Carbon Oil Fundamentals ExplainedOctober 17, 2021
There’s been a lot written about the environmental consequences of carbon extraction of oil. Although there are many drawbacks to carbon drilling, the majority of them are due to the fact that not all of the carbon that is created will be used as fuel. The most effective solution, however, is one which Canada’s oil and natural gas industry is already working towards: low-carbon crude oil and gas.
How do carbon oil and gas compare to carbon dioxide emissions? First of all, carbon dioxide is a natural pollutant. It’s the cause of pollution in the first place, and while it’s a very damaging pollutant when stored in oil reserves, it’s still perfectly acceptable. It is unacceptable that carbon dioxide takes millions of years to break down in the atmosphere. After that release, it’s released into the atmosphere. It can then interact with wildlife and natural systems before being absorbed into the land and water. It also increases atmospheric pressure.
Cuscuta Island has two problems. First, Canada’s oil fields are located on or near carbon dioxide rich coastal soil. This means that an increase in atmospheric pressure will result in a greater amount carbon dioxide in soil. Oil wells will need to operate at higher pressures to extract more crude oil. Because carbon dioxide is an adsorbent, oil injected into the earth’s crust can cause it to enter underground aquifers that contain a carbon dioxide storage capacity of thousands of years. If there is no change made to the environmental conditions so that CO2 levels in the soil and aquifers rise, the lifecycles of animals and plants that live in those areas are severely altered, and sometimes destroying entire species.
These greenhouse gas emissions pose a risk and need to be addressed. Not only do they have a potential impact on the environment however, they also are a threat to the future of civilization and our way of living. Many scientists agree that burning fossil fuels such as oil, coal and natural gas needs to be limited to ensure the preservation of the world for our descendants in the future. Unfortunately, efforts at mitigating climate change to ensure that future generations aren’t severely affected by runaway climate change, while we solve the present problems of pollution and greenhouse gases emitted from the burning of fossil fuels, are hampered by the ongoing increase in carbon dioxide in the atmosphere.
Carbon Oil’s unique carbon capture and utilization process was first discovered in the mid-nineties and had been neglected by the United States oil industry until recently. One of the reasons for this delay in exploiting this unique capability is the fact that petroleum companies tend to concentrate on extraction rather than utilization. Carbon Oil uses a unique carbon dioxide removal and utilization technology that utilizes carbon dioxide that is captured in its highly efficient steam shower systems.
Carbon Oil’s carbon sequestration and capture process is extremely simple. Carbon Oil’s carbon capture process includes isolated pores in the moist medium and isolated channels within the porous medium. This permits the absorption of carbon dioxide from air and the use of trapped carbon as power. The result is an extremely efficient system that can remove the greatest amount of carbon dioxide emissions from the air as compared to other methods. Carbon dioxide absorption is directly responsible for global warming and is one of the most pressing problems facing our planet today.
Global Warming is a serious issue, and Carbon Oil’s unique CCS technologies enable them to take vital measures to slow and eventually reverse global warming. Carbon Oil is not only an excellent alternative to crude oil, it is also the most clean and safest method of biomass production currently available to the private investor. Carbon Oil is currently working with the University of California – Davis’ Institute of Chemical Engineering to better understand the negative effects oil processing and harvesting have on our environment. As Carbon Oil continues to develop and expand its business model, they will be able to present better solutions to our current environmental challenges.
The US Environmental Protection Agency has given assistance to the company in their Carbon Oil research project. The project investigates the negative environmental impact and energy savings that are associated with carbon dioxide enhanced oils recovery (CAD). This technology permits the capture of, transportation, and utilization of carbon dioxide enhanced oil waste. Carbon Oil’s CAD technology also allows the separation of liquids and gases from heavy fuel oil and gas scrubbing operations.
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