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Which Country Is Leading The Way in Algae Biofuels?

Which Country Is Leading The Way in Algae Biofuels? Dr. José Olivares is an analytical chemist at the Los Alamos National Laboratories (LANL) in New Mexico. Biofuels Digest sat down with him recently to pick his brain about where various countries were in the race to produce algae biofuels. What follows is some of his thoughts on the subject.

India

India boasts a lengthy reputation for utilizing algae, but largely as a nutritional resource or for wastewater treatment. They’re attempting to build up those aspects into a biofuels market to a degree. Actually, India and the United States have cooperated in the creation of a financing venture for the advancement of biofuels generally, be it algae or cellulosic or another energy plant which has not yet been decided. That financing venture is in formation process and plans to put almost a million and a half to two million dollars per year for study and continuing development of biofuels in each country.

I believe India is a power to cope with due to their lengthy track record with algae, but at this time they’re wanting to figure out out the best way to enter the biofuels industry. We’re extremely privileged, from a NAABB point of view, to be working with Reliance Industries Limited, which is one of the biggest petrochemical businesses on earth and is located in India.

Japan

Japan has experienced an even longer background than nearly all nations in producing algae for business applications, largely macroalgae, for dietary sources and food options. They also have had a top phycological community and therefore are extremely proactive in prospecting for new species of algae.  The Japanese possibly possess a number of the best scientists on earth examining species such as Botryococcus braunii.

A lot of this research is focused at the University of Tsukuba. There, they’ve in fact determined a brand-new type of algae that grows very, quickly and possesses relatively good oil productivity. It’s extremely regular and very fast growing in signifigant amounts, so its overall efficiency appears encouraging for the biofuels industry.

China

Inside China, I went to check out the Qingdao Institute for Bioenergy and Biotechnology. The institute was launched to assist the area around Qingdao produce a bioenergy infrastructure and they’re effectively enroute to doing that. During the last 36 months, they’ve assembled an institution with approximately 200 experts. It’s kind of remarkable to view the research power that they’ve managed to collect in that very limited time.

The Chinese possess a couple of projects in algae and we are, once more, extremely blessed within the NAABB to be partners. We’re collaborating with Dr. Jian Xu in the sequencing and the annotation and analysis of Nannochloropsis salina  strain 1776 which we’re likewise sequencing here at Los Alamos. This cooperation also involves NMSU and Solix Biosystems which performed an important part in creating our collaboration.

Taiwan

Taiwan is quite comparable to China. There exists a huge steel plant in southern Taiwan, the Chinese Steel Corporation in Tungkang. Among the biggest steel plants on earth with considerable CO2 emissions. This factory is participating with the National Cheng Kung University to create a photobioreactor sequestration system for CO2.

Overall, this is a considerable undertaking for a very small country.

Australia

Australia has been in the news for quite a while and has recently been creating quite a commercial concern in algae. Muradel, small businesses forming in Adelaide and in Karratha (from a joint venture between Murdoch U., Adelaide Research and Innovation Pty Ltd and SQC Pty Ltd) is building a small 10 acre facility and presently possesses about two acres under production. In addition, Aurora Algae has begun building a few facilities in Karratha, and MBD Energy is active in Queensland.

The University of Sydney is creating a variety of systems for the conversion of biomass into oils, in particular their hydrothermal liquefaction abilities seem extremely encouraging for algae.

Of course, we have all seen the interest from airlines such as Qantas and Virgin Air, and airplane manufacturer Boeing, in the Australian bioenergy initiatives. All of this is a very, very nice level of development from Australia.

Europe

There are four new algae projects being funded by the European Union. Three of them are located in Spain.

Specifically, I visited the Repsol Innovation Center in Madrid and University of Alicante. Repsol is a large Spanish petrochemical interested in the development of biofuels. Repsol has a number of algae projects developing around Spain, including at the Univeristy of Alicante. Their research is looking at plastics for photobioreactors, greenhouse containment systems, strain selection, photobioreactor design, and fuel conversion. At the U. of Alicante I was particularly interested in their work with hydrothermal liquefaction technologies.

Of course, there has also been great work by Rene Wijffels at Wageningen University in the Netherlands, in understanding different types of photobiorector systems and cultivation systems for the European-type environment. There are also some efforts in other countries like Greece and Italy, but overall, Spain seems to be the one leading the development of the algae industry in Europe.

A nice, new technology just emerged out of a company called Evodos looking at a new centrifugal technology that is very low energy and fairly well developed. They are already being looked at very heavily by a lot of commercial entities and some research institutions. They have three different sized systems, from a research and development system to systems that can be taken out into the field for harvesting algae very, very quickly up to twenty thousand liters per hour flow rates for their largest systems.

Israel and Korea

We’ve heard quite a bit from Israel who has had a long history in developing nutraceuticals and now are using their photobioreactor systems mostly for biofuels. This development has come primarily out of Ben-Gurion University. In fact, Ami Ben-Amotz and his company Seambiotic are just starting to develop a new facility in China for algal biofuels, from technology they developed in Israel.

Conclusion

So when I look at all of the research and development that is taking place worldwide, I think the algae biofuels industry is starting to take off. In it, I also see that the U.S. continues to be a major force in helping drive that development. In many cases, the U.S. is involved in major collaborations in some way or U.S. industries are going into these countries because of their favorable environmental conditions for algae production (e.g., Australia).

We can see that the U.S is a major, major driver in those efforts. And since about two years ago with the stimulus funds coming into algal biofuels from a research and development aspect and biorefinery development, the U.S. is probably still the largest funding source for algal development from a public standpoint. Even from a private standpoint there are many more industrial and commercial efforts developing in the U.S. as compared to the rest of the world.

That’s not to say that the rest of the world is not catching up, and it’s great to see that all of these efforts are going on both in the U.S. and across the globe. As you well know, biofuels development is probably going to be very specific to regional conditions. Therefore, regional solutions are going to need to be developed in order to have economically and environmentally feasible biofuels efforts in each country.

Even within each country, I think we are going to see differences in the way we cultivate. For example, the way we cultivate in the southwest of the United States is going to be very different from Hawaii and from Florida, and much different than in the northern parts of the United States.

Getting to Know Algae Biodiesel

Algae biodiesel is normally processed from a type of algae that are found growing on the surface of ponds. Popularly known as the pond scum, these types of algae species is the most sought after to be used in making biodiesel from algae. These forms of algae to biodiesel fuel are highly viscous but nevertheless they would depend on the type of the algae being used to create the biodiesel fuel. The best thing about these forms of fuel is they are a marvelous form of renewable energy and does not produce and known toxic or harmful emissions that can harm the environment.

Algae biodiesel is created by a process referred to as transesterification. Basically it is a process that transforms vegetable and plant oils into biodiesel. Making algae biodiesel involves a chemical reaction between triglyceride molecules with complex fatty acids, getting rid of the glycerin and produces ester form alcohol. Now the ester is mixed with the oil pressed form these plant sources and left to settle. Once the glycerin is separated for the mix, you will have the biodiesel floating at the top of this mixture.

So What’s Stopping People from Using Algae as Biodiesel?

To make biodiesel from algae, one would need to have the right know-how plus the correct tools to do it right. Making algae from biodiesel isn’t as simple as getting juice out of oranges but it is not that complicated either. With the right knowledge, it is believed that algae from biodiesel are possible right out of your own home. Getting the strains of algae for biodiesel production is another challenge to conquer.  Additionally, it is very easy for other forms of algae to invade the space that is used for the cultivation of the algae for biodiesel is another factor to consider.

Considering the limited amount of land to use for cultivating enough algae for biodiesel production, scientists are looking at ways to utilize the open seas to cultivate algae biodiesel plant to be used in the production of biodiesel from algae.

Algae Biodiesel Research

There are plenty of research done and currently under progress for algae biodiesel. Scientists all over the world are actively conducting tests upon tests of the feasibility of using algae as biodiesel to replace the petroleum or gasoline in the near future. Similarly the cultivation of algae for biodiesel is growing sat an encouraging pace, propelled by the escalating cost of gasoline prices all over the world. Private companies too are quick to jump onto this opportunity and searching for the best and lowest possible cost of turning algae into biodiesel.

If you are enterprising and adventurous there are special DIY kits or instructional guides that could help you create your own algae biodiesel right in your own home. The best thing is you don’t have to invest in expensive biodiesel equipments to get it done right.  Just some simple stuff you can get from the local stores plus equipments that may already be present in your home, you can turn your own kitchen into a biodiesel DIY haven!

How to Overcome the Disadvantages of Biodiesel

There is a rising concern among Americans to find a more reliable and safer source of fuel to replace those we are using now which is made from fossil based fuels. This is caused by the growing concerns over the fast depleting supply of underground fuel and the rising prices of oil. Additionally most of these fuels are imported from foreign countries that have been subtly linked to supporting sporadic acts of terrorism worldwide.

To accommodate these challenges, there are a few solutions up there that may put an end to this rising concerns. We turn to other sources of alternative energy to reduce the dependence on fossil based fuel.  Yet how effective are these solutions? Are they practical and can they be implemented on a larger scale. The answer is yes and the most popular form of alternative energy around is bio fuels.  These are totally renewable sources of energy that can easily be replenished.  Let’s look at biodiesel a little close and how they can help alleviate our problem of fuel dependence.

Biodiesel are fuel made from biomass which would include oil from plant or animals including used oil or a combination of both. As much as we would like to believe that these green fuels would the problem we have will remove our dependence there are also some other issues that need to be considered as well.

  1. Shortage of Land

Growing crops that are specifically targeted for the biodiesel industry creates a shortage of land and resources that would otherwise be used to grow food.  This would add to the problem of world food shortage and exacerbates the problem. The best way to overcome this would be o use a more natural way to get those raw materials for making biodiesel. Algae biodiesel seems the perfect choice for this.  It can grow literally anywhere even on land which is unsuitable for growing other types of crops.

2. Energy to Grow Plants

Growing those plants for biodiesel purposes involves more than just panting those shrubs. You’ll need extra resources to care for them, apply fertilizer and finally harvest and process them. This is another actor that needs to be taken into consideration when conceding biodiesel as the fuel of the future. Again, algae colonies seem to be free from this issue. You can cultivate algae easily.  It just needs three things to survive and thrive-water, sunlight and carbon dioxide. It is the perfect solution to those who live in heavy industrial areas where there is excess of carbon dioxide o the air. Also these tiny plants grow well even in sewage area.  It can turn waste water into lipid that are high in oil and energy power.

  1. Limited Use

Biodiesel can only be used on cars and vehicles that run on diesel.  This makes it very limited.  Until everyone runs cars on biodiesel engine, the usage of these fuels can be strictly limited to hybrid cars or cars that are modified to allow for these fuels to run smoothly into the combustion chamber.  This solution would take a few years to implement, but we need to create a technology that would convert that biodiesel fuel into gasoline or to convert the existing engines to run on biodiesel.

Biodiesel from Algae: Can Algae Save the Day?

Biodiesel from Algae may be a group of slimy, unattractive inhabitants of ponds, pools and sewage areas but do you know that these aquatic plants can be harvested and turned into fuel for mankind?  Specifically, Biodiesel from Algaethese plants can be used as an important element in the creation of biodiesel?  Yes, there are many researches being done now to explore the possibility of turning algae into biodiesel to replace the old depleting sources of petroleum based fuels. The rising cost of gasoline has added to the enthusiasm to find a more and natural alternative of energy. Men has been relying too much on gasoline based energy in the last millennium that the natural sources found beneath the surface of the earth is fast depleting.  In fact scientist estimate that it takes less than one hundred years from now for those sources to dried up totally.

These aquatic plants are either simple unicellular or multicellular eukaryotes that are classified a aquatic pants even though they lack the necessary features present in most plants today. They dolts have leaves, roots or branches but they do posses the one important element that is exclusive to the plant kingdom-the ability to produce its own food through the process of photosynthesis.

Therefore algae play a very important role in the ecosystem of the food chain. These tiny aquatic plants serve as food for small fish and marine life and other microorganisms living in the aquatic areas. Perhaps you may be aware how the spirulina algae are used as a sensational health food product back in the late 1990’s.  These are spiral like algae that are harvested from the wilderness and cultivated in ponds across the world, due to its high enzymes and mineral contents. The humble algae plays an important role I the history of mankind since ancient, times, they are harvested as food sources and in this decade, scientists are looking at algae as a possible solution to end the worldwide hunger for energy or gasoline based energy that is fast depleting from the Earth as the day progresses.

Today the algae is showing great promise of becoming an important element  to save the earth and end the worldwide phenomena of  depleting natural resources due to oil supplies drying up. Algae seem set to save the day again.  They are very easy to cultivate and need only water, sun light and carbon dioxide to grow and flourish.  Additionally, when algae are turned into biodiesel, it consumes carbon dioxide and thus helps to keep the air clean and healthy.

The challenges are there too.  Scientists are finding a way how algae into biodiesel can be done without incurring too much cost for the manufacturer.  Right now, the technology is at a point where mass production of algae is extremely costly. There has to be a way to finally reduce the multiple steps taken to turn these slimy creatures into usable fuel. Research is on its way and it is on a matter of time before the next breakthrough happens.

With all of this features and more, it seems that the good old algae is set to be the next sensation to sweep the world when the process of algae into biodiesel is finally optimized and all challenges that stand between mass algae biodiesel production is finally conquered.

Two Types of Biofuel

The need to look for alternative sources of energy that is more cost effective is on the rise these days. As gasoline prices continues to soar, the need for a cheaper and mire reliable source of alternative energy is two types of biofuelgrowing rapidly. Basically two forms of biofuel can be created from vegetable of animal fats-bioethanol and biodiesel. These are two different types of fuels that can be produced from biomass.

Let’s look at how bioethanol is created.  There are two parts that are involved- hydrolysis and fermentation. The most common way to produce bioethanol would be to use sugar, water and yeast and allowing the solution to ferment in warm conditions. This mixture will gradually turn into a liquid that has fifteen percent alcohol. Finally the yeast will consume itself and dies out and thus stopping the process of fermentation altogether.

At this point, the liquid mash is distilled and purified o get a ninety nine percent bioethanol solution. This is a relatively simple process where sugar is turned into ethanol. Yeast that feeds on that sugar causes fermentation to occur and ethanol would be the result of this process.

The process of fermentation converts sugar or carbohydrate into ethanol and water. The process can be shown by the equation below.

C6H12O6 (glucose) —> 2 CH3CH2OH (ethanol)+ 2 CO2 (carbon dioxide) .

Now let’s look at how biodiesel is produced. Biodiesel is the product of oil extraction from biomass such as plant or vegetable and even animals, usually oil from core or soy is based in the production of biodiesel, which causes a cry of alarm from the worldwide population due to the fear of ever increasing food prices. Early last year, a company based in Texas became the first ever to launch into a large scale biodiesel from algae, which is a great way to obtain oil from biomass without sacrificing the food sources.

Algae are colony of wonderful organisms that can thrive under the most extreme conditions where other life forms have perished.  It only needs there things to survive-water, carbon dioxide and sunlight. This makes the lowly algae a perfect solution for biodiesel production. These green plants that are either unicellular or multicellular are rich in lipids or oils which make it great as the raw material for biodiesel production. Algae into biodiesel have been regarded as the best and possible solution to end the world dependence on foreign imports of fossil based fuels. Algae has been cultivated in large ponds by private companies as research is being done actively to find out the best way to extract oil from these organisms that would yield in the best output if the best quality biodiesel possible.

The research to find the best strain of algae that can be used for biodiesel production is still in progress. More advanced technique to extract the oil from algae is also being developed. But the biodiesel from algae is by far the most cost effective way to get fuel from plants or animal sources.

How Biodiesel is Made

Biodiesel is the latest way to obtain fuel from alternative sources that is both renewable and safe for the environment. Popularly known as the green fuel, biodiesel is all set to hit the country as the savior that releasesHow-to-make-biodiesel us off the dependence on foreign imports of fossil based fuels. As people come to realize just how dangerous it is to place our need of energy on a foreign unstable source, we have realized how important it is to find an alternative source of energy we can produce ourselves and depend fully on.  Not only can we produce biodiesel in our country we can even produce it right in our own backyard!

Let’s look at one simple way how you can create biodiesel right in your own home. You would need to get the right equipments to get this right though. If you are a newbie, then start with ready made oil such as vegetable oil you can easily buy form the stress.  Once you develop the skills to make your own biodiesel, you can move on to other stuff you can include.

When you are ready to start, get one liter of vegetable oil or even used oil and a spoonful of sodium hydroxide or lye (about 3.5 grams), and one fifth of a liter of methanol or methyl alcohol.  Now get a glass blender.  Do not use a plastic blender as these may react with methanol. Now use a digital scale to measure 3.5 grams of the sodium hydroxide.  Once you get this right measure the methanol gain just to be sure you get the right amount in, precision is the to getting the results you want.
You should be wearing safety glasses, apron and protective gloves before you attempt doing this. Methanol or sodium hydroxide can burn your ski upon contact so make sure you have a glass of clear clean water near you to be safe. In some cases, the chemical reactions will produce fumes so be sure you are at a safe distance away. Now mix the solution well in a blender.  This would produce a solution that needs to be used immediately.

Now you can mix the vegetable oil to this mixture. Leave it for a few hours.  You will get a solution that would be divided into two parts.  The top part is the biodiesel and the bottom part would be glycerin. You can use glycerin for other purposes while you save the top part for fuel purposes.

Now that you know how to make biodiesel from home, you may be interested to know that there is very low cost way of getting oil as raw material fro your biodiesel fuel. The source is from biodiesel algae which can be cultivated right at home in your own backyard. You may be happy to learn that there are complete manuals which would help you build your own algae cultivation

Alternative Energy Sources

As the rising oil prices continue to haunt us all, and the cost of heating an American home is expected to increase up to 50% this winter, we are in dire need to find a more reliable source of energy that is both costalternative energy sources effective and environmentally friendly.  We live in a world where there is an over dependency on fossil based fuels. And to worsen the scenario, we don’t produce enough of those fuels for our own use, and thus depend on foreign imports of oil. This is a disaster as these foreign governments have total control over the oil prices and the policy that allows for the mining of those natural resources.  We don’t have control over that. The only way we can free ourselves from this over dependency is to find a reliable source of alternative energy that can fuel our economic activity and doesn’t threat our environment at the same time.

The phenomenal growth in the human population has created an insatiable need for energy and our dependence on fossil based fuel is definitely taking us nowhere. In fact supplies are fast drying up and scientists estimates that it takes less than a few decades before all of those natural fossil based reservoirs will be used up.

Apart from that the burning of those fossil fuels to create energy would only damage the delicate balance of our ecosystem.  It creates unprecedented amounts of pollution with its release of harmful toxins into the atmosphere. There is no end to the amount of damage that is caused by the cumulative effect caused by the excessive burning of these fossil based fuel for energy.

So what are the alternatives we have right now at our disposal?

Solar Power

Solar power is a renewable and endless source of energy for all of mankind without creating and undesirable side effects in terms of polluting the environment. It is widely used now for cooking, heating up swimming pools, in water heaters and even in the generation of electricity. It has plenty of photocells which traps the energy from sunlight and convert it to electricity. It makes use of silicones trapped under no reflective glasses where it is turned into electricity.  These are called solar panels that turn that energy trapped into electrical energy or DC current.

The biggest problem is these panels will not work if there is no sunlight which can be caused by clouds, bad weather or night time.

Wind Power

    Wind power can be gained from the kinetic force that is used to propel the blades of the windmill. The motions of those blades are converted into energy which would be converted into electricity by the help of a motor. Wind wars can be used to generate electricity to power up homes and industries. As these forms of energy are created by wind power, there is zero pollution involved as you get fresh clean energy to use. Also the land where those wind turbines are placed can be sued as grazing lands for farm animals. This is an excellent source of renewable energy.

    The negative side to this form of alternative energy lies in the inconsistency of wind to blow. We can never predict when these winds would blow and there is always a sporadic source of energy when wind power is harnessed into electricity.

    3. Biomass

    This is the best source of energy for fossil based fuels! Biomass refers to the biological elements within the earth that can take the form of seaweed, plants, animal fats, trees or even dung. These types of energy sources are renewable and completely safe to use. If you are considering this form of energy as your alternative fuel, source of algae would be the best choice of all due to its low cot, ease of cultivation and rapid expansion of the algae colony.

    Algae Biodiesel as the New Source of Biodiesel Fuel for Mankind

    Mankind has been too dependent on petroleum based fuel for far too long.  Big companies has been making billions of dollars off this trade and worse, countries that are actively producing these form of energy has been associated with supporting acts of terrorism lately, which remains debatable but nevertheless causes plenty of uneasiness among the western world. We need a fast and effective solution to end this dependence once and for all. What do we do at this point?

    Consider biodiesel for a change. So what are biodiesel fuels? Biodiesel are fuels that are created from a renewable source that comes from the plant and animal kingdom hence the name bio. These sources may includealgae biodiesel ponds vegetable oil such as corn oil, soy, used cooking oil and animal fat.  But he most widely used biodiesel round are those made form corn, soy and palm oil.  The problem with these sources is the biodiesel has shifted its dependence from foreign imports of fossil based fuels to another industry-food! And this causes alarm among world conservationists and activist for the fear of rising food prices around the world.

    So what other sources can we turn to for a reliable supply of biodiesel fuel without causing any kind of upsets within other industries? The answer may be simple. Consider the humble old algae! Yes, algae for biodiesel are a widely embraced concept by many due to its ease of cultivation and harvesting.  Algae is very simple to grow and needs only three things to survive-water, carbon dioxide and sunlight. It can grow and thrive well in areas where other plants would find it impossible to survive. It has the ability to produce its own food though photosynthesis. It does not having leaves or branches which is the basic attributes of most plants.

    The lowly algae possess a vast amount of natural oil which makes it perfect for biodiesel production. Algae to biodiesel have been a widely discussed concept. Many research is been done on this topic as well. Biodiesel algae can be grown easily and expands rapidly in colony size making it ideal for turning into biodiesel.  Algae can produce 30 times more biodiesel in quantity than any other biodiesel plans out there. The algae biodiesel does not produce any harmful emissions and is totally renewable.

    There are growing concerns that the algae into biodiesel industry would use lands that should be used to grow food for mankind.  Fortunately the humble algae can be grown almost anywhere at all where there is water, carbon dioxide and sunlight. This means that climate areas or land that cannot be used for farming can be turned into algae farms. And it is cheap and easy to grow them too.

    However, the challenge still lies in the fact that people are not aware of these opportunities and car manufacturers still produce petroleum based vehicles. As the awareness grows, people will demand more of these biodiesel cars.  As more vehicles that run on biodiesel are produced, the more these algae farms can flourish.

    Embracing the New Phenomena: Algae Biodiesel

    The escalating cost of gasoline are making biodiesel seems like the next big thing waiting to explode into a worldwide phenomena. People are looking for a more affordable solution and biodiesel sounds like a very feasible option. The best thing about biodiesel is, this is a technology that is not dominated by the big companies rather it is a simple process that can be done by anyone right at home with the right knowledge, tools and the right stuff.

    Today, many people are making these home made biodiesel right from their own home using simple materials that can be gained easily. People are using vegetable oil, used cooking oil, corn oil and a whole lot more to create their own biodiesel right in their own homes. But the process of using foodstuff as biodiesel has raised an alarm among many conservationists for the fear of ever increasing food prices. Using food as fuel is not a rally good idea when plenty of people are starving from the lack of available food items. Therefore a more feasible elements needs to be found as a source of biodiesel fuel rather than depending on foodstuff to use as energy.

    This is where the algae into biodiesel come in.

    Algae are aquatic plants that grow in ponds, lakes and around the sewage areas. These hardy plants are very easy tog row. They only require minimal sunlight, water and carbon dioxide to survive. They can grow in places where other plants fail to grow. Being unicellular or some have evolved into multicellular plant, algae seems to be a promising solution to end the need for more fuel as energy.

    Algae as biodiesel has prompted scientists form all over the world to look into this possible source of renewable energy to replace the depleting gasoline based products that are fast dying up.  The world is in dire need for a renewable source of energy and biodiesel seems to be the best solution to this impending question. So what are biodiesel and how do the algae play a role in this technology?

    Basically, biodiesel are fuel that is created form plant sources. Bio represents he origins of these fuels or diesels which refer to the plant kingdom. Usually, vegetable oil or plant oils are used to create these biodiesel liquid. F you plan to un you car on biodiesel, you need to purchase conversion kits that are available to allow your car to run on biodiesel. But in many case, cars or truck that run on diesel engines can run very well on biodiesel.

    You would need to purchase a processor to turn this oil into biodiesel. Sometimes these kits can be costly.  But considering the long-term usage and the amount of cumulative savings you will be able to obtain, the kit may seem to be a very good investment. There are many companies around that would be willing to ship a biodiesel processing kit to your home. Bur before you settle on one, it is good to know the facts right before you hand over your hard-earned money.

    Algae Biodiesel: The New Source of Biodiesel Fuel for Mankind

    Mankind has been too dependent on petroleum based fuel for far too long.  Big companies has been making billions of dollars off this trade and worse, countries that are actively producing these form of energy hasAlgae Biodiesel: The New Source of Biodiesel Fuel for Mankind been associated with supporting acts of terrorism lately, which remains debatable but nevertheless causes plenty of uneasiness among the western world. We need a fast and effective solution to end this dependence once and for all. What do we do at this point?

    Consider biodiesel for a change. So what are biodiesel fuels? Biodiesel are fuels that are created from a renewable source that comes from the plant and animal kingdom hence the name bio. These sources may include vegetable oil such as corn oil, soy, used cooking oil and animal fat.  But he most widely used biodiesel round are those made form corn, soy and palm oil.  The problem with these sources is the biodiesel has shifted its dependence from foreign imports of fossil based fuels to another industry-food! And this causes alarm among world conservationists and activist for the fear of rising food prices around the world.

    So what other sources can we turn to for a reliable supply of biodiesel fuel without causing any kind of upsets within other industries? The answer may be simple. Consider the humble old algae! Yes, algae for biodiesel are a widely embraced concept by many due to its ease of cultivation and harvesting.  Algae is very simple to grow and needs only three things to survive-water, carbon dioxide and sunlight. It can grow and thrive well in areas where other plants would find it impossible to survive. It has the ability to produce its own food though photosynthesis. It does not having leaves or branches which is the basic attributes of most plants.

    The lowly algae possess a vast amount of natural oil which makes it perfect for biodiesel production. Algae to biodiesel have been a widely discussed concept. Many research is been done on this topic as well. Biodiesel algae can be grown easily and expands rapidly in colony size making it ideal for turning into biodiesel.  Algae can produce 30 times more biodiesel in quantity than any other biodiesel plans out there. The algae biodiesel does not produce any harmful emissions and is totally renewable.

    There are growing concerns that the algae into biodiesel industry would use lands that should be used to grow food for mankind.  Fortunately the humble algae can be grown almost anywhere at all where there is water, carbon dioxide and sunlight. This means that climate areas or land that cannot be used for farming can be turned into algae farms. And it is cheap and easy to grow them too.

    However, the challenge still lies in the fact that people are not aware of these opportunities and car manufacturers still produce petroleum based vehicles. As the awareness grows, people will demand more of these biodiesel cars.  As more vehicles that run on biodiesel are produced, the more these algae farms can flourish.