There is a Japanese environmental equipment manufacturer and supplier called Fuji Energy Co. who have created a compact processing device used to transform used engine oil or other waste oils into fuel oil.

What this device does is it mixes already used engine oil and Type A fuel in a 40 to 60 ratio, heats it up to 60 degrees Celsius and then it takes away the solids using a centrifuge. After this process, the oil goes through a precision filter roughly six or seven times, which breaks it down to micron-sized units. When these units are emulsified, you then get an alternative fuel for boilers with basically the same composition as Type A fuel oil.

There has already been a model of this processing device built by the company Fuji Energy and they are testing it at a hot bath facility in Ehime Prefecture. The company states that the device gets rid of exhaust gas regulations. This machine can process around 100 liters of oil a day and costs around US $8.70 a month to operate.

The compact version which is priced at $48 000 is 80 x 80 x 130cm and can be installed beside and connected to a Type A fuel oil boiler. Fuji Energy is trying to ship fifty of these a year to transportation companies and food factories, using the selling point that this device has the ability to reduce fuel expenses by 30%.

Companies keep creating new unimaginable ways to help the environment hopefully soon all companies will take part and use these devices to help save the environment and make our planet a better place.

Biodiesel sounds great, but what could you use it for around your home? The obvious answer is as a replacement fuel for your diesel powered automobile. Another important usage around your home could come as a replacement for home heating oil. Since diesel fuel and home heating oil are very similar, if not essentially the same, biodiesel could be used as a replacement in heating oil powered furnaces, boilers, or hot water heaters. At most, the change to biodiesel in these appliances should be a relatively straightforward and inexpensive task.

Another use would be as a fuel for a diesel powered electrical generator. If you’ve ever seen a Lister engine, you know that many of these are attached to generators. These engines, and diesel engines in general, are very reliable, efficient, and can provide large amounts power when needed.

While it may not be a complete solution, and you shouldn’t rush out to buy a biodiesel processor, you should think about integrating biodiesel into your overall energy plan. Diversification isn’t just for the stock market. The more options you have, the easier it is to adapt in the event that any one of them fail.

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D.R. Smith is a proponent of off grid living, alternative energy, and green power solutions. He’s been building and designing solar and wind components for over 20 years. Click here for DIY Solar Cell and Wind Generator Plans

The plant produces approximately 7000 gallons of biodiesel each day. As mentioned in the video, making biodiesel from soybean is a very long term approach to relying less on oil for energy.

For as long as crops can still be grown, so will we still be able to make biodiesel at plants like these.

You can watch the video below…

One of the sources that scientists have been doing a lot of testing on is biodiesel, a fuel made from natural products. So far, tests that have been carried out on the health effects have shown that biodiesel poses absolutely no threat to human health and that it is also biodegradable.

They also did a lot of comparisons to petroleum diesel and there were a lot of interesting findings. For example, they discovered that biodiesel forms roughly fifty percent less smog then petroleum diesel. Smog is a health hazard that can cause asthma, emphysema and bronchitis as well as decrease the lungs working capacity.

The exhaust emissions of carbon monoxide are 50 percent higher then from diesel. Carbon dioxide is a very poisonous gas and also a contributing factor in the localized formation of smog. The exhaust emissions of sulfur oxides and sulfates which are major components of acid rain are completely eliminated when it comes to biodiesel.

Finally, the exhaust emissions of aromatic compounds known as PAH and NPAH
which have been suspected to cause cancer are substantially reduced when compared to petroleum diesel. These factors range from a drastic 75% to 95% difference.

The scientists have used the best technology possible to gather their data. This shows how important the use of biodiesel is important to our health and to the environment that we live in. Hopefully we will fully replace petroleum with it and it will slowly but surely show us a wide range of differences in which we can benefit from.

There are so many benefits of using this source to replace fossil fuels and some of these include reduced air pollution, reduced greenhouse gas emissions, and conservation of limited fossil fuels. There are two different ways that you can use vegetable oil as a fuel in engines.

The first way is that you can use straight vegetable oil either waste frying oil or fresh- pressed oil, however you will need an extra fuel tank and a system for heating and filtering the oil before it reaches the engine. The reason why you will need this is because pure vegetable oil is too thick to work in the engine unless the oil is heated up.

The other way is to simply convert the vegetable oil into biodiesel which can be used in a diesel engine without any modifications. Biodiesel is a fuel source made from vegetable oil when a chemical reaction occurs between methanol and lye. It can be created either from using waste vegetable oil from the food industry, or you have the other option of using it from fresh-pressed vegetable oil.

This is something that is now being made to sell commercially in thousands of countries all around the world, however with the right equipment and enough time it can also be made right at home. Some of the toxic air pollutants that are reduced include soot, particulates, carbon monoxide, and sulphur oxides, however nitrous oxide emissions may increase slightly.

When you think about diesel aircraft engines, this fuel performs quite well. The reason for this is because it is incredibly similar to diesel and so the aircraft is not able to notice the difference. However, because diesel fuel has a high stability rate, it is not used in the larger aircrafts such as 747s. Therefore it is highly unlikely that they will use biodiesel as a source of fuel any time soon for commercial flights. On the other hand, if you do have your own personal jet, it’s worth looking into and inquiring about.

Kerosene as a fuel source is lighter than diesel but heavier than gasoline. It appears to be possible that a biodiesel element could be introduced to a kerosene mix. In the not too distant future it may be that airlines could charge a little extra than usual for flights that used this in their fuel blend hoping to attract passengers that would like to be friendly to the environment.

Even though bio fuel in aircrafts would reduce the amounts of harmful CO2 emissions, this would also mean that some of our agricultural resources would have to be dedicated strictly to air travel and would unfortunately be putting an increased strain on our natural resources. With that being said, although there are a few negatives there are definitely a lot of positives especially when it comes to being friendly to the environment for the use of biodiesel in the turbine fuel kerosene.

There are various advantages of producing biodiesel from algae, which include rapid growth of the plant. Using Algae Biodiesel gives high per acre yield. Algae biodiesel does not used to contain sulfur, toxic materials and it is highly biodegradable. There are some species, which are ideally suited for algae biodiesel production, because their high oil contents in some species.

Algae used to develop from small, singled celled organisms to cellular organisms, some algae have complex distinguished form. Algae can be easily seen at places like damp, bodies of water. Algae are common in terrestrial as well as aquatic environments. Like any other plants algae require three elements to spring up sunlight, carbon-di-oxide and water. Plant algae and some other bacteria convert sunlight to chemical energy, which process call as photosynthesis. Algae used to contain 2% and 40% of lipids or oils by weight. If algae have greater oil, it may results in lower yield annual food crops such as soybeans. Currently only 0.3% of the land of the US, it is getting utilized to produce enough biodiesel. Species of algae with up to 50% oil content have conclude that only 28000km land getting used to produce biodiesel. Unused desert land could be used for effective growing of algae.

Following is the productions which obtained in an entire year. In the winter months algae productivity used to drop. Metric Tons / Hectare/ Year M. minutum alage 1989 35.8 M. minutum alage 1989 30.3 M. minutum alage 1990 38.3 Algae 1978 43.8 Sugarcane 79.2 Oil Palm 50 Arundo Donax 50 To cultivate Algae for Liquid Fuel production requires,

Gallons of Oil per Acre per year Corn required 15 Safflower required 48 Sunflower required 83 Rapessed required 127 Oil Palm required Micro Algae required 1850 Micro Algae required 5000-15000

Company, which produces Biodiesel from Algae

The Enhance Biofuels and Technology generate algae process which combines a bioreactor with an open pond. Here both using waste co2 from coal fired power plant flue gases as a fertilizer. Biodiesel and ethanol can be used an alternative fuel and also it is being sold.

GreenFuel Technology, where emissions to Biofuels process, photosynthesis which grows algae, it capture CO2 and it produce high energy biomass. The algae can be economically converted to solid fuel, methane or liquid transportation fuels like biodiesel and ethanol.

Muna wa Wanjiru Has Been Researching and Reporting on Biodiesel for Years. For More Information on Algae Biodiesel, Visit His Site at ALGAE BIODIESEL

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Muna wa Wanjiru Has Been Researching and Reporting on Biodiesel for Years. For More Information on Algae Biodiesel, Visit His Site at ALGAE BIODIESEL

Regulations concerning the production and selling of biodiesel greatly varies from State to State. While many states do not possess explicit regulations or laws governing the production and sale of biodiesel, other states do have such regulations or laws as well as legal definitions of what qualifies.

When a state possesses an explicit legal definition of what constitutes a biodiesel fuel it usually includes one or more of the specifications, such as the D6751 specification, provided by the American Society for Testing and Materials (ASTM).

The State of Michigan is perhaps one of the most stringent States in that it prohibits refiners, distributors and retailers from transferring or dispensing biodiesel containing visible “undissolved water, sediments and other suspended matter”. Furthermore, Michigan retailers cannot sell from storage tanks that contain 2 inches or more of water, or a mixture of water and alcohol, at the bottom of the tank.

A comprehensive discussion of the laws and regulations governing the production, storage and selling is beyond the scope of this article. Readers interested in such laws, pertaining to one or more specific States, are referred to the webpage for the US Department of Energy.

The laws and regulations of Michigan illustrate the importance of fuel testing by any company wishing to produce, distribute and/or sell on a national scale any fuel derived from agricultural products.

National producers, distributors and retailers in this industry may also be further motivated to implement a comprehensive testing program in order to become certified as a BQ-9000 producer or marketer by the National Biodiesel Accreditation Commission (NBAC). Central to the BQ-9000 certification process is full compliance with the ASTM D6751 specification for B100 (i.e., a fuel mixture composed of 100% biodiesel) blend stock for middle distillate fuels.

The ASTM D6751 places limits on a number of the properties of biodiesel fuel. Limits are placed upon the combined mass concentration of calcium and magnesium, the closed cup flashpoint, the combined volume concentration of water and sediment and many more properties.

Biodiesel testing of the properties listed within ASTM D6751-07b is an important step in meeting the legal regulations and legal definition of biodiesel put forth by many States as well as helping to meet a major criterion of the BQ-9000 certification process.

Perhaps most importantly by ensuring that these alternative fuels meet the standards of the ASTM D6751 a producer, distributor or retailer can guarantee their customers a quality fuel. In turn, the producer, distributor or retailer will increase their likelihood in remaining competitive in an industry having a bright future.

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For biodiesel fuel testing, Midwest Laboratories offers kits in accordance with ASTM 6751 for B100 Biodiesel. Midwest Labs develops testing packages specific for clients’ needs meeting the requirements set by industry standards. Visit http://store.midwestlabs.com/Biodiesel_Testing/