracking is also known as hydraulic fracking, and it is a relatively new technique that is used to take oil and gas from shale rock. The name comes from the way that the rock is fractured by the high pressure used in the process. The process starts by drilling deep into the earth. When a particular depth is reached, the engineers then add a very high-pressure water mixture to the process, which is directed at the rock to the gas or oil is released.

The mixture is a combination of sand, water, and chemicals. It is the way in which the mixture is inserted into the rock at such a high pressure that allows the energy to flow to the head of the well. This method of drilling can be done both vertically and horizontally so that the layers of the rock can open up new pathways, which releases the raw materials. It can also be used to extend a current channel in the stone.

Advantages Of Fracking

There are many benefits cited by those who promote this method above traditional drilling methods. For example, it is much easier to reach the natural resources of oil and gas by using a high-pressure water mixture. Also, in many instances, this process is the only one that allows for individual deposits to be extracted, as those hard to access areas cannot be recovered with traditional drilling.

Based on these reasons, the US has been able to boost dramatically its oil production, while at the same time reducing their gas prices. As it allows more gas to be made available, they have been able to show that more gas can be extracted which will cut their CO2 emissions of coal.

The Controversy

There are many environmental groups that have voiced their opinions on fracking. They suggest that the vast amount of water used is a problem for the environment. They also note that certain chemicals used in the process are leading to water contamination. However, the energy companies reject this claim, noting that poor practice is to blame for any pollution created.

Another issue noted is how fracking can lead to small earth tremors. The environmental groups want governments to invest in green energy, rather than allow more drilling to take place. Due to concerns, fracking is still under a lot of pressure and is banned altogether in many countries around the world. In others, it is heavily restricted, with stringent regulations.

Summary

As you can see from the issues above, there is a lot of uncertainty about the future of fracking, as there are vocal supporters on both sides of the argument.

The Process of Fracking In The Oil Well Drilling Industry

The term “Fracking” refers to the process of hydrofracking that is a technique of causing fractures in the underground rock structure to free trapped natural gas and have it rise to the surface where it can be harvested.

The process entails the injection of “fracking fluid” that is mainly water and sand along with a small amount of additives that tend to thicken the liquid. When the cracks are made in the subsurface strata, natural gas, petroleum, and brine will flow freely to the surface.

This process has made it possible to increase production, even from well old areas, where up to this time had been written off, but have been brought back to life by this process.

The use of fracturing methods goes way back in the oil and gas industry to the 1860s where dynamite and nitroglycerin explosions were used to loosen rock formations that increased the production of the oil and gas.

The process of fracking is a safe way to tap into tight rock formations such as shale. A well hole is drilled at least a mile or more below the surface of the earth, and then the good shaft is turned so that the boring of the hole goes horizontally, and that horizontal bore will continue for another several thousand feet.

When the hole is done being drilled, cased and cemented, perforations are made in the horizontal pipe. Then the fracking solution is pressure pumped into the well and it is pushed out of the holes and into the rock formations. The pressure of the fluid coming out from the perforations causes fractures to occur in the rock formation, releasing oil and gas that is trapped in the rock formation.

It is this fracking process that is causing the United States to have an energy boom at the present, as it has allowed the recovery of vast energy reserves that were hidden away in the shale and other tight rock formations. It is estimated that up to 95 percent of all the natural gas wells that will be recovering natural gas will be drilled in this manner.

As of right now, the United States is the leading producer of natural gas in the world, and as far as oil recovery, the figures are not far behind. If the oil and gas that is locked away underground can be reached by fracking, and it can, this will make the United States the leading oil producing country in the world as well.

By having access to fracking technology, the United States can produce most of its domestic energy needs right here at home without having to rely upon foreign countries for its oil and natural gas needs.

By the end of this decade, it is estimated that the US will be able to cease its imports from abroad as most of the oil and gas will be available domestically. This factor bodes well for the future energy security of the United States.

Advantages Of Frac Balls

The United States is experiencing one of the greatest booms in the natural gas and oil exploration industry. All this is thanks to hydraulic fracturing or fracking. Fracking has opened up new natural gas and oil resources that were previously hard-to-reach due to lack of technology and the high costs involved. In fact, fracking was around since 1940’s, but it was not used due to lack of technology at that time. Fracking became active only about 6-8 years ago thanks to the advancement in technology. Frac balls are used to increase the efficiency of fracking and extract oil and natural gas from hard-to-reach areas of the shale rock formation. This article provides a comprehensive overview of the significant advantages of frac balls.
Fracking allows petrochemical companies to extract oil and natural gas trapped in the shale rock formation deep down the earth. Although geologists have long known that there are gas and oil deposits between the shale formation, they had no way of extracting the deposits due to the lack of equipment and technology to do so. This is where technology like fracking comes in handy. A mixture of water, sand, additives and chemicals are used to pump the shale rock formation under high pressure. This opens up the shale formation allowing the extraction of natural gas and oil. A well is drilled down to the layer of rock and turned horizontally. The well is dug 6,000 to 7,000-feet vertically and turned horizontally. It then continues horizontally until the natural gas and oil deposits are met.
The process of hydraulic fracturing is usually resource and time-intensive. There is a great deal of work that goes into preparing a well for extraction of natural gas and oil. Innovations are used to increase the efficiency and cost-effectiveness of each well. This is where frac balls come in handy. Frac balls are used to increase the amount of fracking done in a particular oil well. Once a well is dug, frac balls are used to divide it into sections. This opens a larger amount of shale rock formation for production. Frac balls are inserted into the well once fracking is done. These shots help raise the pressure in the previous section of the well. It increases the amount of fracturing occurring behind the well. Frac balls improve the yield and efficiency of fracked wells. More oil and natural gas are extracted from such wells compared to other wells. It reduces overall costs and minimize the environmental impact of hydraulic fracturing. Modern frac balls are made from a wide variety of materials other than metal. Polymers, plastic, and composite materials are used to produce the latest frac balls. It offers numerous benefits by increasing the effectiveness of the frac ball.

In summary, fracking has become one of the most popular technologies used to extract natural gas and oil from hard-to-reach areas in the earth. Frac balls increase the efficiency and cost-effectiveness of hydraulic fracturing. This article provides an overview of the advantages of frac balls.