Co2 Into Methanol Essay

In today’s world, the topic of energy is dominated by one thing: ancient organic matter. Carbon and oxygen that existed in this matter when it was alive is still present and is released in the form of carbon dioxide when the coal and oil it was compressed into is burned. The problem is that the carbon that was buried over millions of years was never naturally supposed to be released back into the atmosphere it used to exist in at such an alarming rate. The amount of carbon dioxide flooding into our atmosphere needs to be limited or there will be severe consequences in our future.

First, reduction of GHG, carbon capture and sequestration. Reduction of GHG is one of the most challenging tasks currently facing by the world scientists. Although a minor reduction process has been succeeded but they were used synthetic chemicals, which are in fact not good for environment. In consideration of this realism for protecting the future, my research will be focused to reduce GHG by developing new technologies on the biological mechanisms and without using any chemicals (Fig. ---). As I mentioned above (patent pending), I have already succeeded to reduce GHG up to 12%. In this long term project, I have targeted to clean the air 100% by reducing the harmful anthropogenic GHG as necessary. In this aspect, Carbon capture and sequestration is a very potent technique. Following this approach, carbon dioxide or other forms of carbon will be processed for a long-term storage. This process will be focused to capture CO2 by mimicking nature’s process for hardening tissues in living organisms. This is a similar biological process of corals and other calcifying organisms (ref--). However, here I would use a newly discovered group of microbes (described in the patent). In this technique, CO2 will be used as a potential beneficial material to produce highly useful products such as beneficial mineral for human health (fig--). In addition, some natural material (following the patent Aqua-NOF-GHG with some modification) will be used on carbon capture in

First, reduction of GHG, carbon capture and sequestration. Reduction of GHG is one of the most challenging tasks currently facing by the world scientists. Although a minor reduction process has been succeeded, but they were used synthetic chemicals, which are in fact not good for the environment. In consideration of this realism for protecting the future, my research will be focused to reduce GHG by developing new technologies on the biological mechanisms and without using any chemicals (Fig. ---). As I mentioned above (patent pending), I have already succeeded to reduce GHG up to 12%. In this long term project, I have targeted to clean the air 90% by reducing the harmful anthropogenic GHGs as necessary. In this aspect, Carbon capture and sequestration is a very potent technique. Following this approach, carbon dioxide or other forms of carbon will be processed for a long-term storage. This process will be focused to capture CO2 by mimicking nature’s process for hardening tissues in living organisms. This is a similar biological process of corals and other calcifying organisms (ref--). However, here I would use a newly discovered group of microbes (described in the patent). In this technique, CO2 will be used as a potential beneficial material to produce highly useful products such as beneficial mineral for human health (fig--, showing some crystals). In addition, some natural material (following the patent Aqua-NOF-GHG with

The removal of CO₂ may be a huge challenge and a spotlight has centered on removing CO₂ from the exhaust of fuel power plants, wherever it's gift in higher concentrations. Typically, that CO₂ is destined for carbon capture and storage (CCS), however an alternative choice is that, it’s doable to require CO₂ directly from exhaust gases and create new chemicals.

Imagine a fuel that can reduce harmful emissions and boost domestic economy around the globe. A fuel that commit our working demand which must clean, sustainable and made from abundant resources. Methanol is that type of fuel, a globally accessible fuel that already widely used by many countries around the world and it’s making headline around the globe. Methanol is the simplest alcohol fuel and the source of energy for fuel cell. It’s also a basic chemical building block, used in the production of wide range of commodities which touch our daily lives from plastics, solvents to windshield washer fluid. Methanol is producing from wide range of raw materials including biomass, natural gas, coal and even pollution emitted from factories and power plants .Countries around the world already using innovative sources to produce methanol fuel like using the waste from paper production called black liquor to create diesel fuel replacement, byproducts of bio-diesel production are made into bio-methanol, Carbon cycle

Everyday in U.S., immense amount of fossil fuel is burned. Fossil fuels are fuel formed by natural processes, such as decomposition of buried dead organisms. Fossil fuel release carbon dioxide when they are burned which adds to the greenhouse effect and increases global warming. The way we can help the environment and reduce the amount of carbon dioxide is by replaying fossil fuels with solar and wind sources for electric power generations in the U.S.

Tons of CO2 will be inserted underground. When the project is complete, it will release four times less carbon dioxide in the earth, compared to any other project. Therefore, 40 per cent of greenhouse emissions from the project will be cut. According to the Australian Minister for Resources and Energy, “CO2 created in the production of LNG in Australia reduces four tons of CO2 in Japan, and nine tons in China, when it's used instead of using coal.”

     Carbon Dioxide plays a key role in the atmosphere. This gas has properties that allow it to sustain and hold in heat, which in turn warms the planet (EIA, 2004). Carbon, the primary component of carbon dioxide; is also the essential molecule for life and is the most basic building block found in all organic compounds. Human activities been blamed for the disruption of the earth’s natural carbon cycles and according to some studies, carbon is being added to the atmosphere faster than the natural processes that sequestrate it. The massive carbon sinks that naturally regulated and fixated excess carbon dioxide have been destroyed as humans have deforested ancient forests for the

Well we all know that the energy system is very unstable because the total energy available on the earth is limited, and man has exploited all the conventional technologies to fulfill his needs. By the use of these conventional technologies, the world also has a disability, with problems such as global warming. Consumption of energy by man increased gradually as his wants also increase. The conventional energy resources mainly include fossil fuels, but research shows that this fuel source will be depleted completely in approximately 20-25 years. This could cause major setbacks around the world. As a result, we need an alternative source of fuel that could keep the world running on its wheel. One possibility is ethanol. Chemically extract

It is with great pride that I announce Global Research Corp, National Motor Company, and Filters Inc. have entered into a strategic alliance that will allow approximately half of the 1 billion cars on the road and their owners freedom from traditional fossil fuels and the power to use biofuels with our transition package named The Gas Replacer. The advancement in biofuel technology has reached the point where Global Research Corp can now introduce a viable and sustainable alternative with National Motor Company and Filters Inc.to a global audience with your help!

With the increasingly global acceptance that carbon dioxide (CO2) is contributing to an irreversible change in climate, a progressively growing international population and an ever more reliance on fossil fuels, a way of reducing carbon dioxide emissions into the atmosphere is essential. Currently renewable energies are not established enough to meet the demand that fossil fuels serve so that’s where carbon capture and storage (CCS) comes in.

It is a recorded fact that the amount of carbon dioxide in the atmosphere today is at the highest level ever recorded or studied. The large number of invasive carbon dioxide molecules is causing detrimental problems in the environment. This gas is linked to the Earth’s drastically rising temperatures, causing the rising sea level and thousands of arctic animals to lose their homes. This is an unignorable problem that needs great minds who are passionate and determined in this field. The most substantial problems mankind has faced were solved by hard working and dedicated scientists. The inevitable problems caused by the huge carbon dioxide concentration is a problem that can be solved in the same way. I believe that by gaining knowledge in this field it would give me the ability to create a way to reverse the carbon cycle, by developing a synthetic plant of sorts. By doing this, not only could the greenhouse effect be prevented from further damaging the environment, but we may also keep the amount of Carbon Dioxide in the air to a minimum. I hope to be a lot like the great scientists of this earth due to my determined and passionate nature, and with the right schooling and research I would like to be a part of the research to try and solve this critical problem.

Carbon Dioxide Capture and Storage, which involves capturing, transporting and storing the main greenhouse gas, is a process that could help in the fight against climate change. This paper evaluates gas storage options in detail and discusses the issues and potential of each. The technology proves to have large potential for development in the close future. The most effective carbon capture method is inconclusive as it is dependent on the type of fuel being used and whether it is a pre-existing plant. Of the existing methods of storage, enhanced oil recovery is the most common and economically viable option due to the large volume of CO2 the empty oil reservoirs can secure. The future of what can be done with captured carbon

Gas separation and sequestration is used in many of industrial processes. An emerging utilization is in fossil fuel plants, where fuel combustion waste is released.1 Among these products is CO2, which is why fuel plants and most notably coal plants—the number one producer of electricity in the United States—account for around 40% of all CO2 emissions.1-2 Carbon capture and sequestration (CCS) at fuel plants has duel benefits: an increase in the performance of fuels, such as natural gas from reduced CO2 concentration, and a lowering of the emission of a greenhouse gas into the atmosphere.1 Methods to separate and remove CO2 before being released as flue gas have already been implemented to a limited extent.1, 3

CO2 is one the gases in the greenhouse gas family and with “a stronger greenhouse effect [it] will warm the oceans and partially melt glacier and other ice, increasing sea level” (Climate Change). As humans continue to emit greenhouse gases into the air it is inevitable that sea levels will raise, temperatures will increase throughout the globe, and ultimately change the climate drastically damaging many ecosystems and impacting the way in which humans live on Earth. Many make the argument that the reason fossil fuels are the primary source of energy is due to their density amount of energy, but there is another source of energy that has energy even more dense than fossil fuels.