Carbon Oil Fundamentals Explained

There has been much written about the environmental consequences of carbon oil extraction. While it’s true that there are some serious negatives associated with carbon drilling the majority of these are coming from the fact that not all of the carbon ultimately produced is going to be burned up as fuel. Canada’s oil and gas sector is working towards low carbon crude oil.

What is the difference between 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 particularly damaging pollutant when it’s stored within oil reserves, it’s still perfectly acceptable. It’s unacceptable that carbon dioxide requires millions of years to be broken into atoms in the atmosphere. Once it does, it is 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.

The problem with Cuscuta Island is two fold. First, most of Canada’s oil fields lie upon or near preexisting carbon dioxide rich coastal soil. This means that any increase in atmospheric pressure will result in a greater amount of carbon dioxide to be absorbed by the soil, and oil wells will need to operate at higher pressures in order to extract more crude oil. Because carbon dioxide is an absorbent in the soil, oil injected into crust of the earth could cause it to enter the aquifers beneath the ground, which have a natural carbon dioxide storage capacity of thousands of years. If the climate isn’t altered to increase the levels of CO2 in soil and aquifers, then the cycles of life of animals and plants living in those zones will be drastically affected, and sometimes even completely eradicating species.

These types of potent greenhouse gas emissions have to be considered seriously, not only due to their potential environmental consequences however, they pose an immediate threat to the future of our civilization and way of life on Earth. Scientists agree that fossil fuels such as oil, coal and natural gas need to be limited to preserve the world for future generations. The continuous production of carbon dioxide in our atmosphere is preventing us from making efforts to limit climate change to ensure that future generations don’t suffer the consequences of climate change.

Carbon Oil’s unique carbon capture-and-utilization process was discovered in the mid-nineties but was not fully explored by the United States oil industry until recently. This was due to the fact that oil companies were more concerned with extraction than they were about utilization. Carbon Oil utilizes a unique carbon dioxide removal technology as well as utilization technology. It makes use of captured carbon through its highly efficient steam shower systems.

The way in which Carbon Oil’s carbon capture and sequestration process works is straightforward in the natural world. Carbon capture technologies developed by Carbon Oil contain isolated pores in the wet medium along with channels that are isolated within the porous medium. This allows the absorption of carbon dioxide from air and the utilization of the carbon trapped to generate power. The result is a highly efficient system that removes the majority of carbon emissions from the atmosphere as compared to other methods. The absorption of carbon dioxide is directly responsible for global warming which is among the most pressing problems currently facing our planet.

Global Warming is a serious problem. Carbon Oil’s unique CCS technology enables them to take significant steps towards reducing and eventually stopping global warming. Carbon Oil is not only an excellent alternative to crude oil, it is also the most clean and most secure 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 emissions from harvesting and oil processing on our environment. Carbon Oil will continue to grow and develop its business model so that it is better able to solve current environmental problems.

The US Environmental Protection Agency has provided support to the company for their Carbon Oil research project. The project is investigating the negative effects on emissions and energy savings associated with a carbon dioxide enhanced oil recovery (CAD) system. This technology permits the transportation, capture, and utilization carbon dioxide enhanced oil waste. Carbon Oil’s CAD technology also allows the separation of gases and liquids from heavy gas and fuel oil scrubbing operations.

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