Each treatment situation is entirely different and unique, requiring the implementation of a gas treatment plan that is tailored to suit the individual characteristics of a specific site. We take great care to work one-on-one with clients to design a gas treating process that will meet that client’s specific needs. Oftentimes, the first step in that process is to determine the type of acid contaminants that are present in the gas stream. After determining whether you have a need for H2S removal, carbon dioxide removal, or oxygen removal from gas, we then take a look at the concentrations of each contaminant as well as the degree of removal needed for those contaminants.
We also ascertain the gas volume, pressure, and temperature as part of the gas treatment plan design process. At Blue Sky Midstream, we are also highly committed to effectively treating gas in a way that is not only cost-efficient, but also in a way that will have the least impact possible on the environment. As part of that responsibility, we carefully consider the environmental conditions required at your plant site. Although each site may require a completely different treatment process, a custom designed treatment plan can result in gas streams that are both marketable and profitable.
During the last ten years, the world has witnessed an exponential growth in the supply of natural gas from Shales. Today, shale gas accounts for approximately one-third of the total production in the United States. It is anticipated that within 20 years, the supply of Shale gas will account for more than 50 percent of domestic production. There is no doubt that shale presents a valuable source for natural gas liquids and natural gas. While the potential of Shales is undeniable, some fields result in the production of gas contaminated with hydrogen sulfide and carbon dioxide.
Such contamination levels require unique treating strategies. H2S and CO2 levels can vary significantly from one play to another. In some instances, those levels can vary among different wells located within the same play. Furthermore, while the focus of some plays may be on recovering a specific type of hydrocarbon, such as NGL, residual hydrocarbons can still present a significant energy source. When this is the case, effective carbon dioxide removal and H2S removal strategies are necessary to treat shale gas in order to achieve pipeline specifications. The latest techniques make it possible to recover marketable hydrocarbons to the greatest degree.
It is not uncommon for many natural gas fields to contain higher levels of CO2 than H2S. With H2S and carbon dioxide removal, the final acid gas stream may still contain low concentrations of H2S. This can make the stream unsuitable for sulfur recovery through the traditional Claus process. The goal of Acid Gas Enrichment (AGE) is to minimize H2S leak while maximizing CO2 slip. Through this process, it is now more economically feasible to produce natural gas reserves.
The most common method for acid gas enrichment is to utilize a separate absorber in order to treat low-grade acid gas streams. The design and operation of an acid gas enrichment plant relies on a number of parameters, such as lean solvent temperature, the ratio of feed gas H2S to CO2, and solvent selection. An AGE unit is responsible for enriching the H2S content of acid gas streams. This type of technology can also be utilized for minimizing the volume of acid gas for re-injection purposes. It can also be successfully used when it is necessary to address bottleneck situations in existing facilities during the development of newer, sourer fields.
Generator rental can provide numerous benefits to the oil and gas industry. In choosing the right generator for oil and gas automation, it is important to seek a variety of critical attributes.
First, it is important to look for a generator that offers a base frame with ample durability. Due to the severe operating environment in which many generators must be placed, rugged construction is a must. It is also imperative that the set base for the generator offer plenty of stiffness. Any distortion that may be present could ultimately affect the alignment between the alternator and the engine, resulting in potential damage. Ordinary generators typically do not have the necessary durability and stiffness necessary to prevent distortion from occurring in an oil and gas environment. A base frame that is designed for oil and gas automation will be able to capably withstand even the most rigorous operating conditions.
Finally, it is important to consider ratings and performance characteristics when choosing a generator for rent. Drill rig generators, in particular, are designed for continual operation. As a result, it is important for the generator you choose to have a rating that is appropriate for such operation.
Today, contractors can choose from a variety of different types of heavy equipment rental options. One of the most versatile pieces of equipment rental options is the skid steer loader. Similar in nature to a compact track loader, a skid steer offers the benefit of a zero turn radius. As a result, this piece of equipment is highly maneuverable and can be quite beneficial in various construction applications.
A skid steer also offers additional versatility due to the numerous skid loader attachments currently available. This makes it possible to take advantage of many additional project tasks, including material handling, compaction, digging, demolition, landscaping, recycling, loading, and more. Available attachments include the auger, tree spade, stump grinder, tiller, grapple, trencher, wood chipper, backhoe, etc.
Regardless of what your project may entail, an experienced contractor supply can help you to find precisely the right piece of equipment and available attachments to help you complete your project with ease.