Although bio diesel production has gained huge popularity only recently, it is not a new idea. The idea was present when the first diesel engine was developed since peanut oil was used to fire the first compression-ignition engine.This should not be forgotten when one wants to learn how to make bio diesel.

Bio diesel therefore refers to the non-petroleum-based fuel made from animal or vegetable fat. This fuel is usually mixed with ordinary diesel or used alone with an ordinary diesel engine. As such it is a viable alternative fuel source especially with the increase in fossil fuel prices.

Since the production process is quite easy, it makes it possible for one to learn from different sources. Considering the production materials, there is a very wide variety used in producing the diesel ranging from rapeseed, soybean oil and other feedstock. In some cases, it is also possible to extract the diesel from used vegetable oils from hotels. Animal fats such as chicken fat, tallow are also other viable sources. Apart from these oils, the diesel can also be extracted from algae although this is not feasible for commercial production.

The first step when you want to learn the art of making bio diesel is identifying the source oil. This is because the process varies slightly with different materials. Some of the materials will also necessitate the acquisition of special equipment like a bio diesel processor. Some of the cases however do not require such equipment like in the case of making the diesel from used cooking oil with methanol and sodium hydroxide. This method however, does not produce large amounts.

After establishing the oil source, the next step is testing it. This is necessary since the quality of your final product is usually determined by the ingredients. The two main factors that determine the quality of bio diesel you get are how acidic the source oil is and how wet it is.

The best oil sources, which will make the process easier, are those with relatively low water and acidic content. This necessitates the need to learn how to test the oil using different methods such as heating or using a water testing kit. Acidity is tested by adding the oil to a pH neutral alcohol, a process called titration.

Another major step when making bio diesel is filtration. This is done when using used vegetable oil and helps remove food particles and any other contaminants. Filtering is done mostly with drum filters which are very effective. You should learn about micron rating as it will help you select the most effective filter. The smaller the rating number, the smaller the holes in the filter will be.

Before you can embark of full production of bio diesel a test batch is very important. You should therefore learn how to make this using items obtained from the local grocery stores. You will also need to obtain the actual production equipment. Some of the equipments needed include oil collection containers, oil transfer and filtering capability, a bio diesel processor and bio diesel washing vessel. You also require storage containers, transfer pumps and a titration kit.

The intended production capacity will be one of the main determinants of the equipment you acquire. With these you should be prepared to learn how to make bio diesel.

Locate those many choices for renewable energy by looking online. One choice you have will be biodiesel. To learn more about it head online today to learn those benefits. Don’t reprint the same version as everyone else. Get your own unique content Renewable Energy article here.


Dr. Steven Chu, distinguished scientist and co-winner of the Nobel Prize for Physics (1997), was appointed by President Obama as the 12th Secretary of Energy and sworn into office on Jan 21, 2009. He is charged with helping implement President Obama’s ambitious agenda to invest in substitute and renewable energy, end our addiction to foreign oil, address the global climate crisis and create millions of new jobs, a very large task indeed.

In 2004, the United States consumed 20.7 million barrels of petroleum products per day (about 7.5 billion barrels per year). A barrel contains 42 gallons, so total petroleum consumption in 2004 was about 318 billion gallons. Roughly 60% (~190 billion gallons) of petroleum consumed was imported, with about 13% (~40 billion gallons) coming from Persian Gulf countries. The United States primarily imports crude oil but also imports petroleum products including completed motor gasoline, aviation fuel, and fuel oil. The United States Says imported about 15 billion gallons of completed motor gasoline and gasoline-blending components in 2004. (Source: Annual Energy Outlook 2006 from the Energy Information Administration).

Biofuels are liquid, solid, or gaseous fuels derived from renewable biological sources. The biomass can be burned directly for thermal energy or converted to other high-value energy sources including ethanol, biodiesel, methanol, hydrogen, or methane. Currently, ethanol from corn grain and biodiesel are the only biofuels produced in the United States on an industrial scale.  Current biodiesel in the United States in prefabricated from used cooking oil, yellow grease, waste vegetable oil and animal fats.

Most of the 4 billion gallons of ethanol produced in 2005 came from 13% of the U.S. corn crops thus igniting the food vs. fuel debate. This was an increase from the 3.4 billion gallons produced in 2004. Ethanol is widely used as a fuel additive. The oxygen contained in ethanol improves gasoline combustibility. E10 & E85 blends are acquirable from gas stations all over the United States Say this fuel is widely acquirable in corn-producing states. E85 can be used as a substitute for gasoline in cars that have been altered to use this biofuel.

Biodiesel is a biologically derived diesel fuel substitute created by chemically reacting vegetable oils or animal fats with alcohol. Most biodiesel in the United States comes from soybean oil or restaurant greases. Biodiesel is readily used by cars with diesel engines. In 2005, about 75 million gallons of biodiesel were produced, tripling the 25 million gallons produced in 2004.

Creating a minimum blend stipulation for the United States the biodiesel biofuels industry will help accomplish the goals of substitute and renewable energy expansion, place a halt on our addiction to foreign oil, reduce the effects of the global climate crisis and create millions of new jobs.
Substitute energy research does not stop with Algae or Jatropha, other plants such as the cassava and the Honge tree from India are alternatives for renewable green fuel feedstock sources. The research in these areas will help end our addiction to foreign oil, reduce harmful emissions by introducing green renewable fuel alternatives. Jobs will be created for agricultural research, farmers and renewable fuel industries from fuels home grown in the USA.

70CentsaGallon Inc. a Florida Biofuels technology company has started a petition for submittal to the new Secretary of Energy. They hope this petition will help secure America’s future prosperity for our future generations through a biofuel mandate. They only ask for your support of the petition for a minimum blend for bio-diesel in the USA. The petition is being hosted online at and you can reach this particular petition at this link


 Accurate Biodiesel Blending is Important to building worldwide consumer confidence. The biofuels industry must work to ensure that poorly blended biofuels are caught before they get to the end user. In colder climates, the thicker layers of the fuel can congeal and plug fuel lines, injectors or filters, stopping an engine. What is this material that congeals? It has to do with the feedstock that the biodiesel it was produced from. Feed stocks, especially those produced with used cooking oils (UCO), waste vegetable oils (WVO), yellow grease or animal fats (Tallow) will produce high levels of fall out materials. These layers of material can also be caused by incomplete removal of glycerin, soaps, waxes, or resins during the Transesterification process.

Government incentives are the backbone of the biofuel industry right now. Federal and state tax incentives are based on the amount of biofuel placed in the market. Companies that over report the amount of biofuel present in an advertised blend defeat the purpose of the tax credit and reduce government revenues. Biofuel advocates are concerned that inaccurate blending and poor press reports will lessen consumer confidence in their fledgling industry.

Companies such as are offering cost effective solutions through a standalone biodiesel blending unit that will scientifically blend any blend of biodiesel. It has the ability to produce biodiesel at 350 Gallons per minute and if running non-stop it could put out 180 million gallons annually. It uses an injection blending technology that surpasses any blending technology out there. This set up is a 30,000 gallon gross set up which could be configured to the needs of the customers. These larger consumers range from governmental & city fleets to large transportation companies that rely on diesel biofuel to keep cost down and help the environment.

Just like any fuel station pump, a customer can pull up, insert their credit card, and purchase any one of three blends to fuel their diesel vehicle. The fuel is blended by two electronically controlled pumps and metering valves before being sent through the filling hose to the customer’s fuel tank.

These units are self contained just run power to it and your ready to dispense fuel. No holes to dig, plumbing to run or assembly. It’s the hassle free way to introduce alternative fuels at your station, or use them for your fleet.

The blend can also be programmed to suit individual needs as well. The units handle Bio-Diesel and regular Diesel onsite blending them into B20, B50, and B99 products. Fleet operators will benefit by consistently using the correct blend for each piece of equipment.

With new technologies like onsite biodiesel blending units to ensure proper blending of the fuels, the fledgling biofuels industry can grow and ensure global consumer confidence.

Biofuel will play a very important part in meeting the worlds growing energy need, Biofuel has a place in not only our past, but in our future as well.