Mean Green

Biofuel is not one of the well known types of renewable energy but an important one to understand. The process begins when plants grow through photosynthesis. There is chemical energy stored inside of it that can be released. What they create is a type of biomass and that can be turned into fuel.

It can then be burned in combustible engines. There is still plenty of research that needs to be done in the area of biofuel. The process right now of converting it is not as effective as it should be. It is also extremely time consuming and expensive to do so.

Biofuel can be in the form of a liquid or a solid. Vegetable oil that is used as an alternative fuel source for some vehicles out there is a type of liquid biofuel. It can be natural or it can be reprocessed after it has been used. Some restaurants give their used vegetable oil to those that burn Biodiesel in their vehicles. Once it has been cleaned they are able to use it without harming their vehicle.

Some types of food items are grown in higher supply than the demand just so that ethanol can be produced. It is usually mixed with about 15 percent regular gasoline in order to make the mix work. It seems that many in the business of growing such food items though do not always agree with this use of it. They feel the foods should be used to feed those in need.

Biofuel is most commonly found in the form of a solid though. For example burning wood falls into this category. You can use it to cook with and to heat your home instead of relying upon natural gas. The downside though is that this can emit dangerous elements into the environment.

There is ongoing testing where the variables are being controlled right now in the area of biofuel. It is believed this type of renewable energy could one day be a breakthrough in the area of supplying fuel for our vehicles. Look for great things to be coming up in this area in the future.

If we can figure out an affordable process for using biofuel we can create more than half of what is depleted annually from our natural resources. This is what facts continue to motivate researchers to move forward and funders to continue with grant money to allow it to happen.

The one issue that seems to be a concern is that in order to generate more biofuel to use, there is a great deal of land that has to be accessed. That could mean land normally used for growing food and other resources is no longer available. A close eye will need to be kept in that particular area.

As some of this concern has come to light, other forms of biofuel to be able to use are being introduced. Since these natural products are able to give off heat that can be transferred to fuel. Even trash can be used to create biofuel. This means less of it will be around to remain in landfills.

One of the most successful biofuel companies out there is in Cedar Rapids, Iowa. It is known as BFC Gas and Electric. They are able to recycle approximately 150 tons of materials each day at their facility. They process wood remains from projects and from sawmills in the area.

There is also paper that is used instead of being wasted when it was used for projects and scraps remain. Sometimes there are types of paper and cardboard that cannot be successfully recycled so it is processed here.

Crops that have been ruined, diseased plants and trees, and the corn stalks that remain after harvest all work as well. More than 40,000 homes in the Cedar Rapids area are provided with electricity from this particular company. They are really working hard to put the use of biofuel to work for the benefit for their community.

In some other areas the use of changing cow manure into biofuel is being done. This is something that not everyone finds appealing but it can be a viable way to get more benefits out of such waste. There are still many details of this type of biofuel to be worked out though.

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Biofuels are alternative sources of energy that can be used to power heating systems and gas powered engines. These sources are created from feedstock which can include corn, soybeans and algae. The automobile industry is slowly converting to this alternative choice and the change is making a definitive impact on the environment. How is that impact reduction measured?

Fossil fuels commonly used to make gasoline and heating oils emits gases and chemicals when burned. These collect in the atmosphere and quicken the natural global warming process. While the Earth historically goes through a roller coaster of temperatures ranging from the deep cold freeze of the Ice Age to much hotter climates, the gases black heat that is bounced off the Earth from escaping back into space. Right now, the Earth is at a comfortable temperature, but without change and a reduction in these fatal emissions, the warming will eventually spell the end the life on Earth.

The benefits of biofuels are a strong reduction in greenhouse gases. The fuels burn more cleanly and emit less CO2 into the atmosphere, among other gases and chemicals. With every bit less, the global warming process slows just a bit. It is important to understand that the current benefits of biofuels are measured based on the current population. If the Earth’s population continues to rise, the output of greenhouse gases from biofuels may still have a strong impact on the Earth’s temperature so even cleaner alternative are always being researched. The end goal is to create a fuel that burns with 0 emissions.

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Ethanol, a biomass fuel that can be used to power cars and even generate electricity, is the very same ethyl alcohol that’s used to make alcoholic drinks. It is considered a sustainable energy resource because it can be extracted from agricultural stocks and crops. Brazil is the leading country that uses biofuel or bioethanol to run their cars and it’s only second to the US in ethanol production. Using ethanol is gaining popularity in countries around the world as an alternative fuel to gasoline and diesel fuel. It isn’t hard to see why.

Crops such as switchgrass, sugar cane, and corn that are mainly used as feed for stock are the crops that hold the most promise for conversion into ethanol. The production of ethanol starts in photosynthesis, which makes feedstocks and crops grow. These plants are then collected, fermented, distilled or dehydrated to remove the water and burned.

The only problem associated with producing ethanol is the amount of land that would be required to grow enough of these crops to fuel the world. But currently, an alternative process of making ethanol from algae without harvesting it is being studied. If this becomes successful, a growing algae can continuously provide ethanol without having to kill the plant. Research is underway. Scientists are finding new and better ways to turn plants into fuel.

The world will eventually run out of fossil fuels. There’s no more being made. Fossil fuel is not a renewable energy source. When what we have is gone – well, it’s just gone, and there won’t be any more. On the other hand, ethanol, which is made from plants, is a renewable energy source. Corn or grass or whatever that’s used to make fuel this year will be available again next year, and the year after that, and so on into infinity. Ethanol is made from a renewable source unlike gasoline and diesel.

And we can use ethanol now. Most all of the cars on the roads in America can run on a mixture of 90% gasoline and 10% anhydrous ethanol (contains less than 1% water) just fine. That would mean a 10% DECREASE in gasoline consumption. Researchers are also arguing that using ethanol to replace petroleum in generating electricity might be more efficient that using it as a liquid fuel.

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The Algaeus, technically a modified Toyota Prius is one of the first of its kind to run on a mixture of algae based fuel. The company spokespeople have said that the car gets about 150 miles per gallon. Algae could turn out to be the biofuel of the future.

The Algaeus was premiered in San Francisco, California with plans to eventually drive it across the country using only algae based fuel. Right now the ratio of algae in the tank is about five percent but even that is huge strides in the right direction toward an alternative fuel source without negative impact. The algae are supplied in the form of green crude from a company called Sapphire Energy.

In the future, there will be more algae powered vehicles; however for now the company will continue to make an increased amount of algae based jet fuel. The goal is a production of over two million liters of algae jet fuel in the next two years. In addition, it will continue to make algae based fuels for alternative cars and other vehicles as well.

Any move that can change the way that the country looks at fuel and fuel production should be considered to be positive, however, the algae based fuel may be in the distant future as there are other considerations to keep in mind with this and any other fuel source. How will it be transported, and how will it be stored once it gets to different locations for instance. Are there any side effects to the refining of the algae for fuel? Are there dangers to consider? Will the car be eventually all algae powered or will it continue to only use a percentage of this green crude? What is the power capability of a car being run on five percent algae? Every question that can be answered in the present will have a new one to be worked on in the future it seems.

If the Algaeus does make it across the country, (the trip was meant to be from California to New York) there will be millions of questions that are likely to arise. How well the questions can be answered will be important not only for this type of alternative fuels, but for all others as well. For some people, any failure in the alternative fuel market might be a failure across the board however one minded that might be.

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Anybody who has followed the discussions about alternative energy sources with any regularity knows about the controversy that arose over the issue regarding biofuels. Biofuels are inefficient, drive up food prices and cost more both at the pump and through increased taxation for government subsidies of rural farmers such as John Deere and Caterpillar Corporations. (Together, the amount of money they receive in government agricultural subsidies alone would make most rural farmers green with envy and red with anger)

So does that mean that biofuel is really as bad as some people are saying? Well the fact is that corn is one of the largest government subsidized crops in the nation and as such, the government has more freedom to regulate it than they do any other crop and they can then pass on the money to political action committees and other special interest groups. However, when you take the politics out of power, you come up with something resembling pond scum. (No, we are not saying that politicians resemble pond scum, the pond scum is actually useful)

A company by the name of Algenol has found a way to tap into pond scum that is used to create some amazingly effective biofuels. Unlike corn, not many people are standing in line waiting to buy some of that sweet green algae so food prices remain unaffected with this method of producing biofuels. Additionally, the algae is easily farmed and grows at a fairly rapid rate, is fully renewable and (insert audible gasp here) actually makes an efficient and viable biofuel alternative.

The Algenol has lots of different benefits. Here is some of them.

1. Doesn’t need to use live feedstock.
2. Doesn’t need to collect the materials.
3. Doesn’t require environment damaging fertilizers.
4. Uses the water of the sea meaning that we don’t need to waste our drinking water.
5. Uses only a small amount of fossil fuels for the process.
6. No need to plow the land.
7. Desertic land and Sea side land can be used for the production.
8. Algenol has energy balance over 5.5:1 making it powerful than fossil fuels.

So what does all of that mean?

That means that all of the tests to date have shown this to be a viable method for creating biofuels that are clean, efficient and have no adverse affect on people who are having a hard enough time finding decent corn on the store shelves. In other words, no matter what your personal or political stance may be, there is absolutely no reason to protest this algae based bio fuel. All of the arguments both for and against bio fuels and alternative fuels in the past have been squashed by pond scum.

While it may be true that many bio fuels are not all that they are cracked up to be, that does not mean that some of them are not very likely to at least supplement, if not to replace the more traditional fossil fuels. One thing is for certain; when people can produce energy cheaper, more efficiently and in an environmentally friendly manner as well as getting it to the end consumer at a more reasonable rate, this will start getting people’s attention. As long as we can keep the people out of the pond scum, we should be okay!

If you have mastery over the basic skills required to produce biofuel, you can definitely save a lot of money. It is very important to learn about the equipments and the materials required in producing biofuels. You can also make a business out of it selling bio-fuels. Once you have the fundamental principle of how to produce biofuel, it will seem to be an easy task for you. To produce bio-fuel, the materials and the equipments required can be easily availed from online, a nearby hardware store or even in the grocery. You would also require some chemicals used to transfer the waste veggie oil, which is the main ingredient, into this safe form of fuel.

To proceed, make sure that you have a regular supply of used vegetable oil. You can get it from a nearest restaurant by making proper arrangements with the manager. Once this is done, you will need a bio-diesel kit. You can assemble a bio-diesel kit or even order it online. The various parts and accessories are easy to find. You will also have to arrange some reagents like methanol and sodium hydroxide, to produce this fuel. In the process, the veggie oil is mixed with the catalysts (methanol and lye). After proper washing and filtration, this mixture turns veggie oil into fuel, which is perfect for a diesel engine.

I think I have given you a proper summary on how to produce bio-fuels. Once you have mastered the art of producing bio-fuel, you would be able to power up your engines, besides selling the leftovers.