Biodiesel Technology Need of the Hour for India

The non-renewability, environmental concerns and health risks associated with the fossil fuels has actually led to expedition of alternative sources of energy to replace the conventional ones.

The non-renewability, environmental concerns and health hazards connected with the fossil fuels has caused exploration of alternative sources of energy to replace the standard ones. A promising technology, still in its infancy, that might reveal us the way to the future ahead is Biodiesels. Biodiesels are diesel fuels derived from vegetable oil or animal-fat that might be utilized to run diesel engines. Vegetables oils like sunflower, rape seed, palm oil, soya bean, Jatropha etc can be subjected to oil processing to produce biodiesels. It includes no petroleum however can be blended with petroleum diesel for usage or could be utilized in its pure form.


Developed countries specifically United States and European Countries have actually already made significant advances in the Biodiesel Technology. Biodiesel have actually found its use throughout industries and verticals and might become an ideal cleaner and less expensive option to fuel, diesel and fossil fuels. India has also started exploring the opportunities to produce and utilize bio-diesel. A variety of plants for biodiesel transesterification are already operating in the nation where vegetable oils are reacted with alcohols (ethanol or methanol usually) to produce bio-diesel.


The primary reason for the increasing demand for biodiesels is the fact that biodiesels are renewable and carbon-neutral, therefore having no net influence on the climate. Besides, bio-diesel operates in compression engines much like regular petroleum diesel and for this reason can be used with little or no engine adjustments. Biodiesel do not require any separate infrastructure for its storage and can be stored similar to the petroleum based fuels.


Considering the growing energy demand in the nation, rising petroleum prices and the environmental dangers of fossil fuels, the Indian Government has taken up initiatives to establish the Bio Diesel Technology in India and set up more oil processing systems. The Government revealed its 'National Biofuel Policy' on 12 September 2008 which intends to fulfill 20% of India's diesel need with bio-fuels in the coming years.


Globally, edible veggie oils like sunflower, soya bean, rape seed, palm oil are used as the pre-dominant raw products for oil processing and biodiesel production however in India the optimal capacity to produce biodiesels is from Jatropha oil - a non-edible one produced from the seeds of the Jatropha curcas. The greatest advantage of utilizing Jatropha as a basic material is that this plant can be grown in big amounts in wastelands all across India needing very little water in contrast to other money crops. Once grown, the plant has a useful life-span of several decades. The Jatropha seeds consist of 40% oil and are thought about to be an exceptional source of bio-diesel. The Government of India has actually recognized 400,000 square kilometres of land appropriate for the Jatropha growing in the country. India now


A research study estimates that even if a blending effort of 2% Jatropha based Biodiesel is accomplished in 2011-12, India will save around Rs. 3000 crores. Besides, it will generate around Rs. 5500 crores in the rural economy and assistance in reduction of Green House Gas emission by 3 Million Metric Tonnes (MMT) every year. The government is taking actions to motivate the growing of Jatropha in India supplying complimentary seeds, subsidized loans and other facilities. India requires to now strengthen its efforts to make the max usage of the Biodiesel Technology. Besides Jatropha, the opportunities for drawing out biodiesel from veggie oils, fats, sunflower, rape seed oil and palm oil must likewise be checked out. It will not just supply an answer to the challenge of Global Warming however might reduce our dependence on foreign oil and contribute to our own economy.


Melinda Wendt

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