With the soaring oil prices and crisis across the world and eventually leading to the boom of alternative energy production, can you imagine how varied and wide sources of bio-fuel have been tapped? We had listed yesterday, 11 amazing sources of bio-fuel abundantly available around us.... let us see 11 more such interesting sources, we never knew of!!
12. Corn fibers and corn kernels
Corn fiber – generally used for animal feed — can be converted into ethanol, and the Iowa State University scientists have used mold to do this job. They further suggested that the byproducts left after the milling of corn might become another source of fuel! That sounds productive, as energy generation by this process can be reached nearly 100%. Byproduct of the dry milling process, the scientists will try this experiment on distillers’ dried grains - typically used to extract ethanol from corn kernels.
13. Coconut Oil
Pacific islanders do not use coconuts only for making cocktails. Many of these impoverished nations are looking to coconuts also as a solution to soaring world oil prices. They are planning to use coconut oil to make biofuel.
14. Jatropha
The Indian jatropha is a potential source for fuel for trucks and power stations, which went unrecognized all these years. If explored properly, it hopefully will be able to replace 20 percent of diesel consumption in five years.
15. Soybean
The Naval Facilities Engineering Command Midwest and the Public Works Department at the Naval Surface Warfare Center (NSWC) Crane Division are now using soybean bio-diesel fuel from the Indiana Soybean Board (ISB). The first load of fuel mixture was initially used to power the Navy’s fleet of locomotives, to support ordnance operations for Crane’s Army Ammunition Activity.
16. Sugar
An ethanol processing plant turns freshly cut cane into sugar using a decade-old machinery. It is designed by a Brazilian at the Palo Gordo refinery. The ethyl alcohol made from a sugar by-product is then mixed with gasoline, to reduce pollution as well as lower its prices.
17. Catfish!
Bio-fuel from catfish! Yes, it is by using catfish oil, a man in the Mekong Delta province of An Giang has meticulously manufactured bio-diesel. According to him, the Mekong Delta’s huge number of ‘tra’ and ‘basa’ fish can be exploited to produce the non-toxic, clean bio-fuel.
18. Cheese Waste!
Renewable energy can be produced from cheese waste with the help of a new technology. This production could save cheese makers millions of dollars annually in disposal costs. The process based on the technology also creates a high-nutrition cattle feed by extracting two by-products: probiotic feed supplement and salt.
19. Palm Oil!
B5 palm oil-based bio-fuel - it is a mixture of 5 percent of processed palm oil and 95 percent of petroleum diesel. This biofuel is named ‘Envo Diesel’. And the best part of it is that, the use of palm oil-based biofuel does not require modifying vehicle engines!
20. Used Cooking Oil!
Burgerville’s Walla Walla has used cooking oil from the ‘fast casual’ restaurateur and converted into bio-diesel fuel. The fries may not be listed in your healthy diet list, but reusing the oil is certainly a great contribution towards the environment.
21. Guts of Termites!
Tiny microbes that live inside termites may one day become a major source of fuel, scientists say. But, how do bacteria that help termites digest wood and other plants release the hydrogen that’s trapped in the material, is what the researchers are trying to understand.
22. Mushroom Gene!
The Shiitake mushrooms could help make a practical alternative to today’s petroleum-based fuels - ethanol and other products. A Shiitake gene — called Xyn11A — is found to be the key to the mushroom’s ability to dissolve wood. The gene carries the instructions the mushroom uses to make an enzyme known as xylanase.
11 amazing sources of bio-fuel!... Part - II
























Comments
amazine site i ever come across.
Jatropha has the following benefits when looked at from the fuel production angle:
It costs almost nothing to grow
It is drought resistant
It can be grown almost anywhere - even in sandy, saline, or otherwise infertile soil
It is easy to propagate
It is not invasive, or spreading, or damaging
It is capable of stabilizing sand dunes, acting as a windbreak, and combating desertification
It naturally repels both animals and insects
It lives for over 50 years producing seeds all the time
It is mild frost hardy
It does not exhaust the nutrients in the land
It does not require expensive crop rotation
It does not require fertilizers
It grows quickly and establishes itself easily
It has a high yield (Jatropha can yield about 1,000 barrels of oil per year per square mile - oil content of the seed is 35-40%
Centre For Jatropha Promotion & Biodiesel (CJP) is the worldwide promoter of jatropha that designs and implements the growing of jatropha curcas crops in a structured Agri-Supply chain, Value additions of jatropha seeds and research activities thereon & provides support/services from “Soil to Oil” for development and establishment of the biofuel crop.
FOR DETAILS KINDLY VISIT OUR SITE
A.MAHARSHI
Centre For Jatropha Promotion & Biodiesel
B-132, SAINIK BASTI, CHURU-331001, RAJASTHAN,INDIA
http://www.jatrophaworld.org
Hi Irani, below, please find a link to a website, that offers ultrasonic equipment for a more efficient way to convert renewable feedstock, such as palm oil into biodiesel. Conventional methods involve tanks and long process times of up to 10hrs. Ultrasonication reduces this time to 5-15min. This makes biodiesel more cost effective to produce.
Ultrasonic Conversion of Oil to Biodiesel.
I still couldn’t believe that you can get biodiesel from a catfish and termite gut! Also the cheese waste and mushroom gene. It’s almost like we can have free fuel all this time. We didn’t have to dig into fossil fuels just to keep our metro molded cars running.