In this time period once the tree has reached full maturity, you will not be required to replant it or even harvest the whole tree. Simply pick the seed pods from the tree, remove the seeds from within and then crush these seeds to produce the biodiesel. The Jatropha tree can survive a period of 6 months without getting any water and still survive. The fact that it is not a food source also helps in that you do not have to compete with corn, soya beans or any other crops that are used to provide food.

In Florida, they are currently carrying out research to study the tree and how to best manage it. The ultimate goal is to figure out how to grow the tree the best way possible. They are still finding it difficult to study this tree because, up to now it is still just a wild tree. However, even when you compare it to other biodiesel producing plants such as soya beans, Jatropha tree provides more fuel per acre as much as 300 gallons. On the other hand soya beans only produces about 100 gallons per acre. Unlike Jatropha, soya beans have to be planted every single year they are not perennial.

so far research has concluded that this tree can do very well in Florida, mainly in the citrus growing areas.This tree is native to South America and still has many things that are not known about it. For example, they are still to determine the temperatures at which it can grow optimally. However, this tree is showing a lot of potential even now when it is still not domesticated.

This biodiesel processor is fully automated and this makes it one of the easiest to use.Using it is just as easy as using a washing machine, you just load up the oils and then yo turn it on. You simply take off the lid and add 50 gallons of vegetable oil into the main tank. You then add lye into the meth-oxide port which is the second one. You can use either Sodium Hydroxide (1520 grams) or you can add Potassium Hydroxide (2350 grams). Close that port and make sure the cap is firmly secured.

The next step involves adding methanol to the methanol port, and you need to add 4 gallons of it. Then you add another 6 gallons of methanol to the second port where you added the lye.Fill both ports until they are half full. The only thing you have to do now is turn the machine on, hit the start button and add 190 mi of sulphuric acid. Let it run for 8 hours to complete the reaction stage. You can then remove the glycerin. There is a nice see through glass that shows you the levels of glycerin and biodiesel in the processor.

The glycerin is very thick and dark. When you are draining it out you will know that it is all drained out when the color of the liquid coming out changes. the last step is to wash the biodiesel so you hook up the water in and water out hoses. Then you turn on the system, hit the rest button and then the wash button. Then you remove the lid at the top. Once the washing is complete, your biodiesel is ready to be pumped into your vehicle.

You can buy a Bio PRO 190 Biodiesel Processor here

However, you do not get the plastic pipes due to the fact that each water heater has different heights. You can go purchase these from your local hardware store. This biodiesel processor will be able to make a new batch every five hours. This is broken down into 90 minutes of heating, 90 minutes of mixing, 90 minutes to 2 hours to allow for the settling. You can then drain out the glycerin into containers followed by your biodiesel.

This is a very effective biodiesel processor set up that has been used successfully by the creator for many years. He uses the biodiesel on his truck and has never had any issues with the fuel. As far as the equipment is concerned the processor has never malfunctioned and the car still runs with no issues too. Not only is he pleased, he is a happy camper.

You can watch the video below to see his actual set up….

The passing of the biodiesel tax credit would allow for an instant increase of more than one thousand jobs, in a very short period of time. There has been a lot of lobbying in the house of commons and asking for this tax credit to be reinstated. President Obama supported the idea but he had to convince the congress to bring back this tax credit.

Since the congress is made up mostly of his party, he only needs to pull strings the same way he did with health care and this issue with the biodiesel tax could be instantly solved. A few senators had worked hard to try to keep the tax credit on initiatlly but it was very difficult for them to do so it ended up being taken away.

All that lobbying has paid off…

The $1 per gallon tax credit for biodiesel was then extended by the US senate. Biodiesel production had dramatically decreased since the tax credit had expired late 2009.

This tax credit is given to those who blend biodiesel and conventional fuel. The hope in the industry is that the extension of the tax credit will ultimately revive the industry leading to an increase in bio diesel production.

Let us look at the inside make up of a biodiesel conversion. Your vegetable oil will be stored in a tank that is usually located in the trunk of the car. The oil flows through a pair of filters to capture and particules that may block the cars engine system. After the filters the biodiesel oil makes its way via a tube to the engine, and then through an aluminium tube that is inside the cooling hose. This tube will go to the rear of the car at the same time it heats up the oil.

The biodiesel will then flow through the fuel selector valve which has a flip swith inside the car to control it. The selector is there to allow you to select between diesel or vegetable oil. As far as supply for your oil you can visit dumpsters behind restuarants and use a manual pump to pump the oil into your plastic containers which you can then store in the trunk of the car. Before you pour your oil into the tank in the back it is recommended that you filter it, so that you do not have to constantly change the filters between the tank and the engine.

When you change your vegetable oil filters, you should fill them with diesel oil before they are installed into your car. Why do you use diesel? Well this will get rid of the air pockets faster than if you used biodiesel. If you do not remove the air and it builds up in your engine system, you may have difficulties when it comes to starting up your car.

Also when you have more oil in your storage, then it is recommended that you keep this oil heated. This will force all the large particles to the bottom of your plastic containers. If you leave in the cold regions of the world, it is recommended that you keep a little diesel in the origional tank of the car. This will help you start your car in cold conditions when vegetable oil does not respond. Some experts have recommended that you just keep diesel all the time in your car this will help you prolong the life of your engine.

The other advantages of using algae include the need for very little land to grow your crop. Also it seems that the sulfur content is non existent, they are no toxins and the fuel generated will be highly biodegradable. There are actually some special species of algae that are grown specifically for production. These contain higher levels of oil than normal, often up to 50% and they also grow really fast.

There are now many companies that use this natural resource in the production of biodiesel. Aquaflow Binomic Corporation (ABC) is based in New Zealand. They harvest their algae directly from the settling ponds of standard effluent management systems and other nutrient-rich water. Their process can actually be adopted for many other industries.

There is also Aquatic Energy, LLC which was started in 2006 to pursue their vision of producing renewable energy bio fuels in Louisiana, which is located in the Gulf Coast of the United States. Aurora Biofuels has successfully been operating a relatively small plant since August 2007 and this plant has consistently produced high quality biodiesel. They expect to have their first commercial scale facility in operation by late 2012.

Lastly I would like to mention Blue Marble Energy, which is based in Seattle in north eastern United States. Their main focus is on using wild algae and plant material to make biodiesel. However they have developed a very interesting production process that churns out fertilizer and other chemicals as a by-product.

What exactly is biodiesel expansion? This is simply put a rapid increase in biodiesel manufacturing facilities mainly due to encouragement from the central government. The goal is to expand fuels to in cooperate the use of bio fuels too. Europe was one of the manly continents that experienced this expansion in high levels.

Besides the high prices, concerns for the environment have also contributed to this movement. Not a singe day goes by when we do not hear about going green in order to save the earth we live in, because we have been slowly killing it over the years. It uses renewable materials to create fuel to run your vehicles so it is considered environmentally friendly.

The governments of numerous countries worldwide have therefore been are changing their policies to include the increase in production. This also includes improving fuel technology, raising the awareness of their people, building larger biofuel networks and increasing the output and also use of biodiesel in their respective countries.

It has been predicted that production may expand by up to one hundred times more by the year 2050. In fact with the implementation of all these new policies, production has been slowly growing with every single day. Remember, it is way cheaper to produce than the diesel fuel that is already widely in use by our vehicles such as trucks and tractors.

Biodiesel is produced from animal fat as well as plant and vegetable oils. These plants include algae, sunflower, canola, soybean, and jatropha.

Biodiesel is obtained through the process of transesterification. This process involves the chemical reaction of vegetable oil, in rare cases animal fat, and an alcohol in the presence of a catalyst to form a product called fatty acid alkyl esters or biodiesel. The alcohols used in the process may be ethanol which would then produce ethyl esters or methanol which would produce methyl esters. The catalyst that is utilized is usually lye. Glycerin, also known as glycerol, is released as a byproduct of biodiesel transesterification. Glycerin is also a type of alcohol.

The process of biodiesel transesterification is a recent discovery known to make the vegetable oil less viscous. The viscosity of the vegetable oil is very important in making the biodiesel because this affects how the biodiesel would be used. Because the transesterfication process produces a biofuel with less viscosity, this biodiesel may be used for car engines, thus replacing petroleum diesel in a diesel-dependent vehicle.

Since most of the fossil fuels are used for cars, biodiesel manufactured through transesterification is just what the world needs right now and for many generations to come.

Just recently, it was explained that certain bioreactors which are needed for mine water treatment for the sulfate-reducing bacteria they contain. These sulfate-reducing bacteria feed on certain carbons, particularly glycerol. Thus, a theory sprung that it may be possible to utilize the biodiesel glycerol byproduct to feed the sulfate-reducing bacteria in order to reduce the sulfate found in mining waste. If this is possible, not only is the liquid from mining drainages treated but biodiesel waste will also be consumed. Both of these wastes will therefore be reduced and consequently, the environment will have less pollution.

So, a project was carried out to prove the theory. A number of laboratory columns containing sulfate were fed with reagent-grade glycerol while the rest of the laboratory columns were fed with the glycerol from biodiesel waste. The goal was to reduce fifty percent of the sulfate in the columns. The project proved a success since the glycerol from biodiesel waste reduced fifty five percent of the sulfate while the reagent-grade glycerol reduced fifty percent.

This proved that the glycerol from biodiesel production waste was more effective. Aside from this, the biodiesel glycerol byproduct is cost-efficient since it is technically waste material and hardly costs anything at all. Other tests show that biodiesel waste is also capable of reducing concentrations of acetic, formic, lactic, and propionic acids and the organic carbon found in the biodiesel waste was even converted to carbon dioxide.

Biodiesel production waste may be rubbish but it serves as a wonderful component of decreasing one of the largest sources of pollution.

Being that biodiesel has its share of operability problems, biodiesel fuel additives are incorporated to reduce problems, including making this fuel more stable. The stability of biodiesel, specifically B100, is essential to avoid the deterioration of engine parts. Fuel additives are important for decreasing the oxidation and acid formation in engines. B100 can be destructive to an engine due to the some factors that were used in its production.

A factor which is capable of causing a destructive biodiesel product is the type of manufacturing process that was performed in order to come up with the biodiesel. Another factor would be the type of oil that was used in the biodiesel production. One of the most harmful oils to an engine is animal fat because it forms polymeric gums and other such byproducts which cause deposits and plugs in the engine. Fuel additives are included in the fabrication of biodiesel to counteract all these problems.

Biodiesel fuel additives work to improve the quality of the B100 biodiesel to make it more efficient as a fuel for diesel-powered vehicles.