Why You Should Not Go To Oil Conservation For Better Environment Drawing Easy
If you are an oil company, or an investor in oil and gas companies, you have probably heard the terms “oil conservation” and “oil extraction.” These two topics are often confused or not given the same importance when it comes to your operations. In essence, you need to determine which one you focus on. For instance, in some instances oil conservation may mean protecting the environment for current use. However, in other instances oil extraction may be the only option.
Oil conservation can be defined as anything that aims to ensure current and future generations are not impacted by the spill or accidents that take place from oil production. Some of the biggest concerns of oil conservation include air, land, water, and the environment. Many people are against drilling and fracking because of the impact on the environment. Oil extraction uses many chemicals and wastes, and contaminates the surrounding area. Some areas have been contaminated with waste oil and other fluid since the beginning of the drilling process.
Environmental impacts are the result of the drilling, processing, transporting, and utilizing oil. Before any drilling or production takes place geology must be identified. This is done using a variety of methods including computer modeling and field work. Computer modeling is used to simulate the conditions found where oil may be located, such as underground and mountaintop removal. Field work includes determining soil characteristics and compaction for potential wells.
Identifying oil conservation geology is extremely important to the overall success of any operations. When this is done the possibility for a catastrophic oil spill, or the negative environmental impact it will create, is greatly reduced. The types of containment that are used vary and depend on the location, but generally they consist of sand beds, loose flaking rocks, or even plastic. The containment system may also include caissons or ground spikes to stop the oil, diesel-powered trucks to haul it away, and a dedicated team of personnel who monitors and manages the site on a daily basis.
Once a site is selected oil is then researched and then either leased or purchased. During the exploration phase of oil production (the drilling) geologists are usually involved. Drilling can take place in reservoir, above reservoir, in wells, or deep within a reservoir. Once the initial drilling is complete, the geology is studied to identify any geologic features or structural properties that will affect the ability of the oil to attract a quality amount of natural gas or oil that will be productive. Once this is determined it is reasonable to enter into a technical evaluation to test and prove this hypothesis.
After the oil is located and tested the reservoir is then prepared for production. The reservoir is first pumped to open up the pump pockets, allowing natural gas or oil to be trapped in the reservoir. Then the oil is pumped back into the reservoir until it can be accessed and then any further drilling takes place to reach the oil. This all takes place in an enclosed area with strict guidelines and safety requirements.
There are many other types of oil conservation projects that can occur as well. When a company is exploring an oil prospectors often consult with geologists or surveyors to prepare and protect the area in which the prospectors have found promising deposits. In many instances, new oil conservation strategies will need to be implemented. Once this has been determined and executed the company can then start exploring the new found oil.
One of the goals of an oil conservation project is to determine what method of oil conservation will work best for the given area. If the reservoir is pumped to full capacity then there is no more room to continue the drilling. If the reservoir is drained then no oil can be created. If the reservoir is left untouched then the company can begin working on a new project which will allow for continued exploration and development of the oil resources.
Oil conservation can be defined as anything that aims to ensure current and future generations are not impacted by the spill or accidents that take place from oil production. Some of the biggest concerns of oil conservation include air, land, water, and the environment. Many people are against drilling and fracking because of the impact on the environment. Oil extraction uses many chemicals and wastes, and contaminates the surrounding area. Some areas have been contaminated with waste oil and other fluid since the beginning of the drilling process.
Environmental impacts are the result of the drilling, processing, transporting, and utilizing oil. Before any drilling or production takes place geology must be identified. This is done using a variety of methods including computer modeling and field work. Computer modeling is used to simulate the conditions found where oil may be located, such as underground and mountaintop removal. Field work includes determining soil characteristics and compaction for potential wells.
Identifying oil conservation geology is extremely important to the overall success of any operations. When this is done the possibility for a catastrophic oil spill, or the negative environmental impact it will create, is greatly reduced. The types of containment that are used vary and depend on the location, but generally they consist of sand beds, loose flaking rocks, or even plastic. The containment system may also include caissons or ground spikes to stop the oil, diesel-powered trucks to haul it away, and a dedicated team of personnel who monitors and manages the site on a daily basis.
Once a site is selected oil is then researched and then either leased or purchased. During the exploration phase of oil production (the drilling) geologists are usually involved. Drilling can take place in reservoir, above reservoir, in wells, or deep within a reservoir. Once the initial drilling is complete, the geology is studied to identify any geologic features or structural properties that will affect the ability of the oil to attract a quality amount of natural gas or oil that will be productive. Once this is determined it is reasonable to enter into a technical evaluation to test and prove this hypothesis.
After the oil is located and tested the reservoir is then prepared for production. The reservoir is first pumped to open up the pump pockets, allowing natural gas or oil to be trapped in the reservoir. Then the oil is pumped back into the reservoir until it can be accessed and then any further drilling takes place to reach the oil. This all takes place in an enclosed area with strict guidelines and safety requirements.
There are many other types of oil conservation projects that can occur as well. When a company is exploring an oil prospectors often consult with geologists or surveyors to prepare and protect the area in which the prospectors have found promising deposits. In many instances, new oil conservation strategies will need to be implemented. Once this has been determined and executed the company can then start exploring the new found oil.
One of the goals of an oil conservation project is to determine what method of oil conservation will work best for the given area. If the reservoir is pumped to full capacity then there is no more room to continue the drilling. If the reservoir is drained then no oil can be created. If the reservoir is left untouched then the company can begin working on a new project which will allow for continued exploration and development of the oil resources.
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